Community Seed Banks in Nepal
2nd National Workshop Proceedings
3-5 May 2018, Kathmandu
Editors: Bal Krishna Joshi, Pitambar Shrestha,
Devendra Gauchan and Ronnie Vernooy
Community Seed Banks in Nepal
2nd National Workshop Proceedings
3-5 May 2018, Kathmandu
Theme: Community seed banks for safeguarding agro-biodiversity and livelihoods
Editors
Bal Krishna Joshi, PhD
Senior Scientist
National Agriculture Genetic
Resources Center, NARC
Khumaltar, Lalitpur, Nepal
Email:
joshibalak@yahoo.com
Tel: +977 1 5275131
Pitambar Shrestha
Senior Programme Manager
Local Initiatives for
Biodiversity, Research and
Development (LI-BIRD),
Pokhara, Nepal
Email: pitambar@libird.org
Tel: +977 61 535357
Devendra Gauchan, PhD
National Project Manager
Bioversity International
Khumaltar, Lalitpur, Nepal
Email:
d.gauchan@cgiar.org
Tel: +977 1 5275141
Ronnie Vernooy, PhD
Policy Specialist
Bioversity International
Wageningen, the
Netherlands
Email: r.vernooy@cgiar.org
Tel. +31 317 4868000
Kathmandu, Nepal
2018
© NAGRC, LI-BIRD and Bioversity International, 2018
Licensed under the Creative
Commons Attribution-NonCommercial
4.0 International (CC BY-NC 4.0)
OPEN
ACCESS
Encourage to use, multiply, reprint, reproduce with proper citation and acknowledgment.
NAGRC (Khumaltar, Lalitpur; http://narc.gov.np)
The National Agriculture Genetic Resources Center (NAGRC) was established in 2010 under NARC for
the conservation and utilization of all agricultural genetic resources including domesticated plants, crop
wild relatives and wild edible plants. Agricultural plant genetic resources are managed through ex-situ,
on-farm and in-situ conservation and breeding strategies, through the establishment of seed banks,
tissue banks, DNA banks, field genebanks and community genebanks, livestock farm genebanks, aqua
pond genebanks and cryo banks.
LI-BIRD (Pokhara, Nepal; http://www.libird.org)
Local Initiatives for Biodiversity, Research and Development (LI-BIRD) is a non-profit, non-governmental
organization established in 1995. LI-BIRD aims to contribute to reducing poverty by strengthening
resilient livelihood systems, improving ecosystem health and services, and ensuring food, nutrition
and income security of smallholder farmers, especially women and youths. LI-BIRD is committed to
capitalizing on local initiatives, synergy, and partnerships for sustainable management of renewable
natural resources.
Bioversity International (Rome, Italy; https://www.bioversityinternational.org)
Bioversity International, formerly known as the International Plant Genetic Resources Institute (IPGRI) is
one of the 15 international agricultural research centres of the CGIAR. Headquartered in Rome, Italy, its
vision is that agricultural biodiversity nourishes people and sustains the planet. Bioversity International
produces scientific evidence and develops management practices and policy options to safeguard
agricultural and tree biodiversity and attain sustainable global food and nutrition security.
Published by: NAGRC, LI-BIRD and Bioversity International
Published date: December 2018
Disclaimer: Views and contents expressed in the papers are those of authors
ISBN:
978-9937-0-5413-3
NARC Library Cataloging-in-Publication Data
NPSN: 00730-544/2018/19 | Nepal Genebank Book-20
Citation
Joshi BK, P Shrestha, D Gauchan and R Vernooy, eds. 2018. Community Seed Banks in Nepal. 2nd National
Workshop Proceedings, 3-5 May 2018, Kathmandu Nepal; NAGRC, LI-BIRD and Bioversity International;
Kathmandu, Nepal.
Copies: 500
Available: I. NAGRC, Khumaltar, www.narc.gov.np; II. LI-BIRD, Pokhara, www.libird.org and
III. Bioversity International, Rome, www.bioversityinternational.org
Nepali language editing: Shobhakant Gautam
Cover photos: Participants of the Second National Workshop on Community Seed Banks in Nepal (top left),
Purkot Community Seeds Bank, Tanahu (top right), Cowpea Seed Production for Shivagunj Community Seeds
Bank at Jhapa (bottom left) and Rice Diversity Block Maintained by Shivagunj CSB in Jhapa (bottom right).
Cover photo credit: Ronnie Vernooy (top left); Pitambar Shrestha (top right, bottom left and bottom right)
Dedication page: Late Dr. Bhuwon Ratna Sthapit in participatory plant breeding rice field in Begnas, Kaski,
Nepal. Photo: Mahesh Shrestha.
Contents
Acknowledgements ........................................................................................................ vii
Foreword ......................................................................................................................... ix
Uncommon Abbreviations .............................................................................................. xi
Glossary ........................................................................................................................ xiii
Nepali Translation of English Words .............................................................................. xx
Workshop Background, Summary and Outcomes ......................................................... xxi
30 + 6 Years of Community Seed Banking Around the World:
A Good Start, but More to be Done and Learned ........................................................... 1
Ronnie Vernooy
Government Implemented Community Seed Banks: Approach
and Progress .................................................................................................................. 13
Mukunda Bhusal, Prakash Acharya and Bimal Thapa Chhetri
The National Genebank’s Promotion of Community Seed
Banks: Status and Strategy ............................................................................................ 21
Bal Krishna Joshi, Krishna Hari Ghimire and Deepa Singh
Community Seed Banks in Nepal: Safeguarding Agricultural
Biodiversity and Strengthening Local Seed Systems ..................................................... 45
Pitambar Shrestha and Ram Bahadur Rana
A Novel Approach for Implementing Community Seed Banks
in the Mountain Area of Nepal ...................................................................................... 68
Bharat Bhandari, Niranjan Pudasaini, Rita Gurung, Devendra Gauchan,
Pitambar Shrestha, Krishna Hari Ghimire and Bal Krishna Joshi
Making a Community Seed Bank Functional and Sustainable:
An Experience from Bajura ............................................................................................83
Ram Krishna Shrestha and Bal Krishna Joshi
Community Seed Bank Implementation Approach of
Action Aid Nepal ............................................................................................................. 95
Mahesh Badal, Shiv Narayan Chaudhary, Badri Subedi and Chhumru Sardar Tharu
Promoting Cooperative-based Seed Enterprises in Surkhet
and Dadeldhura Districts of Nepal ............................................................................... 106
Prakash Subedi and Swikriti Sharma
Farmers’ Rights and Access and Benefit Sharing Mechanisms
in Community Seed Banks in Nepal ............................................................................. 117
Devendra Gauchan, Bal Krishna Joshi and Bharat Bhandari
;fd'bflos aLp a}+s ;DaGwL cjwf/0ff / gLltut Joj:yf
clgns'df/ cfrfo{
................................. 134
;fd'bflos aLp a}+s ;ª\3 g]kfn ............................................................................. 149
/fdPsjfn k|;fb ofbj
lzju~h ;fd'bflos aLp a}+s, emfkf ...................................................................... 154
l8NnL kf}8]n, hfg'sf du/, g/dfof sfsL{ / k"0f{ kf}8]n
srf]jf{ ;fd'bflos aLp a}+s, af/f ............................................................................ 159
dxfgf/fo0f ofbj, s'df/L s[i0ff, zdf{nfn ;fx, /fdafa' ofbj /
/fdPsjfn ofbj
k'sf]{6 ;fd'bflos aLp a}+s, tgx'F
;Ltf/fd ahufFO / nIdL s'dfn
........................................................................... 163
cUof}nL ;fd'bflos aLp a}+s, gjnk/f;L................................................................. 167
kfj{tL e08f/L / cf:yf e';fn
d;'l/of ;fd'bflos aLp a}+s, s}nfnL ...................................................................... 171
uf]df e08f/L, kfj{tL ;fksf]6f / dgdfof u'¿ª
306]Zj/ ;fd'bflos aLp a}+s, 8f]6L
ef]haxfb'/ dNn / u0f]z lai6
....................................................................... 175
tfdfkmf]s ;fd'bflos aLp a}+s, ;ª\v'jf;ef
l8NnL lhdL
3gkf]v/f ;fd'bflos aLp a}+s, ndh'ª
vu]Zj/h+u u'¿ª / >L/fd ;'j]bL
.......................................................... 179
................................................................. 182
h'+u' ;fd'bflos aLp a}+s, bf]nvf ............................................................................ 186
g]qaxfb'/ v8\sf / j[Gbf ln+vf
xf+s' ;fd'bflos aLp a}+s, h'Dnf
wgs[i0f kf08] / sljtf h};L
............................................................................ 190
l5k|f ;fd'bflos aLp a}+s, x'Dnf
gj/fh e08f/L / ;'Gb/ /fpt
............................................................................ 195
rf/kft] ;fd'bflos aLp a}+s, df]/ª ......................................................................... 199
5'd? ;/bf/ yf?
r]k]d:of{ª\bL ;fd'bflos aLp a}+s tyf ;fd'bflos lkmN8 hLg a}+s ................. 202
df]xg xdfn
bnrf]sL ;fd'bflos aLp a}+s, nlntk'/ .................................................................. 209
w'jk|;fb ;fksf]6f
;fd'bflos aLp a}+s;DaGwL bf];|f] /fli6«o sfo{zfnf uf]i7Lsf ;'emfp
kLtfDa/ >]i7, afns[i0f hf]zL, s[i0fxl/ l3ld/] / b]j]Gb| uf}rg
.................. 215
Annex I. Community Seed Banks in Nepal: Factsheet ................................................. 221
Annex II. Inventory of Community Seed Banks in Nepal ............................................. 222
Annex III. Number of Crop Species and Landraces Displayed in the Workshop .......... 226
Annex IV. Workshop Participants ................................................................................ 227
Annex V. Workshop Program ...................................................................................... 230
Dedicated to
Dr. Bhuwon Ratna Sthapit for his remarkable contribution to
agrobiodiversity and participatory plant breeding.
Acknowledgements
Following the First National Workshop on Community Seed Banks held on
14-15 June 2012 in Pokhara, many farmers, stakeholders and relevant
organizations have shown keen interest in community seed banks. An overview
of their status in Nepal, complemented with some guidelines, was published in
2012 in the proceeedings of the First National Community Seed Banks Workshop.
This subsequenly resulted in the organizations of the Farmers’ Level First
National Workshop on Community Seed Banks held at Kachorwa Community
Seed Bank, Bara in 2013. The Kachorwa CSB and LI-BIRD were the key players in
these two events, supported by Bioversity International and NAGRC. In Nepal,
at present, there are 46 operational CSBs located in three agro-ecozones of the
country, i.e. High Hill, Mid Hill and Tarai. We highly appreciate the efforts made
by all the members of these 46 CSBs. Their initiatives are helping to conserve
local crop landraces and provide easy access to diverse planting materials for
farmers, researchers and students.
At present, some of the leading research and development agencies to
practice and promote community seed banks in Nepal are LI-BIRD, NARC,
Bioversity International, Oxfam, Action Aid, and the Department of Agriculture.
Governmental organizations (namely, the Nepal Agricultural Research Council,
Ministry of Agricultural Development, Crop Development Directorate and
Department of Agriculture) annualy allocate some budget for CSBs and organize
some CSBs related activites. We acknowledge the presence and support from
high officials from these organizations. We would like to extend ours special
thanks to Dr. Yubak Dhoj GC, Secretary, MoAD, Dr. Baidya Nath Mahto (then ED,
NARC), Dr. Balaram Thapa ED, LI-BIRD and to participating institutional heads
of various organizations to make the 2018 workshop a success. We gratefully
acknowledge the presentations made by NAGRC, LI-BIRD, Bioversity Interntional,
DoA, MoAD, Action Aid Nepal and Oxfam, the participation of women and men
farmers and CSB leaders, who shared their valuable insights and experiences.
We are pleased to report that the workshop was well timed and able to create
a common platform for all key actors working in this field, including high-level
policy makers and planners, to exchange experiences and lessons learned
and disseminate them to a wider audience. We acknowledge the important
contributions of workshop participants, in particular of the women and men
farmer leaders of community seed banks and the members of the newly
established Association of Community Seed Banks of Nepal (ACSBN), government
officials and other stakeholders, including the organizing committee, workshop
facilitators and rapporteurs. They provided valuable information and support for
the publication of these proceedings. We recognize their hard work and strong
team spirit.
vii
The main funding sources for the organization of the workshop were RSF Social
Finance/New Field Foundation, USA, through a grant to Bioversity International;
the NORAD through the Development Fund, Norway; UNEP/GEF Local Crop
project and the SDC Seed Project through Bioversity International. The organizers
of the workshop, NAGRC, LI-BIRD and Bioversity International provided additional
funding support for the workshop. We thank the Development Fund, Norway,
for supporting the publication of these proceedings. We wish everybody good
luck for the further advancement of CSBs in Nepal.
The Editors
viii
Foreword
In recent years, community seed banks have become important local
institutions to strengthen local seed systems, contribute to the conservation
of agrobiodiversity and support livelihoods of smallholder farmers. The core
functions of community seed banks are to safeguard seeds of crop landraces,
provide access to quality seed and planting materials of diverse crop species
and promote farmers’ rights and food sovereignty. Well-functioning community
seed banks integrate traditional and scientific knowledge and practices in the
conservation and sustainable use of agrobiodiversity. Many community seed
banks give priority to conservation, reintroduction, exchange and further
improvement of local varieties, but some also produce and supply seed of
improved varieties developed by research and development agencies. At
present, some of the leading research and development agencies to practice
and promote community seed banks in Nepal are LI-BIRD, NARC, Bioversity
International, Oxfam, Action Aid and the Department of Agriculture.
As is evident from the papers included in this publication, community seed
banks have strong roots in Nepal where several non-governmental organizations
took the lead in establishing and supporting them. For more than two decades,
the community seed bank “movement” in the country has accumulated many
rich experiences and achievements. However, it also has confronted some
challenges, such as maintaining community seed banks over time, the creation
of opportunities for national networking and the mainstreaming of community
seed banks in national policies, laws and programs.
During the first National Workshop on Community Seed Banks held on 14-15
June 2012 in Pokhara, some of the successes and challenges were documented
and debated, and some suggested actions put forward. Six years later, in the
Second National Workshop on Community Seed Banks held from 3 to 5 May 2018
in Kathmandu, participants once again discussed the key issues of sustainability,
networking and mainstreaming in national policies and program. We are pleased
to report that the workshop was perfectly timed and able to create a common
platform for all key actors working in this field, including high-level policy makers
and planners, to exchange experiences and lessons learned and disseminate
them to a wider audience. We acknowledge the important contributions of
workshop participants, in particular of the women and men farmer leaders of
community seed banks and the members of the newly established Association
of Community Seed Banks of Nepal (ACSBN), government officials and other
stakeholders for valuable information and support and making the workshop
successful.
ix
We thank the editors, workshop organizing committee and all the contributors to
this publication for their hard work and the strong team spirit they demonstrated.
The efforts of the organizing committee and editors are noteworthy as they
have been able to document the key outcomes of the workshop. Outcomes
include a collective action plan and recommendations to the government of
Nepal for supporting the community seed bank “movement” aiming to achieve
sustainability and mainstreaming. We are enthusiasthic that these outcomes
are valuable for Nepal and other countries to scale up a strong and cohesive
partnership among community, government, non-government and international
organization for producing high quality results as demonstrated in Nepal.
Finally, we would like to thank the National Genebank, NARC, LI-BIRD and
Bioversity International for their joint efforts to document the outputs of the
workshop. We believe that these proceedings will be read widely and used as
a valuable reference by researchers, development professionals and relevant
stakeholders interested in establishing, strengthening and promoting community
seed banks, local seed systems and conservation of agrobiodiversity.
Tek B. Gurung, PhD
Balaram Thapa, PhD
Ann Tutwiler
Executive Director
NARC
Executive Director
LI-BIRD
Director General
Bioversity International
x
Uncommon Abbreviations
Uncommon abbreviations and abbreviations not spelled out in the text
AAN
ABD
ABS
ACSBN
ADS
AEO
AFU
AI
APGR
ARA
ARF
ASC
BS
CAC
CAT
CBM
CBMSA
CBR
CBSP
CDABC
CF
CFGB
CGB
CRSA
CSB
CSE
CSPB
cv.
CWR
DADO
DADS
DFS
DOI
EDP
f.
FCHV
FGB
FGD
FR
GAC
GI
HFGB
HRC
Action Aid Nepal
Agrobiodiversity
Access and benefit sharing
Association of Community Seed Banks of Nepal
Agriculture Development Strategy
Agriculture Extension Officer
Agriculture and Forestry University
Agrobiodiversity Index
Agricultural plant genetic resource
Agrobiodiversity rich area
Agrobiodiversity rich farmer
Agriculture Service Center
Bikram Sambat
Collection Acceptance Committee
Climate Analogue Tool
Community biodiversity management
Community-based Biodiversity Management South Asia
Community biodiversity register
Community-based seed production
Crop Development and Agrobiodiversity Center
Custodian farmer
Community field genebank
Community genebank
Climate resilient sustainable agriculture
Community seed bank
Community seed enterprise
Climate smart plant breeding
Cultivar
Crop wild relative
District Agricultural Development Office
Diversifying Availability of Diverse Seeds
Diversity field school
Digital object identifier
Enterprise Development Program
Filius, son
Female community health volunteer
Field genebank
Focus group discussion
Farmers’ rights
Germplasm Authority Committee
Geographical Indicator
Household field genebank
Human Resource Center
xi
HSB
HYV
IMISAP
IP
LCP
LEC
MAT
MLS
NA
NPRs
OP
ORCID
PAN
PIC
PVP
RISMFP
sp.
spp.
ssp.
subsp.
Syn.
UCW
var.
WEP
WTLCP
X
Household seed bank
High yielding variety
ITPGRFA-MLS Implementation Strategy and Action Plan
Intellectual property
Local Crop Project
Landrace enhancement and conservation
Mutually agreed term
Multilateral system
Not available
Nepali Rupees
Open pollinated
Open researcher and contributor identifier
Personal Account Number
Prior-informed consent
Plant variety protection
Raising Income for Small and Medium Farmers Project
Species (singular)
Species (plural)
Subspecies
Subspecies
Synonym
Unpaid care work
Variety
Wild edible plant
Western Tarai Landscape Complex Project
Placed after a genus name and before a specific epithet, indicating
hybrid origin
xii
Glossary
Working definition of some words used in this proceedings
Term
Definition
Access to genetic
resources
The arrangement made to collect, acquire, or receive genetic
materials, resources, or traditional knowledge from the owner,
for the use of others.
Accession
A distinct uniquely identifiable sample of seeds representing a
cultivar (variety or landrace), breeding line or a population, which
is maintained in storage for conservation and use. Accessions
of the same species or landraces may differ by collection sites,
collection year, local name or donor.
Agricultural plant
genetic resources
All cultivated plant landraces and varieties, wild edible plants,
and wild relatives of crops.
Agro-biodiversity
Includes four components of agro-biodiversity (plant and crop
genetic resources, animal genetic resources, aqua genetic
resources and associated genetic resources) and four subcomponents in each component, ie domesticated, semidomesticated, wild edible and wild relative species.
Animal farm
genebank
Benefit-sharing
Black box
Catalog
Clone
Common
Rearing of domesticated local and indigenous animals as well
as improved breeds on-farm, maintaining different species
and breeds available around the command areas of a research
station or public farm for conservation, use and research.
Sharing monetary or non-monetary benefit acquired by accessing
and using genetic material, resources, or traditional knowledge
as per an agreement between provider and receiver.
A system for depositing samples that does not constitute a legal
transfer of genetic resources; the repository gene bank does
not claim ownership over the deposited samples. Ownership
remains with the depositor, who has the sole right of access to
the materials. The repository genebank is not entitled to the use
or distribute the germplasm. It is the depositor’s responsibility
to ensure that the deposited material is of high quality, monitor
seed viability over time, and use its own base collection to
regenerate the collection when it begins to lose viability.
A list or record of variety and landraces for identification, sharing
knowledge and information, which is systematically arranged
and often including descriptive material.
A genetically identical plant derived from a single mother plant
by asexual propagation (cuttings or tissue culture).
Found in relatively large numbers, the most widespread, grown
in large areas and by many farmers; not rare.
xiii
Term
Community
biodiversity
register
Community gene
bank
Community seed
bank
Conservation
Crop
Crop wild relative
Cultivar
Distribution
Diversity field
school
Domesticated or
cultivated species
Ecosystem
diversity
Definition
A register maintained by a local community to record APGRs.
A community storage facility for seeds of orthodox types and
one or more fields where farmer communities grow recalcitrant
types of crops and maintain them over time, managed and
owned by a community for its members, giving due emphasis
to local crops.
Locally used seed storage structure and institution managed by a
local community through collective action for strengthening the
local seed system of orthodox crops and their conservation.
Careful preservation and protection of APGRs on-farm, in-situ or
ex-situ, for use of current and future generations.
Cultivated angiosperm plant species, either for sale or for
subsistence.
A non cultivated species which is more or less closely related to
a crop species (usually in the same genus) and occur in agroecosystems.
Any distinct genotype under cultivation, including both landraces
and varieties.
Fair and equitable distribution of acquired benefit from the
access to genetic material, resources, or traditional knowledge
between farmers and stakeholders.
A community-based knowledge and action platform that
facilitates the use and maintenance of diversity in the production
system, as a way of risk minimization (from pest and disease
damage or climate variability) and to provide farmers access
to knowledge, planting materials, credit and networks. Crop
diversity is major subject of discussion, in the same way as it is in
the farmer’s field school.
Species in which the evolutionary process has been influenced
by humans to meet their needs. They are cultivated through
human management interventions.
Comprises the variety of habitats, the dynamic complexes
of plant, animal and microorganism communities and their
nonliving environment. It is the result of interactions and
changes over time.
Ecotype
A distinct form or race of a plant or animal species that occupies
a particular habitat.
Elite line
Any genotype that possess at least one useful trait or a superior
line with at least one trait. In the breeding process, an elite line
can become a promising and pipeline variety.
xiv
Term
Endangered
Endemic species
Exotic
Definition
A species or landrace which has been categorized as likely to
become extinct. The population size of that species or landrace
is decreasing, usually due to several factors.
Organisms found only in one particular geographical location
and habitat.
Of foreign origin; not native; introduced from abroad, but not
fully naturalized or acclimatized.
Ex-situ
conservation
Conservation off-site. Conservation of genetic resources outside
of its original or natural habitat, eg in a genebank, botanical
garden, field genebank.
Farmer
The people and communities who identify, conserve, preserve,
develop, produce or use genetic material, resources, and
traditional knowledge.
Farmers field
school
A platform for learning and sharing agricultural practices in
farmers’ fields. Though it was originally used for implementation
of integrated pest management, it is now used as an extension
tool for holistic management of agricultural production systems
covering soil, water and nutrients, and diversity.
Farmers’ rights
The privilege of farmers and their right to protect varieties
developed or conserved by them. A farmer can save, use, re-sow,
exchange, share and sell farm produce of a protected variety,
and be protected from innocent infringement.
Fodder
Any agricultural foodstuff used specifically to feed domesticated
livestock.
Gene
The functional unit of heredity.
Genebank
Facility where germplasm is stored or maintained for research
and use, for a long time.
Geneflow
The exchange of genetic materials between populations including
introduction of new varieties.
Genepool
The total amount of genetic diversity present in a particular
population.
Genetic diversity
The genetic variation present in a population or species. Refers to
the variation of genes and/or genomes within living organisms,
that is, the genetic differences between populations of a single
species and between individuals within a population.
Genetic erosion
Loss of genetic diversity (specific trait, particular cultivar)
between and within populations of the same species over time
or reduction of the genetic base of a species.
xv
Term
Genetic material
Genotype
Definition
All or part of the functional units of heredity consisting of the
genetic characteristics of domestic or wild animals, plants,
microbial organisms, viruses, or of other origins. Germplasm of
plants, animals or other organisms containing useful characters
of actual or potential value.
Genetic composition of a plant, comprised of heritable traits.
Germplasm
Living tissue (seed or another plant part – a leaf, a piece of stem,
pollen or even just a few cells) from which new plants can be
grown.
High yielding
variety
Crop variety developed by educated plant breeders, designed
to maximize yields at the expense of diversity and generally
promoted by agricultural development organizations.
Home garden
A traditional land use practice carried out around a homestead
consisting of several species of plants and animals that are
grown and maintained by the family members with the primary
objective of fulfilling the family’s food and nutrition needs.
Image bank
Record of photos (printed or in electronic form) of each accession
of crops with some information that is used for identification and
reference samples, similar to a herbarium.
Indigenous
Native, developed or created naturally within country, all APGRs
that existed before 1950.
In-situ
conservation
On-site conservation. The conservation of genetic resources in
their original ecosystem and natural habitat. Conservation of
genetic resources in areas where they developed their distinctive
properties, ie in the wild. Both active (growing) and dormancy
(after seed matures) periods occur in the same place.
Introduced
varieties/species
Exotic, brought from outside the country.
Inventory
Kitchen garden
Landrace
A complete list of varieties, landraces or genotypes with some
basic information.
A garden or area near to homestead, where vegetables, fruit, or
herbs are grown for domestic or kitchen use.
Genotype not altered by breeders, but grown continuously by
farmers over years. It may be local or introduced.
Local landrace
Crop landraces available before 1950 in Nepal and grown
continuously in particular location for at least 60 years.
Local variety
Crop variety grown continuously in a particular location for at
least 60 years.
Major crops
Main food crops that form a major part of the daily diet in
relatively large quantities as a source of energy, grown commonly
and available widely.
xvi
Term
Management
Minor crops
Definition
Conservation and utilization of APGRs.
Refers to crops that may be high in value, but that are not widely
grown and not commonly available.
Modern variety
Crop variety developed by educated plant breeders. Also known
as high yielding variety.
Multilateral
access
A common pool arrangement made under the provisions of
the ITPGRFA to access and use plant genetic resources for food
and agriculture by national governments and international
organizations working in the area of agriculture and food security
for the welfare of human kind.
Multilateral
system
Under the ITPGRFA, the multilateral system (MLS) comprises
a common pool of 64 selected crops that are made accessible
under certain conditions. On ratifying the Plant Treaty, countries
agree to make their genetic diversity and related information
about the crops stored in their genebanks available to all through
the MLS.
National crop
gene pool
Agricultural plant genetic resources that are necessary to secure
food and nutrition for human kind.
National list
Native or
indigenous
List of notified crops’ varieties that has been approved by the
National Seed Board and published in the Nepal Gazette. There
are two categories: released varieties and registered varieties, in
the National list.
Having always been in a certain place rather than being brought
there from somewhere else. Native and indigenous are similar
meaning words that refer to naturally growing plants, living
animals, and even original inhabitants of a particular region.
Nepal Annex 1
crops
List of accessions of crops from Nepal included in the MLS.
On-farm
conservation
The conservation of agrobiodiversity in farmers’ fields and/or in
community gene banks (seed bank and field gene bank), where
new traits or alleles have not originated, but have been cultivated
over a period of time. Active life (growing period) remains in
the field and dormancy period (after harvest) remains in the
structure built by farmers nearby the field.
Organic farming
Organic agriculture is an ecological production management
system that promotes and enhances biodiversity, biological cycles
and soil biological activity and prohibits use of agrochemicals.
Origin of landrace
Area where farming communities have been growing a landrace
for more than 60 years or the location where a landrace was
collected.
xvii
Term
Definition
Origin of variety
Location where a distinct form of genotype is developed either
by crossing or selection.
Pasture
Land covered with grass or herbage and grazed by or suitable for
grazing by livestock.
Plant
Uncultivated and wild flowering (angiosperm) plant species.
Population
A group of individuals of the same group or species, which live
in a particular geographical area, and have the capability of
interbreeding.
Production
systems
Includes the livestock, crop, fisheries and aquaculture and forest
sectors.
Promising variety
or line
Fixed genotypes that show the signs of future success.
Protected area
A geographically defined area that is regulated and managed to
achieve specific conservation objectives.
Public domain
Space containing genetic materials that are not protected by
intellectual property rights.
Rare
Not found in large numbers, grown by few farmers in small areas;
localized landraces not commonly available; with a population
size remaining constant.
Registered
Variety after testing one season or two seasons in a target
environment and listed in the Nepal Gazette.
Released
Variety after testing in different breeding trials and at least in
three multi-location yield trials and listed in the Nepal Gazette.
Repatriation
The return of crop landraces to their original site or country.
Rescue mission
Collection of rare and endangered landraces from particular
areas to save them from danger, harm or loss.
Researchers’
rights
Access to protected varieties for bona fide research purpose.
Safety backup
Safety duplication of accessions at one or more sites and/or
using an alternative conservation method or strategy, such as invitro or cryopreservation or field gene bank. Both depositor and
repository gene banks can use and distribute the germplasm.
xviii
Term
Definition
Safety duplication
The duplication of genetically identical subsamples of an
accession to mitigate the risk of its partial or total loss caused
by natural or man-made catastrophes. Safety duplicates are
genetically identical to the accessions in the base collection
and are referred to as the second-most original samples. Safety
duplicates include both the duplicated material and its related
information and are deposited in a base collection at a different
location from the originals, usually in another country. Safety
duplication is generally organized under a black-box agreement.
Selection
Any process, natural or artificial which permits an increase in
the population of certain genotypes or groups of genotypes in
succeeding generations.
Species
A taxon comprising one or more population of individuals
capable of interbreeding to produce fertile offspring.
Species diversity
Refers to the frequency and variety of species (wild or
domesticated) within a geographical area.
Subspecies
A category in biological classification that ranks immediately
below a species and designates a population of a particular
geographic region genetically distinguishable from other such
populations of the same species and capable of interbreeding
successfully with them where its range overlaps theirs.
Sui generis
system
Sustainable use
Traditional
knowledge
Variety
Of its own kind. Any unique form of a system designed to meet
certain alternative legal requirements.
The use of components of biological diversity in a way and at
a rate that does not lead to the long-term decline of biological
diversity, thereby maintaining its potential to meet the needs
and aspirations of present and future generations.
Knowledge, skills, technology, or practices used by farmers from
generation to generation to identify, manage, conserve, develop,
or use genetic material or resources.
Genotype developed by breeders. It may be under cultivation or
in the process of development.
xix
English-Nepali Translation
English to Nepali translation words used in this proceedings.
English
English
g]kfnL
Agrobiodiversity
Listing
s[lif h}ljs ljljwtf
Agrobiodiversity fair s[lif h}ljs ljljwtf d]nf Local seed
Breeding
Local variety
k|hgg
Cereals
Management fund
cGgafnL
Certification
Oilseed crop
k|df0fLs/0f
Collection
On-farm
;ª\sng
conservation
Organic farming
Community seed
;fd'bflos aLp a}+s
bank
Conservation
Passport
;+/If0f
Diversity block
Patent
ljljwtf k|bz{gL :yn
Documentation
Promotion
clen]vLs/0f
Endangered
Quality seed
nf]kf]Gd'v
Exchange
Rare
;f6f;f6
Ex-situ conservation
Registration
k/ :yfgLo
Field genebank
Released
lkmN8 hLg a}+s
Genetic material
Root crop
cfg'j+lzs kbfy{
Genetic resource
Spcies
cfg'j+lzs ;|f]t
Home garden
Storage
3/au}+rf
Horticulture
Tradititonal
afujfgL
knowledge
In-situ conservation
Vegetable
:j–:yfgLo
Legume
sf];] afnL
XX
g]kfnL
;"rLs[t
:yfgLo aLp
:yfgLo hft
Joj:yfkg sf]if
Tf]nxgafnL
3/uf]7
v]tL:ynLo
k|fËfl/s v]tL
kf;kf]6{
:jfldTj
;+j4{g
u'0f:t/Lo aLp
b'n{e
k~hLs/0f
pGdf]rg
h/] afnL
d;nfafnL
e08f/0f
k/Dk/fut 1fg
t/sf/LafnL
Workshop Background, Summary and Outcomes
Bal Krishna Joshi1, Pitambar Shrestha2, Devendra Gauchan3 and Ronnie
Vernooy3
National Agriculture Genetic Resources Center, NARC, Khumaltar, Lalitpur;
BKJ <joshibalak@yahoo.com>
2
Local Initiatives for Biodiversity, Research and Development (LI-BIRD), Pokhara;
PS <pitambar@libird.org>
3
Bioversity International; DG <d.gauchan@cgiar.org>; RV < r.vernooy@cgiar.org>
1
Background
Conservation of local agrobiodiversity is crucial to achieve global food security.
Over centuries, farmers and local communities have played a vital role in the
maintenance and utilization of local crop diversity and related (traditional)
knowledge. In recent times, the concept and practice of community seed bank
(CSB) have gained popularity as a valid approach for conserving and promoting
the wise use of agro-ecological resources at community level. A community seed
bank represents an approach to promote on-farm management of agricultural
plant genetic resources governed and managed by a farmers' group, cooperative
or organization, mostly in an informal way. Its core functions are to conserve
seed of crop landraces for local use, providing access to quality seed and
planting materials of diverse crops species and promote farmers' rights and food
sovereignty. Community seed banks can also contribute to linking in-situ and exsitu conservation. They can be a mechanism to generate agro-biodiversity based
income for member farmers, for example, through the production and marketing
of high quality seeds. Well-functioning community seed banks integrate
traditional and scientific knowledge and practices. Many community seed banks
give priority to conservation, reintroduction, exchange and further improvement
of local varieties, but some also produce and supply seed of improved varieties
developed by research and development agencies.
CSBs have strong roots in Nepal where several non-governmental organizations
took the lead in establishing and supporting them. More recently, the government
of Nepal also started to invest in CSBs. The first CSB in the country was established
in 1994 at Dalchowki, Lalitpur, with the support of USC Canada-Nepal. Currently
there are 46 operational CSBs of which 40 are well functioning; most of them
are working on orthodox crops. The Nepal government (DoA) has piloted their
own CSB approach in nine different mid-hill districts in order to increase seed
replacement rate and obtain food security. Bioversity International, LI-BIRD,
Oxfam and Action Aid are some of the leading research and development
agencies to practice and promote community seed banks in Nepal. There are
XXI
currently about 10 organizations, including the Government of Nepal, that are
actively supporting community seed/genebank activities in the country.
The first National Workshop on CSB was held on 14-15 June 2012 in Pokhara, to
share the experiences and successes of the conservation and utilization of local
crop diversity by CSBs. We have come a long way since the very beginning of
CSBs in the country. Two decades of experience and learning in the field of CSBs
witnessed many success stories, while also facing some challenges. Following the
first national workshop, many CSBs evolved quite well with good achievements,
but some encountered major problems. The networking among CSBs, one of
the proposed follow up activities of the first national workshop, got off to a slow
start. Among the problems encountered were: lack of coordination and mutual
learning among key actors involved; the challenge of (long term) sustainability;
mainstreaming of CSBs in national policy and law; and issues around ownership
in the case of the CSBs established by the Government of Nepal. Another
challenge has been to systematically (scientifically) map and analyze the impact
of CSBs with regard to enhancing seed and food security.
The second national workshop was well timed to address these challenges. Its
main objective was to create a common platform for all key actors working in
this field to exchange experiences and lessons learned, and to document and
disseminate them to a wider audience. A second important objective was to
discuss and design a collective action plan for further development of CSBs (as a
strong community-based and farmer focused institution) and to move towards
sustainability of CSBs in the country. We envision that the emergent national
network of CSBs has an important role to play to achieve this longer term
objective.
Workshop Objectives
•
•
•
•
•
Document status and progress made in conservation, access and
availability, technical, governance and management, approaches and
institutional aspects of community seed banking in Nepal
Identify challenges, problems and issues and ways to overcome on it in
the management of community seed banks
Discuss ways to strengthen the technical, administrative and
organizational capacities of community seed banks concerning
conservation, access and availability, variety registration/listing and
maintenance
Identify options and mechanisms to mainstream and sustain
community seed banks
Discuss options for strengthening the community seed bank
networking in Nepal
XXII
Program Highlights
The unique feature of the workshop was that the presentations, group discussions
and information sharing were combined with a display of rare and valuable
seeds of local crop diversity in the display stalls in the workshop room brought
by nine active community seed banks from different parts of Nepal. There were
on display 466 examples of different crop species from the east (Jhapa) to the far
western parts (Doti and Kanchanpur) of the country, including high mountains
(Humla) to mid hills and lowland of Tarai (Annex III).
The workshop started with a formal session chaired by Dr. Baidhya Nath Mahto,
Executive Director of the Nepal Agricultural Research Council (NARC). Dr. Yubak
Dhoj GC, Secretary to the MoALD was the chief guest of the event. The special
guests of the program were Dr. Ronnie Vernooy, Policy Expert at Bioversity
International; Mr. Lekhnaath Acharya, Joint Secretary, MoALD; Dr. Ananda K
Gautam, Director of Planning and Coordination (NARC); Mr. Madan Thapa, Chief
of Seed Quality Control Centre (SQCC) and Mr. Bimal Thapa Chhetri, Program
Director, Crop Development Directorate of Department of Agriculture (DoA).
Other high level participants were Chief of NAGRC (Genebank), Dr. Devendra
Gauchan, National Project Manager (Bioversity International), Dr. Bal Krishna
Joshi (Genebank), Mr. Bharat Bhandari of LI-BIRD and Mr. Pitambar Shrestha of
LI-BIRD. They were key presenters as well as facilitators of technical sessions of
the workshop.
Chief guest Dr. Yubak Dhoj GC emphasized the contribution of CSBs to cope
with climate change impacts by securing seed availability, conservation of
valuable and climate resilient genes and associated farmer’s knowledge and
their contribution to research and development. He admired the efforts of
farmers, NARC-Genebank, Bioversity International and LI-BIRD in bringing the
CSB approach to center stage. He committed to provide full support from the
Ministry for the development and mainstreaming of CSBs in national plans and
programmes in the days to come.
There were 63 participants representing diverse stakeholders including farmers,
community seed banks and cooperative members, government agencies,
international research organizations, non-government organizations and private
seed entrepreneurs. The formal opening session was followed by a series of
technical sessions organized around four themes: 1: Good practices, gaps and
issues; 2: Capacity building and networking; 3: Sustainability and mainstreaming,
and 4: Policy status, gaps and issues. A total of 10 presentations were made that
revolved around specific programmes and efforts made by national and nongovernmental organizations to establish and support CSBs and institutionalize
them. Speakers presented approaches, methods and tools, achievements and
lessons learned, policy issues, the role of the Government of Nepal, obstacles
and challenges.
XXIII
Devendra Gauchan of Bioversity International highlighted access and benefit
sharing issues and farmers’ rights on seeds while Mr. Anil Kumar Acharya shared
the national legislation, guidelines and programmes with regard to CSBs and
proposed ways for their institutionalization. Pitambar Shrestha presented the
status and contribution of CSBs to national conservation and seed production
based on LI-BIRD’s work while Bharat Bhandari shared CSB experiences based on
lessons learned by the UNEP/GEF Local Crop Project. He also proposed a novel
way to work toward sustainability through the “Diversity Field School”. Ronnie
Vernooy, Bioversity International, shared some insights about the global status
of CSBs while highlighting the major CSB achievements made in Nepal. He also
praised the country for celebrating its Second National Workshop on Community
Seed Banks and expressed gratitude for the willingness of governmental officials
to participate in the event enabling all key actors to come together and discuss
the further development of CSBs with the common goal of the conservation and
promotion of plant genetic resources and traditional knowledge.
The highlight of the first and second days was the farmer to farmer sharing of
experiences through thematic discussions. Women and men farmers came from
18 community seed banks and four cooperatives. Farmers, especially women,
are the champions of implementing CSBs in different parts of Nepal. On the
first day, farmers identified constraints related to CSB sustainability, such as
the lack of an independent CSB registration mechanism/structure, uncertainty
of funding sources for conservation work, inadequate policy and programming
prioritization by local governments and the lack of coordination and market
linkages for selling seed. Almost all the CSBs highlighted sustainability as a major
issue. They emphasized to mainstream CSBs in local development programmes
as a solution. Ramekwal Yadav, the chairperson of the ACSBN, discussed the low
representation of farmers/CSBs in national level fora and planning processes. He
stated that this is one of the reasons why conservation and promotion of local
plant genetic resources do not receive much priority. He further highlighted the
role of the ACSBN to have a voice at national policy level, coordinate advocacy
efforts, organize technical capacity building and collaborate closely with the
National Genebank.
Key Suggestions for the Network of Community Seed Banks
●
●
●
The Department of Agriculture has released two guidelines for the
functioning of CSBs. These guidelines should be revised and consolidated
into a single document. The CSB network should be involved in doing
this.
Focus on formalizing the legal registration procedure of CSBs through
policy advocacy.
Develop capacity building activities for CSB members and the CSB
association.
XXIV
●
●
●
●
●
●
●
●
●
Define a set of minimum norms and functions that characterize what
a CSB is as a basis for becoming a member of the network. Functions
should include at least the conservation and promotion of local crop
genetic resources and the maintenance of crop diversity blocks; and
could include, as an option, seed production of local crops.
Develop guidelines (a format) for registration of a CSB in the CSB network.
Define the structure of the network and how communication should
flow.
Maintain a CSB database (location, conservation status, seed production
status etc), monitor and evaluate CSB activities.
Conduct regular meetings, maybe yearly or half-yearly to share
knowledge and experiences and organize meetings, workshops, seminars
and exposure visits for CSB members and other relevant stakeholder so
that the visibility of CSBs can be maintained. In addition, seed exchange
activities can also be organized.
Intervene to ensure seed quality, uniform seed pricing and profit margins
across the country.
Document good practices and approaches and share nationally.
Facilitate linkages with national research organization, especially the
National Genebank for long-term conservation and minimizing seed
duplication and other technical support and with seed companies for
commercialization of local crops.
Policy advocacy for mainstreaming and integrating agriculture
biodiversity conservation and community seed banks in national policy,
plans and activities.
Proposed Incentives and Support Needed from the Government
●
●
●
●
●
●
●
●
Community Biodiversity Management (CBM) fund allocation to CSBs
Awarding/recognizing custodian farmers and CSBs in a national forum
Seed crop insurance (simplifying process) for traditional crops and
varieties
Incentive and support to purchase agriculture equipments (processing
equipment, tools, new technologies)
Technical support from the National Genebank on seed conservation,
characterization and use
Support for conducting good CSB management practices (eg diversity
block, seed exchanges)
Provide incentives and support as per guideline and work done by CSBs
Inclusion of farmers' rights, especially of custodian farmers, in national
policy, notably in the (draft) Access and Benefit Sharing bill and draft
Agrobiodiversity Conservation and Utilization bill
XXV
●
●
●
●
Include “Community Seed bank” and its functions in the Agrobiodiversity
draft bill including ABS draft bill as a mechanism for ensuring fair and
equitable sharing of benefits arising from the use of crop genetic
resources
Develop a practical format to guarantee prior informed consent
Establish technical linkages between CSBs and the National Genebank
for local variety registration and maintenance at the regional research
stations
Supporting the process of local variety registration by simplifying the
process and guidelines
Conclusion
Overall, the workshop was successful in achieving its objectives. Farmers from
all over Nepal, from mountains and mid-hills to tarai, from west to east, shared
experiences and knowledge and learned from each other. Farmers came together
with other key stakeholders in a single forum to interact, share and learn about
on the ground realities and plan together for the future. Women farmers and
CSB representatives from far-western and mountain regions were happy to
participate in the national level discussion forum. While sharing her experience,
Ms. Goma Bhandari from Masuriya, Kailali said: “I was not even able to speak in
front of a few people, now I am being able to speak and share my views about
our CSB work in front of so many people.” Similarly, Rumfa Devi Upadhyaya from
Chhipra, Humla said: “In our place, no woman is allowed to take part and speak
in a meeting like this, but I am very grateful to the organizer for giving me this
chance to participate and to learn.
All issues, questions and answers, and experiences shared during workshop
were documented by rapporteurs. All presentations and abstract were
shared among the participants and are available at www.researchgate.
net/publication/324976462. The brief highlight is available at https://www.
youtube.com/watch?v=O-nP-HTJln4.
Workshop Recommondations
1. Institutional provision for registration, renewal, listing and monitoring
of community seed banks: Until now, community seed banks in Nepal are
operated by farmers’ groups, cooperatives and the farmers’ organizations
registered as local NGOs. It is because the Government of Nepal (GoN) has
not developed any institutional mechanism where community seed banks
can be registered and renewed. Due to the operation of community seed
banks by different types of farmers’ organizations, we do not have an exact
database related to the number of community seed banks, their types and
functions, scope of work and status of community seed banks in the country.
Therefore, it is essential to have an institutional mechanism for registration,
XXVI
renewal and monitoring of community seed banks at Provincial and Central
levels. Similarly, the main objective of community seed banks is to promote
on farm conservation and sustainable use of agricultural biodiversity. At the
national level, this function has been mandated to the National Genebank.
Hence, whatever institutional mechanism is created for registration, renewal
and monitoring of community seed banks at Provincial and Federal levels,
it is recommended to have a provision of listing, renewal and updating of
relevant data and information of community seed banks in a certain interval
in the National Genebank on a mandatory basis.
2. Defining minimum standard criteria and classification of community seed/
gene banks: There are many organizations facilitating and supporting the
establishment and strengthening of community seed/gene banks in many
districts of Nepal. They include USC Canada Asia, LI-BIRD, NARC, Department
of Agriculture (DoA), Bioversity International, Oxfam, Action Aid, WWF and
others. These organizations have their own way of implementing community
seed banks. The question is if they are all promoting community seed banks
as per its global definition and understanding. The first National Workshop
on Community Seed Banks in Nepal held in June 2012 has defined that the
goals of community seed banks should be to promote the conservation and
sustainable use of agricultural biodiversity and provide easy access to diverse
types of seeds and planting material for improving livelihoods of farmers.
The workshop further elaborated that the term ‘community seed banks’
should not be used if there are no plant genetic resources conservation
activities. However, there is no agreement on the minimum number of
species and local varieties, including orthodox and non-orthodox seeds to
be conserved and promoted by a community seed bank, criteria for CSB
membership and number of community seed/gene banks to be established
in the country. Community seed banks should obtain legal status. To realize
this, a tailor-made mechanism should be developed. It is necessary to define
the minimum standard for establishing a community seed/gene bank so that
every organization can follow it.
3. Regular budget provision for community seed/gene banks: Apart from some
exceptions, such as the community seed bank programme of the former
Crop Development Directorate under the Department of Agriculture (DoA),
and apart from some support from local government upon request, there
are no government organizations that allocate funding for the establishment
and strengthening of community seed banks on a regular basis. Hence, it is
recommended to allocate funds regularly to operate community seed banks
and field gene banks, and to promote on farm management of agricultural
biodiversity by the local, provincial and federal Governments.
XXVII
4. Identification of areas for agrobiodiversity conservation and community
seed banks establishment: Nepal is globally known for its rich biodiversity
and agricultural biodiversity. However, due to its diverse geography, not all
areas of the country are equally rich in terms of agricultural biodiversity.
However, it is considered not wise to promote agricultural biodiversity
conservation activities in all the 753 local political units of Nepal. It is
recommended to identify agricultural biodiversity rich areas and focus the
promotion of conservation and sustainable use of agricultural biodiversity
there. This should include the establishment of community seed banks as
a major activity. These areas can become centers of agrobiodiversity where
government, I/NGOs and farmers’ organizations can work together to avoid
duplications of activities and waste of resources.
5. Simplification of the process of local variety registration: There are many
farmers cultivating landraces or local varieties of crop species in Nepal.
Many local varieties have good properties and functional traits. Some can
easily compete with improved varieties from the perspective of adaptation,
yield and income. However, there are difficulties in registering such
varieties using the existing variety release and registration provisions. It is
recommended to have a separate and simple provision and guidelines for
registration and maintenance of landraces and locally improved varieties. It
is also recommended to allow farmer groups and community seed banks to
produce and market seeds of these varieties.
6. Amendments of agricultural biodiversity related bills for adding articles
on community seed banks: There are three draft bills which are related to
agricultural biodiversity namely, i) Plant Variety Protection and Farmers’
Rights, ii) Access to Genetic Resources and Benefit Sharing and iii)
Agrobiodiversity Conservation and Utilization. None of these three bills
has clearly included a provision on the roles of community seed banks in
promoting conservation and sustainable use of agricultural biodiversity.
Therefore, it is recommended to make necessary amendments in all these
three draft bills and add a provision of establishment and promotion of
community seed/gene banks in Nepal.
7. Awards for agricultural biodiversity conservation: There are many awards
for farmers and groups who are involved in promoting improved cultivation
practices, cultivating improved varieties and rearing improved animal
breeds both at provincial and federal levels. However, there is no award
for the farmers and their organizations who are involved in management
of community seed banks to conserve unique landraces and to promote
conservation and sustainable use of valuable agricultural biodiversity, not at
provincial level or the central level. Therefore, it is recommended to establish
XXVIII
at least one award to recognize individual custodian farmer and another for
farmers’ organizations maintaining community seed/gene banks, both at the
provincial and national levels.
8. Inclusion of community seed/gene banks in the annual plan of local and
provincial governments: There is a rapid loss of agricultural biodiversity
from farmers’ fields and natural habitats. The federal government has
realized this and has developed strategies, policies and drafted a few bills to
do something about the loss. This should be trickled down to the provincial
and local governments. To begin with this process, it is recommended to
the federal government body responsible for promoting the conservation
and use of agricultural biodiversity, to facilitate and provide guidelines to
all provincial and local governments to include in their annual development
plans and programmes for the promotion of community seed/gene banks
for strengthening local seed systems, the conservation of agrobiodiversity
and support of rural livelihoods.
9. Strengthening the Association of Community Seed Banks of Nepal: The
first meeting of the farmers’ organizations involved in establishing and
managing community seed banks was held from 13 to 15 March 2013 in
the Kachorwa Community Seed Bank, Bara. The meeting formed an ad hoc
committee named ‘National Coordination Committee of Community Seed
Banks of Nepal’. Since then, the members of the committee meet once a
year, share and review progress made and exchange information and seeds.
Given that the committee already exists, it is necessary to strengthen its
capacity by allocating some resources and technical support from the
responsible government body. This will allow the committee to play a
larger role in promoting conservation and sustainable use of agricultural
biodiversity. This can be done by mobilizing and encouraging its member
community seed banks and by organizing seed and information exchange
activities on a regular basis. Until now, 28 community seed banks of Nepal
are a member of this committee. Very recently, the committee has been
renamed as Association of Community Seed Banks of Nepal (ACSBN).
10. Use of Geographical Indication: Specific and unique traits of local varieties
can be identified and documented through research partnership with
community seed/gene banks. This can be used to explore the possibility
of using Geographical Indication (GI) for specific local products. Hence, it is
necessary to allocate some resources for research and market promotion
of unique local products. Support should be given to individuals and
communities to develop nutritional and agro-morphological profiles of local
landraces, traditional diverse food items and innovations for GI development.
XXIX
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
30 + 6 Years of Community Seed Banking Around the World:
A Good Start, but More to be Done and Learned
Ronnie Vernooy
Bioversity International, Wageningen, the Netherlands; @: r.vernooy@cgiar.org
Sharing seeds: symbolic opening of the 2nd National Workshop on CSB in Nepal. Photo: Ronnie Vernooy,
Bioversity International
Abstract
Six years have passed since the first national meeting of community seed banks in Nepal.
Since then, Bioversity International and partners around the world have expanded their
capacity development, research and policy advocacy efforts to make community seed
banks and the emerging networks of community seed banks more efficient and effective.
A series of North-South exchange of experiences took place. New capacity development
materials were developed. A number of young researchers researched sustainability
and related (novel) issues of importance to community seed banks. In 2018, a proposal
was finalized to establish a global community seed banks platform that will support
existing community seed banks and national/regional community seed bank networks
around the world, scale out their activities and achievements, and contribute to their
sustainability
Keywords: Farmers’ rights, global platform, networking, resilience, sustainability
-1-
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Introduction: The Community Seed Banking Journey Continues
Six years have passed since the first National Community Seed Banks Workshop
in Nepal took place (see for the workshop proceedings, Shrestha et al 2013). At
the first workshop, I presented a literature review of mostly descriptive findings
of the first 30 years of experiences with establishing and supporting community
seed banks around the world. The review aimed to answer two questions: 1)
What had been achieved and learned in these 30 years? What were the major
challenges?, 2) In the light of more recent challenges related to the sustainable
use of agricultural biodiversity, such as the commercialization of agriculture,
genetic erosion and the impact of climate change, what roles could community
seed banks play (Vernooy 2013)?
Following the workshop, Pitambar Shrestha, Bhuwon Sthapit and I embarked on
a more systematic review of global community seed banking experiences from
various parts of the word. This resulted in the book “Community seed banks:
Origins, evolution and prospects” published in 2015 based on contributions
from and interactions with the case study contributors over the years 20132014. The book includes 30 case studies of community seed banks, five case
studies of organizations supporting community seed banks and five case studies
of national policies in support of community seed banks. Insights from the book
served to publish a journal article about the multiple functions and services of
community seed banks (Vernooy et al 2014). Additional research about the roles
of community seed banks in climate change adaptation led to another journal
article (Vernooy et al 2017).
Not only have we been writing about community seed banking in the past
six years. The practical work of establishing and supporting community
seed banks (technically, organizationally, policy and legal wise) continued,
intensified or started in countries including Bangladesh, Benin, Bhutan,
China, Ethiopia, Guatemala, India, Madagascar, Nepal, South Africa, Sri Lanka
and Uganda (for more information about Bioversity International’s work,
https://www.bioversityinternational.org/research-portfolio/conservation-ofcrop-diversity/community-seedbanks/). Three elements stand out in these
recent practical efforts: 1) bringing more science to community seed banking
both technically and organizationally; 2) adding value to the conservation
function of community seed banks through participatory crop improvement
and/or seed production and marketing; and 3) linking community seed banks to
national genebanks to create synergies.
Without doubt, the journey of 30 + 6 years continues. In this chapter, I present
some reflections on what the work done in recent years and some thoughts
about promising directions for the coming period.
-2-
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Renewed Interest
It appears that interest in establishing and supporting community seed banks
and developing new approaches to strengthen them are on the rise. In a number
of countries, government and non-government organizations (in some cases
with the support of Bioversity International) have joined forces to set up new
community seed banks as part of a national conservation and sustainable use
strategy. This is happening, for example, in Benin, Ethiopia, India, Madagascar,
Nepal, South Africa and Uganda. Proposals to do something similar have been
written for other countries, such as Bangladesh, Mali, Tanzania and Zimbabwe.
LI-BIRD in Nepal continues to expand the number of community seed banks
supported by the organization. In China, the Farmers Seed Network is establishing
new community seed banks and assisting other organizations to do the same.
In India, government organizations and Bioversity International have set up
a number of community seed banks as part of a climate change adaptation
strategy. In South Africa, the Department of Agriculture, Forestry and Fisheries,
and Bioversity International are working on a national network of community
seed banks that connects the community seed banks to the national gene bank
(under the National Plant Genetic Resources Centre).
Looking at the larger picture, there appear a number of factors that are directly
or indirectly supporting this trend. They are:
• Farmers are getting better organized (with support from others)
and see a community seed bank as a good way to support the
empowerment process.
• Agro-ecology, organic agriculture, healthy food and diets movements
have a strong interest in safeguarding traditional crops and varieties.
• Food safety in some countries has become a priority (eg China,
Vietnam).
• Conservation and crop improvement researchers are joining forces
which is giving traditional varieties more and in some cases, new
recognition.
• Climate change related challenges and the need for novel diversity to
adapt to changing farming conditions is becoming more urgent.
• International organizations have put community seed banks high on
the agenda.
A Start of Sharing Experiences from North and South
In recent years, the many diverse community seed bank experiences from
around the world have become better known, but in general, their achievements
and challenges are not well documented and disseminated. Community seed
banks go by various names: community gene banks, farmer seed houses, seed
huts, seed wealth centers, community seed reserves and seed libraries. They
all have a common objective, which is to support farmers and communities to
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
regain, maintain and increase their control over the seeds they use, in particular
traditional varieties, but not solely.
Community seed banks go through different organizational phases and encounter
a number of organizational challenges that are very similar to other grassroots
organizations, such as farmer research groups, youth associations or women
cooperatives. However, the cooperative movement has been around for more
than a century and has undergone a high degree of professionalization. 30 years
of community seed banking represent a relatively short time period in terms of
institutional development; therefore, much remains much to be done and more
to be learned (Vernooy et al 2015).
In the global north, community seed banks’ practitioners and supporters have
some opportunities to interact and exchange knowledge and experiences,
for example, through the internet, meetings and workshops. Seed savers’
organizations in countries such as Australia, Austria, Canada, France and Italy
have maintained websites and publish regular newsletters to inform members
and subscribers. They also organize events where practitioners can meet and
interact. In Europe, through the European Union funded ‘Diversifood’ project
(2015-2019), community seed bank practitioners and supporters from several
countries have carried out a number of joint awareness raising, capacity
development and research activities. The project aims to link experienced
national or subnational networks working on the conservation and sustainable
use of plant genetic resources to evaluate and enrich the diversity of cultivated
plants within diverse agroecosystems (http://www.diversifood.eu/project/).
In September 2017, the ‘Diversifood’ project and Bioversity International, with the
support of the Secretary of the International Treaty for Plant Genetic Resources
for Food and Agriculture (ITPGRFA) organized an international workshop in
Rome, Italy, with community seed bank practitioners and supporters from the
global north and the global south to exchange experiences and lessons learned.
It was most likely the first time such an event took place. ‘Diversifood’, Bioversity
International and other organizations teamed up for another international event
to draw attention to the roles of community seed banks (Box 1).
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Box 1. Community seed banks at the International Treaty for Plant Genetic
Resources for Food and Agriculture
The Fritjof Nansen Institute of Norway, the ‘Diversifood’ project, LI-BIRD of Nepal
and Bioversity International joined forced to organize the side event “Community
seed banks: Sharing experiences from North and South” during the 7th meeting
of the Governing Body of the ITPGRFA held in Kigali, Rwanda (October 2017). The
side event aimed to share experiences of community seed banks around the world,
strengthen their functioning and obtain more support. Gloria Otieno (Bioversity
International, Uganda) presented about the history and evolution of community seed
banks in Uganda and the emergence of community seed banks in Kenya and Tanzania.
Pitambar Shrestha of LI-BIRD presented the work on community seed banks in Nepal
supported by LI-BIRD. He also gave a presentation about community seed banks
globally highlighting the book Community seed banks: Origins, evolution and prospects
(2015). Other presentations were made by the Community Technology Development
Trust of Zimbabwe and Ryukoku University of Japan. A report is available (Andersen
et al 2018).
Ultimately, the Governing Body adopted Resolution 7/2017: ‘Implementation of
Article 9: Farmers’ Rights’ to create an Ad Hoc Technical Expert (AHTEG) on Farmers’
Rights and to develop voluntary guidelines for national implementation. The
resolution reflects increasing awareness among the Contracting Parties of the value
and importance of community seed banks in fulfilling the objectives of the Plant Treaty
on the conservation and sustainable use of crop genetic diversity for food security.
The Governing Body invites the countries that are Contracting Parties to promote
sustainable biodiverse production systems and facilitate participatory approaches
such as community seed banks, along with a range of other supportive measures.
However, in the global south, there is very limited space for networking. Nepal is
likely the only country where community seed bank practitioners and supporters
have had a chance to meet in two national workshops organized by national
organizations with the support of Bioversity International (2012 and 2018). The
objectives of the 2012 workshop were to share the successes of the conservation
and utilization of local crop diversity by community seed banks in Nepal. Topics
covered included the concept and practices of community seed banking,
technical and organizational challenges, and sustainability (Shrestha et al 2013).
There is therefore an opportunity to create a mechanism for global sharing.
New Capacity Development Materials
Research and capacity development activities with regard to community seed
banks are becoming more robust with stronger support of scientific knowledge.
Bioversity International, with technical and financial support of the Department
of Agriculture, Forestry and Fisheries of the federal republic of South Africa,
developed and published (in English, French and Spanish) a series of manuals
for facilitators of community seed banking processes and for farmers managing
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
community seed banks. The manuals have been very well received and are in
high demand (Box 2). Several organizations have started to use these manuals.
The Farmer Seeds Network in China has planned to translate the farmers’ manual
to Chinese and disseminate it in the country.
Box 2. Manuals published by Bioversity International and the Department of
Agriculture, Forestry and Fisheries of the federal republic of South Africa
Vernooy R, B Sthapit and G Bessette. 2017. Community seed banks: Concept and
practice. Facilitator handbook. Bioversity International, Rome, Italy; the Department
of Agriculture, Forestry and Fisheries, Pretoria, South Africa [Also available in French
and Spanish]. https://www.bioversityinternational.org/fileadmin/user_upload/CSB_
Vernooy_2017.pdf
Vernooy R, G Bessette, S Sthapit, A Dibiloane, N Lettie Maluleke, L Abner
Matelele, M Mokoena, G Phora, P Sema and T Thabo. 2018. How to develop
and manage your own community seed bank: Farmers’ handbook. Establishing
a community seed bank: Booklet 1 of 3. Bioversity International, Rome, Italy;
the Department of Agriculture, Forestry and Fisheries, Pretoria, South Africa
[Also available in French and Spanish]. https://www.bioversityinternational.org/
e-library/publications/detail/how-to-develop-and-manage-your-own-communityseed-bank-farmers-handbookestablishing-a-commun/
Vernooy R G Bessette, B Sthapit and A Gupta. 2018. How to develop and manage
your own community seed bank: Farmers’ handbook. Technical issues: Booklet 2
of 3. Bioversity International, Rome, Italy; the Department of Agriculture, Forestry
and Fisheries, Pretoria, South Africa [Also available in French and Spanish].
https://www.bioversityinternational.org/e-library/publications/detail/how-todevelop-and-manage-your-own-community-seed-bank-farmers-handbooktechnicalissue/
Vernooy R, G Bessette, B Sthapit and A Porcuna Ferrer. 2018. How to develop and
manage your own community seed bank: Farmers’ handbook. Management,
networking, policies and a final checklist: Booklet 3 of 3. Bioversity International,
Rome, Italy; the Department of Agriculture, Forestry and Fisheries, Pretoria, South
Africa [Also available in French and Spanish]. https://www.bioversityinternational.org/
e-library/publications/detail/how-to-develop-and-manage-your-own-communityseed-bank-farmers-handbookmanagement-networkin/
New Research: Community Seed Banks, Agroecology, Resilience and
Sustainability
One of the major challenges that community seed banks face is sustainability
–how to survive and thrive over a longer period of time and maintain their
relevance, in particular with a solid resource base of people, money and
infrastructure. From the comparative study of the strengths and weaknesses of
community seed banks from around the world (Vernooy et al 2015), a number of
important enabling factors were identified. Among them are:
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•
•
•
•
•
•
•
Farmers’ interest and leadership
Local facilitator and network builder
Technical and financial support
Combine conservation and crop improvement efforts
Responsiveness to climate change stress
Potential to evolve into broader local, rural development organization
Policy and legal support
Having this sustainability ‘framework’ in mind is of great value when
establishing new community seed banks and strengthen existing ones.
It is promising that in recent years young researchers have expressed strong
interest in researching sustainability and related (novel) issues of importance
to community seed banks. Two Master students, supported by Bioversity
International, developed interesting MSc research proposals and went to Nepal
and Guatemala respectively to investigate questions concerning community
seed banks and agroecological functionality and community seed banks and
socio-ecological resilience. They returned with important data and published
stimulating briefs and MSc theses upon which practitioners and scholars alike
can build to plan future activities in the field. The findings are also valuable for
policy makers.
Research in Nepal
Monserrat Gómez César, a student of organic agriculture at Wageningen
University and Research, the Netherlands, set out to find answers to three main
and several minor questions:
1) How successful have community seed banks been in conservation of local
biodiversity?
•
•
•
What have been the changes in cultivars and crop varieties cultivated?
What effect could these changes in diversity have in the farming
system?
Are these changes self-sustaining (positively supporting the farming
systems, ie introduction of pulses for fertility, perennial crops, varietal
diversity for pest resistance etc)?
2) How successful have they been in acting as a platform for knowledge
exchange and social change?
•
Has the community seed bank enabled the involvement of farmers in a
research agenda?
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
•
•
How has the community seed bank facilitated the establishment of
networks for knowledge exchange?
Has the community seed bank strengthen the community’s
organizational capacity?
3) How successful have they been in improving farmers’ access to diversity
seed?
•
•
•
•
What are farmers’ perceptions of their seed security?
How do they relate this to future climatic changes and current
provisioning of resources?
What are benefits that they have experienced in terms of favorable
crop trait(s) that they now can access?
How do they now perceive their availability and access to seed?
Based on a review of literature she produced a comprehensive framework
based on insights from agroecology to evaluate the performance of community
seed banks. The framework has three ‘pillars’: farm management, private
livelihoods and social cohesion (see Box 3; Gómez César 2017, adapted from
Table 3 on page 17). Farmers of three community seed banks in the country
tested the framework.
Field research findings suggest that community seed banks play important roles
in rural livelihoods. Improved access to seed encouraged farmers to experiment
with different varieties and their alternation over time. Greater household-level
income and access to loan mechanisms appear to have provided an economic
incentive to maintain local crop diversity. The tasks inherent to planning, forming
and running a community seed bank creates a space for the intensification of
local social cooperation and mutual learning. Aggregate social benefits and
greater autonomy from both input pressures and market dynamics appear to
be an emergent property of this cooperation (Gómez César 2017). With regards
to the evaluation framework she concluded that it holds clear advantages for
facilitators of community seed banks and farmers themselves to potentially
optimize agroecology and on-farm conservation goals through future information
sharing, project planning and the creation of shared strategic concepts (ibid: 37).
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Box 3. Community seed bank performance assessment framework
Farm Management
• Crop varietal diversity: Changes that have taken place in respect to the
amount of crop varieties and crop types now grown on-farm
• Use of diversity for pest management: Impact on pest and disease
suppression due to the use of more diversity
• Change in resilience of farming system: The farm’s strength and ability to
sustain sudden changes in rainfall, temperature, or sudden climatic events
• Skills and knowledge on management of diversity: tThe knowledge gained
over how to manage different crop types and varieties
• Use of diversity for soil fertility management: The observed effect a greater
use of diversity has had on soil fertility
Private-Livelihoods
• Change in farm revenue: Observed change in revenue from farm production
• Change in productivity: Observed change in the total harvest, overall
stability in production
• Market access: An increased ease in accessing markets and selling farm
products
• Product diversification: A greater availability of products to sell or used for
home consumption
• Reduced cost of inputs: Changes in the cost of seed, and other inputs such
as machinery, labor, inorganic fertilizers, and pesticides
Social Cohesion
• Organizational skills and capacity building: Perceived competency in
retaining and improving skills and knowledge in respect to the organization
of large groups of community members, but also the governance, structure,
and management of the community seed bank
• Knowledge sharing: Perceived ease and frequency and common happening
of knowledge exchange amongst community members
• Community empowerment: Autonomy in decision making
• Sovereign food systems: The ‘control’ over farmers’ choices of what and
how to cultivate food
• Collective action: The level of collaboration and action taken within the
community
Research in Guatemala
Anna Porcuna Ferrer, a student in organic agriculture at the University of
Natural Resources and Life Sciences (BOKU), Vienna, Austria, explored if and
how community seed banks are supporting change towards a more resilient
socio-ecological system at community-level. Her specific objectives were to:
(i) explore how the community seed bank concept has been implemented in
the local context and what roles community seed banks play in the local seed
system; (ii) explore the change that has taken place due to the establishment of
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
the community seed banks and identify the main driving factors of this change;
(iii) identify and analyze the possible connections between this change and the
socio-ecological resilience of the community.
Her findings from Guatemala indicate that the relationship between community
seed banks and resilience is not so straightforward although they do produce
important benefits for their members at household and community levels. The
farmer communities and the community seed banks she researched in the Sierra
de los Cuchumatanes are affected by important changes that occur in the region,
such as the abandonment of maize cultivation and farming in general, a shift
towards a more market-oriented agriculture and migration of young people
to the USA (Porcuna Ferrer 2018). Farmers’ seed and production systems are
changing as a result. Traditional factors shaping the socio-ecological resilience
of the local communities, such as being self-sufficient in maize production, are
losing ground. She concluded that community seed banks can contribute to
newly emerging forms of resilience through the strengthening of crop diversity
management, technical and organizational capacities, and more dynamic and
effective networking. At the same time, community seed banks face challenges,
such as weak involvement of youth and realizing untapped potential, such as
broadening the crop base (ibid).
A Multi-functional Global Community Seed Bank Platform
It becomes clear that since 2012 many positive developments have been taking
place. Encouraged by this, early 2015 a small team of Bioversity International
staff began to think about something that could further strengthen community
seed banks around the world and bring them to a higher performance level.
The idea for the establishment of a global platform for community seed banks
was born. The idea for such a platform was endorsed at a workshop about
community seed banks and farmers’ rights held in New Delhi, India (October
2015), where community seed bank researchers from around the world called
on Bioversity International to take the lead in creating a global platform of/for
community seed banks. They argued that such a global platform could serve as
a virtual node of convergence and synergy to build more supportive policy and
legal environments, internationally and nationally; and to further strengthen
community seed banks technically and organizationally at regional and local
levels.
Over time, by the middle of 2018, this idea evolved into a proposal. The proposal
aims to establish a global community seed banks platform that will support
existing community seed banks and national/regional community seed bank
networks around the world, scale out their activities and achievements, and
contribute to their sustainability. The global platform will:
• Document, analyze and share practical experiences, successes and
challenges;
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
•
•
•
Provide technical, organizational and policy/legal expertise;
Coordinate and support action research;
Support national/regional networking.
Through its multiple activities at local, national and international levels, the
global platform will strengthen farmers’ seed systems, diversify income sources
and livelihoods, and contribute to increased seed security of local communities
and countries. Furthermore, through the establishment of linkages between
(inter) national genebanks and community seed banks, farmers and their
communities will have better access to more crop diversity –much needed to be
able to adapt to climate change and build up resilience. Women seed custodians
and community seed bank leaders will play a central role in platform activities.
Getting the platform up and running is the present challenge on our continuing
community seed banking journey.
References
Andersen R, P Shrestha, G Otieno, Y Nishikawa, P Kasasa and A Mushita. 2018.
Community Seed Banks, Sharing experiences from the North and South: A
report from a side event held on the 1st of November 2017 at the Seventh
session of the Governing body of the International Treaty on Plant Genetic
Resources for Food and Agriculture, in Kigali- Rwanda. http://www.diversifood.
eu/wpcontent/uploads/2018/03/report_community_seed_banks_BAT_web.pdf
Gómez César M. 2017. Towards an Agroecological Framework for the Evaluation of
Community Seed Banks: A Case Study of Nepal. MSc thesis Farming Systems
Ecology. Wageningen University and Research, Wageningen, the Netherlands.
http://himalayancrops.org/wp-content/uploads/2017/08/GomezCesar_Thesis_
Final_Revised.pdf
Porcuna Ferrer A. 2018. Do community seed banks contribute to socio-ecological
resilience? The case of the Sierra de los Cuchumatanes, Guatemala.
Bioversity International, Rome, Italy. https://www.bioversityinternational.
org/e-library/publications/detail/do-community-seed-banks-contribute-to-socioecological-resilience-the-case-of-the-sierra-de-los-cuc/
Shrestha P, R Vernooy and P Chaudhary (eds). 2013. Community seed banks in Nepal:
Past, present, future. Proceedings of a national workshop, 14–15 June 2012,
Pokhara, Nepal. Local Initiatives for Biodiversity, Research and Development,
Pokhara, Nepal, and Bioversity International, Rome, Italy. http://www.
bioversityinternational.org/uploads/tx_news/Community_seed_banks_in_
Nepal__past__present_and_future_1642.pdf
Vernooy R. 2013. In the hands of many: A review of community gene/seed banks the
world. In: Community Seed banks in Nepal: Past, Present, Future (P Shrestha,
R Vernooy and P Chaudhary, eds). Proceedings of a National Workshop, 14–15
June 2012, Pokhara, Nepal. Local Initiatives for Biodiversity, Research and
Development, Pokhara, Nepal, and Bioversity International, Rome, Italy; pp.3–15.
http://www.bioversityinternational.org/uploads/tx_news/Community_seed_
banks_in_Nepal__past__present_and_future_1642.pdf
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Vernooy R, P Shrestha and B Sthapit (eds). 2015. Community Seed Banks:
Origins, evolution and prospects. Routledge, Oxon, UK. https://www.
bioversityinternational.org/e-library/publications/detail/community-seed-banksorigins-evolution-and-prospects/
Vernooy R, B Sthapit, G Galluzzi and P Shrestha. 2014. The Multiple Functions and
Services of Community Seed banks. Resources 3:636-656. http://www.mdpi.
com/2079-9276/3/4/636
Vernooy R, B Sthapit, G Otieno, P Shrestha and A Gupta. 2017. The roles of community
seed banks in climate change adaptation. Development in Practice 27:316-327.
DOI: http://dx.doi.org/10.1080/09614524.2017.1294653.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Government Implemented Community Seed Banks:
Approach and Progress
Mukunda Bhusal, Prakash Acharya and Bimal Thapa Chhetri
Crop Development and Agrobiodiversity Center, Department of Agriculture,
Hariharbhawan, Lalitpur; @: omukunda@gmail.com; PA <acharyaprakash2007@gmail.
com>; BTC <bimalthapa84@gmail.com>
Pokhara Community Seed Bank in Dadeldhura District. Photo: DoA
Abstract
The Government of Nepal started implementing Community Seed Banks (CSBs) in the
fiscal year 2008/09. The program covered nine Districts with one CSB in each. Most of
the CSBs produced improve seed of major crops; they also conserved local landraces.
Two CSBs became nonfunctional, in Sindhupalchowk due to the mega earthquake and in
Jumla, due to inefficient leadership. Some of the challenges faced by the CSBs are proper
legal provision for registration, misuse of seed money, inefficient leadership and lack of
long-term strategic plan. Each CSB requires a sound sustainability plan to address these
challenges. A CSB can achieve sustainability through promoting linkages between the
national genebank, regional and international genebanks and community seed banks for
the exchange of seeds and related information about biodiversity conservation. Other
factors that contribute to sustainability include strong social networks, an effective
institutional mechanism, dedicated leadership, social inclusion and a strategic long-term
work plan.
Keywords: Approaches, germplasm conservation, sustainability
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Introduction
Seed is one of the few resources available for smallholder farmers to ensure
a sustainable livelihood, food and nutritional security. Conservation of agrobiodiversity in farmer’s fields is very important to minimize its loss. Equally
important are the conservation (protection) and seed multiplication of
neglected and underutilized crops. Although many farmers are shifting towards
the production of a handful of productive crops to meet growing food needs,
it is now recognized by many that sustainable agriculture cannot be achieved
without the conservation of agrobiodiversity (Mercer and Perales 2010,
Carvalheiro et al 2011, Ebert 2011, Vigouroux et al 2011). In many countries,
farmers are actively exchanging planting materials with neighbors, relatives and
even distant strangers, thereby moving crop genetic diversity across farming
units and agroecological systems (Chambers and Brush 2010, Coomes 2010).
In order to increase the awareness about the importance of agro-biodiversity
conservation, the government of Nepal started implementing community seed
banks in the fiscal year 2008/09. The implementation of community seed banks
was announced in the budget speech of the same year. On 25 January 2009, the
prime minister’s speech highlighted the establishment of community seed banks
throughout the country in order to develop a national sustainable seed system. In
the same year, the Government of Nepal, Ministry of Agricultural Development
(MoAD) approved the Community Seed Bank Program Implementation
Guidelines. As defined in the guidelines, ‘’community seed banks (CSBs) are
the community led and owned initiatives for conservation and maintenance
of local and improved seeds which ultimately support ensuring seed, food and
livelihood security (Shrestha et al 2012, Joshi 2013). The main objective of the
establishment of a community seed bank is to improve the access to quality seed
through collection, storage, exchange and distribution. A second objective is the
conservation of local varieties. Seed security at the local level can be achieved
through conservation and increasing the availability and accessibility of seed
through seed vendors. Community seed banks can be promoted as an essential
instrument for conserving local varieties, restoring ‘lost’ varieties and sharing
knowledge and experiences among farmers (Lewis and Mulvany 1997, Shrestha
et al 2012).
Review of Community Seed Banks Implemented by the Government of
Nepal
Initially, the program was designed to implement community seed banks covering
districts of all five development regions. It was planned to establish community
seed banks in 17 districts of Nepal (Table 1). However, actual implementation took
place in nine districts, namely Sankhuwasawa, Okhaldhunga, Sindhupalchowk,
Dhading, Gulmi, Jumla, Jajarkot, Doti and Dadeldhura.
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Table 1. Proposed districts for implementing community seed banks
Ecological Belt and Districts
Development
Region
High Hill
Mid Hill
Eastern region
Sankhuwasawa
Terathum, Okhaldhunga
Mid region
Sindhupalchowk
Dhading
Western region
Mustang
Gulmi
Mid-west region
Jumla
Jajarkot
Far-west region
Bajhang
Doti, Dadeldhura
Total
5
7
Source: Community Seed Bank Implementation Guideline 2009.
Tarai
Siraha
Rautahat
Nawalparasi
Banke
Kanchanpur
5
Strengths, Weaknesses, Opportunities and Threats (SWOT) Analysis
SWOT analysis was carried out to evaluate the implemented program and
services delivered with the intent of maximizing organizational performance
in the future. This analysis was carried out based on discussion with the focal
person of each of the program districts. The focal persons were Agriculture
Extension Officers (AEOs) of District Agriculture Development Office (DADO) and
the analysis was conducted on December 2017. A synthesis of the findings is
presented in Table 2.
Table 2. SWOT analyses
Strength
• Participation and ownership of
farmers
• Seed money
Opportunity
• Seed supply to neighbor districts
• Quality seed production
• Enhancement of seed replacement
rate
Operational Status
Weakness
• Inadequate market linkages
• Lack of technical knowhow
• Inadequate manpower
• Overdependence on subsidy
Threat
•
•
Misuse of seed money
Sustainability in absence of
subsidy
According to the CSB Implementation Guideline 2009, nine CSBs were formed
and they are involved in conservation of local varieties and production and
distribution of improved varieties seed (Table 3). Currently, the Thakurjyu
Community Seed Bank of Jumla and the Sindhutuki Community Seed Bank are
no longer operational. The latter collapsed due to mega earthquake of 2015.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 3. Current status of community seed banks in different districts
Current situation/
Name of
SN
Name of CSB
Address
Institute involved in
District
seed business
Pokhara Agriculture
1
Dadeldhura
Pokhara CSB
Amargadhi
Cooperative
Ranadevi Agriculture
2
Dhading
Ranadevi CSB
Nilkantha
Cooperative
Ghanteshwor
Jaibik Bibidhata
3
Doti*
Joraeel
CSB
Agriculture Cooperative
Malika Agriculture
4
Gulmi
Malika CSB
Simichaur
Cooperative
Kalika Agriculture
5
Jajarkot
Kalika CSB
Khalanga
Cooperative
6
Jumla
Thakurjyu CSB
Mahatgaun
7
Okhaldhunga
Sindhu CSB
Kuntadevei
8
Shankhusawa
Krishi CSB
Dharmadevi
9
Sindhupalchowk
SindhuTuki CSB
Thumpakhaer
Not in operation
Milanchowk and
Maachandeshowari
Agriculture Cooperative
Krishi CSB
Not working due to 2015
earthquake
*In collabration with LI-BIRD. Source: Records from community seed banks kept in Districts Agriculture
Development Offices.
CSBs as Means to Increase Seed Accessibility and Availability
CSBs have increased overall abundance, diversity and accessibility of landraces
to the farmers in Nepal (Shrestha et al 2012). Nowadays, functional CSBs
have become a source center for seed production and conservation (Table 4).
They make available to farmers seed of otherwise rarely available crops. This
enhances the accessibility to seed and contributes to improving the livelihoods
of remotely living farmers. Pokhrel et al (2012) further confirmed that CSBs have
improved the availability of seed and associated knowledge. This has contributed
to strengthened livelihood security over the years. While monitoring the status
of the Pokhara Community Seed Bank at Dadeldhura, it was observed that the
CSB is selling their seeds in neighboring districts; sometimes they even send
their seed to the eastern districts of Nepal. In Dhading district the Ranadevi CSB
supplies most of the maize seed demanded inside the district.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 4. Target of seed distribution, area expansion and budget allocation
SN
District
1
2
3
4
5
6
7
8
9
Dadeldhura
Dhading
Doti
Gulmi
Jajarkot
Jumla
Okhaldhunga
Shankhusawa
Sindhupalchowk
Seed
Distribution, t
17
2
2
2
2
2
2
2
2
2
Source: CDD, Annual Report, 2016/2017.
Area
Expansion, ha
300
32
38
43
16
30
37
45
32
27
Allocated Budget
(NPR, 000)
2130
195
215
420
204
214
225
223
217
217
Challenges
The community seed banks of these nine districts mostly focus on seed business
of rice, wheat, maize and soybean, and second, on the conservation of neglected
and underutilized crops (Table 5). However, CSBs face challenges to do this kind
of conservation given the low demand for seed in the communities for these
types of crops. Given that there is still no legal provision to register a CSB, the
CSBs do their seed business registered as a cooperative. Strong leadership is one
of the most important factors for running a sound CSB.
Table 5. Summary of seed produced (tons) by community seed banks (2016/2017)
2
Name of CSB
Sindhutuki CSB, Sindhupalchowk
(Nonfunctional due to
earthquake)
Sindhu CSB, Okhaldhunga
3
Pokhara CSB, Dadeldhura
4
Ranadevi CSB, Dhading
5
KalikaCSB, Jajarkot
6
Ghanteshwor CSB, Doti
7
8
SN
1
Rice
30
Wheat
20
Maize
Total
13
13
37
37
10
60
35
5
Soybean
1.5
36.5
12
17
Malika CSB, Gulmi
26.85
26.85
Krishi CSB, Shankhusawa
25
25
Total amount of seed produced
Source: Records of Community Seed Banks from Districts Agriculture Development Offices.
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215.35
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
In the recent past, the agricultural budget was significantly increased in each
district but, unfortunately, the community seed bank was not in the priority list.
No one paid attention to the monitoring and evaluation of the community seed
bank program. Lack of public support for CSBs is considered one of the key issues
affecting CSBs (Khanal and Maharjan 2015). Another problem that emerged was
that some of the CSBs used the seed money that was given as a revolving fund
for other purposes. CSBs do not have a sustainability plan, but mostly depend on
government subsidy. For example, the Thakurjyu CSB of Jumla was established
based on demand of local farmers and a building was built early on. After the
second year of operations, the chairperson changed and the newly formed
management committee did not have a proper understanding of the functions
of the community seed bank, its roles and responsibility. They also lacked a longterm strategic plan for the sustainability of the organization.
Sustainability of Community Seed Banks
There are about 125 CSB established in Nepal, but most of them are not operating
properly (Joshi 2013). Monitoring and evaluation of CSBs could help to improve
the performance, for example, to develop a proper seed inventory. Another task
is the annual budgeting and marketing of produced seeds. The monitoring and
evaluation of CSBs should be linked to the operations of the local government
and other institutions working at local level. The provincial government should
take a lead role in policy planning and facilitation of CSBs, for example, by making
a roadmap for the establishment and support of CSBs. The major roles of CSBs
should be germplasm collection, conservation and delivery of landraces. For
their sustainability, the registration of minor and neglected crops and their seed
production could be explored and supported. CSB can be a resource center to
supply landraces to seed companies and cooperatives for commercial production.
Produced seed should be included in the national seed balance sheet. It is
positive that the Department of Agriculture (DoA) has realized the importance of
landrace conservation and the roles that CSBs can play. Formal linkages between
CSBs and the national genebank, regional and international genebanks and the
formal seed system are very crucial for their sustainability (SQCC 2013). Farmers
have limited access to seed related information even when sufficient quantities
of seed are available (Badstue 2006). To deal with this challenge, strong social
networks (Siart 2008), effective institutional mechanisms, dedicated leadership
and social inclusion are important factors to take into account (Momsen et al
2013). Their survival could also benefit from awareness campaigns, such as the
organization of diversity fairs.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Conclusion
Government established CSB are located in the mid-hill and high-hill regions
where farmers are marginalized and cultivate less productive land with a focus on
major crops. CSBs support farmers to acquire source seed, although the return
rate is usually small. Seed quality is sometimes a challenge. It would be good to
have a better functioning seed quality control system in place. Unfortunately,
for these regions farmers do not have access to a seed laboratory, which are all
located in the Tarai region. Farmers have the right to protect their landraces,
which is one of the functions a CSB can fulfil. They have low purchasing power
so some kind of support is needed to establish the CSB infrastructure including
a conservation facility and processing equipment. Most of the newly elected
local leaders do not know the importance of agro-biodiversity conservation.
Awareness raising and capacity building of local leaders are needed to attract
investment in CSBs and make them sustainable.
References
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2011. Natural and within-farmland biodiversity enhances crop productivity. Ecol
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CDD. 2017. Annual report. Crop Development Directorate (CDD). Hariharbhawan;
pp.27-28.
Chambers KJ and SB Brush. 2010. Geographic influences on maize seed exchange in the
Bajio, Mexico. Professional Geographer 62(3):305–322.
Coomes OT. 2010. Of stakes, stems, and cuttings: the importance of local seed systems
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Ebert AW. 2011. Vegetable germplasm conservation and utilization at AVRDC—
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org/books/898/898_10.htm
Joshi BK. 2013. A brief overview of community seed bank initiatives in Nepal. In:
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and P Chaudhary, eds). Proceedings of a National Workshop, LI-BIRD/USC Canada
Asia/Oxfam/The Development Fund/IFAD/Bioversity International, 14-15 June
2012, Pokhara, Nepal; pp.41-46.
Khanal NP and KL Maharjan. 2015. Community seed production sustainability in ricewheat farming. Springer. ISBN 978-4-431-55473-8, pp. 35-54. DOI: http://dx.doi.
org/10-1007/978-4-431-55474-5
Lewis V and PM Mulvany. 1997. A typology of community seed banks. Natural
Resources Institute. University of Greenwich, Kent, UK. http://www.
sustainablelivingsystems.org/communityseedbanks.pdf
Mercer KL and HR Perales. 2010. Evolutionary response of landraces to climate change
in centers of crop diversity. Evol Appl 3:480–493. DOI: http://dx.doi.org/10.1111/
j.1752-4571.2010.00137.x
Momsen JH, I Kunze and E Oakley. 2013. Agro-biodiversity and equity: Addressing
gender in trans-disciplinary research. In: Cultivate Diversity (A Christinck
and M Padmanabhan, eds)! A handbook on trans-disciplinary approaches in
agrobiodiversity research. Margraf Publishers, Weikersheim; pp.71-91.
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Pokhrel C, P Bhandari, V Lakhe and R Yadav. 2012. Agro-biodiversity conservation
through seed banking: A case study from Mid- Western and Far-Western Nepal.
Ecoprint 19: 39- 47.
Shrestha P, S Sthapit, R Devkota and R Vernooy. 2012. National workshop on
community seed banks: Workshop summary report. 14-15/06/2012, Pokhara.
LIBIRD/USC Canada Asia/Oxfam Nepal/Bioversity International.
Siart S. 2008. Strengthening local seed systems: Options for enhancing diffusion
of varietal diversity of sorghum in Southern Mali. Series Communication and
Extension 85. Margraf Publishers, Weikersheim.
SQCC. 2013. National seed vision 2013-2025. Seed Quality Control Centre (SQCC),
Lalitpur.
Vigouroux Y, A Barnaud, N Scarcelli and AC Thuillet. 2011. Biodiversity, evolution and
adaptation of cultivated crops. Compt Rend Biol 334:450–457. DOI: http://dx.doi.
org/10.1016/j.crvi.2011.03.003
|l-------l|l-------l|
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
The National Genebank’s Promotion of Community Seed
Banks: Status and Strategy
Bal Krishna Joshi, Krishna Hari Ghimire and Deepa Singh
National Genebank (NAGRC), NARC, Khumaltar; @: joshibalak@yahoo.com,
http://orcid.org/0000-0002-7848-5824; KHG <krishnahari.ghimire@yahoo.com>; DS
<dees_shrestha@hotmail.com>
Participatory seed exchange in Jungu, Dolakha District. Photo: Niranjan Pudasaini, LI-BIRD
Abstract
Since 2003, the Nepal Agricultural Research Council has considered community seed
bank (CSB) as one of the on-farm conservation approaches. The National Genebank
(NAGRC) has supported nine CSBSs namely Dalchoki CSB, Kachorwa, Gadaria, Rainas,
Simariya, Chhipra, Haku, Ganpokhara and Jugu CSB. Supports were technical, in-kinds
and cash. A total of 1263 collections of 81 crops from 24 CSBs have been preserved
in NAGRC. Only 65% of the stored accessions from CSBs met the Genebank Standard.
Minimum requirements are enough seeds with >80% germination and passport data
for conserving collections in the NAGRC. NAGRC defines Community Genebank (CGB)
as a system of conservation and use of local crops and plant genetic resources (both
orthodox and non-orthodox crops), managed by community covering certain range of
areas. CGB consists of a community seed bank with conservation focus which deals with
orthodox types of crops (eg rice, pea, etc) as well as community field genebank that deals
with non-orthodox crops (eg potato, banana, etc). CGB may not be able to conserve
all local crops and plants diversity. Database and display of all the diversity should be
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
maintained in CGB along with traditional knowledge and storage system, phenomages
(phenotype+image), traditional agri-tools, related publications, etc National Genebank
has collaborated with CGB for collections, regeneration and has planned to collaborate
with CGB for characterization and regeneration of already collected and conserved
materials in the Genebank and to create and maintain databases. Community genebanks
should promote village level field genebank, school field genebank, crop specific parks,
religious site based field genebank, rejuvenation of old public and community orchards,
distribution of diversity kits, organization of diversity fairs, maintenance of diversity
block, etc.
Keywords: Collaboration, community seed bank, community genebank, conservation,
diversity, on-farm conservation
Introduction
Nepal possesses 484 indigenous cultivated species with an estimated number of
30,000 landraces (Joshi et al 2017a). Agriculture is practiced from 60 m to 4700
m altitude (Joshi et al 2017a), favoring a large number of plant diversity. Almost
50% of this diversity has been lost from the fields. Conservation initiatives were
first started in 1984 in Nepal (Joshi 2017a), however, with poor facilities in the
earlier period, conservation could not cover most of the crop diversity and could
not conserve effectively for a longer term. In 2010, a well-equipped genebank
was constructed and conservation gained momentum with the development
of 26 different conservation methods/options and the preparation of 20 action
plans (Joshi et al 2016, Genebank 2017). A concept of conservation ladder has
been promoted with three layers of different conservation methods (Figure 1).
These three layers are local, national and international with the concept of two
types of gene pools: national crop gene pool and global gene pool. Equal efforts
are necessary at all levels for effective conservation of all types of agricultural
plant genetic resources (APGRs).
At local level, conservation is possible only through utilization of plants and by
mobilizing communities. This is generally termed on-farm conservation. Many
national documents (eg IMISAP 2018-2025, NBSAP 2014-2020, Agrobiodiversity
Policy 2014, Road Map of MoALMaC 2018, National Seed Vision 2013-2025, ADS
2015, National Agricultural Policy 2004, Community Seed Bank Guidelines 2008,
etc) have recognized and some of them promoted on-farm conservation. Under
the national strategy, community seed bank (CSB) is a very effective method for
management of local crop diversity. CSB is an approach of promoting on-farm
management of APGRs governed and managed by a farmer group, cooperative or
organization, mostly in an informal way. Its core functions are to preserve seeds
of crop landraces for use, providing easy access to seed and planting materials
of diverse crops species and to promote farmers’ rights and food sovereignty
(Vernooy et al 2014). CSB can enhance the resilience of farmers in the context of
climate change (Vernooy et al 2017).
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 1. Conservation ladder for sustainable conservation and utilization of APGRs.
Source: Joshi et al 2017a.
CSBs have strong roots in Nepal where several non-government organizations
took the lead in establishing and supporting them. More recently, the
government of Nepal has started to invest in CSBs. The first CSB in the country
was established in 1994 in Dalchoki, Lalitpur, with support of USC Canada-Nepal
(Joshi 2013, Bhandari et al 2017). NAGRC has taken due consideration of CSBs
as main partners for conservation and utilization of APGRs (Bhatta et al 2013).
Landrace enhancement and repatriation are among the successful activities
implemented by NAGRC in collaboration with CSBs. This paper highlights the
current status of CSBs and strategies of the National Genebank to work with
Community Seed/Genebanks (CGBs).
Conservation Strategy and Method
Conservation may be static or dynamic (Figure 2). Each type has its merits and
demerits and both are necessary to conserve APGRs for longer term at national
level. At local level, generally, a dynamic system exists and some examples are
given in Figure 2. Among the four strategies (ie ex-situ, in-situ, on-farm and
breeding) at national level, three strategies are being adopted at local level in
Nepal (Figure 3). They are on-farm, in-situ and breeding. Under the on-farm
strategy, there are a number of methods implemented by NAGRC in different
locations (Figure 3). Community Genebank is one of the most effective and
widely established methods at local level for conservation of APGRs. Within CGB,
there are different forms eg community seed bank, community field genebank,
community aqua pond genebank, community livestock farm genebank and
community orchard.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 2. Features of two broad conservation types of agrobiodiversity.
G, Genotype; E, Environment; Y, Year; L, Location.
Concepts of Community Seed Bank and Community Genebank
Conservation of both orthodox and non-orthodox by the community is called
Community Genebank which consists of both community seed bank and
community field genebank. CSB deals only with orthodox crops and CFGB
handles only non-orthodox crops. The concept of community seed bank is
known in different ways around the globe, eg community gene bank, farmer
seed house, seed hut, seed wealth center, seed savers group, association, or
network, community seed reserve, seed library (Vernooy et al 2015). There are
many variants of Community Field Gene Bank, such as village level FGB, religious
site-based FGB, community based crop specific park and community managed
orchard (Figure 4).
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 3. Conservation strategies and methods at local level for management of APGRs.
Community Seed Bank
Community Field Genebank:
First in Ghadariya, Kailali from 2010 with 76
accessions of mango in 5.5 ha and extended to
Turmeric, Jack fruit, Barro, Gol Kankri
Community Orchard: CFGB
Religious site based FGB:
For CWR+Non-orthodox+WEP
CC
Figure 4. Different components within a Community Genebank.
CFGB, Community field genebank; CWR, Crop wild relative; WEP, Wild edible plant.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Genebank Standard and Activities
NAGRC has developed a conceptual framework of a community genebank
(Figure 5). It expected to run the activities and establish components by CGB as
given in this Figure.
Figure 5. Components and activities of community genebank.
Community Genebank and Sub Banks
Community Seed Banks were established in Nepal to handle orthodox crops eg
cereals, grain legumes and vegetables. The seeds of these crops are relatively
easy to collect, dry, store, pack and handle. They are the main crops in most of
the communities, therefore, CSBs were established targeting such seeds. About
40% of total APGRs in Nepal are non-orthodox. They should be given priority
for conservation and use. NAGRC therefore promotes conservation of both
orthodox and non-orthodox crops. Nowadays, many communities realize to
consider all locally available APGRs for conservation. NAGRC has formulated and
started working on different approaches for conservation of all types of APGRs.
These approaches relate to the types of APGRs based on the conservation
modules needed to store them. Generally, CSB and CGB are named with the
prefix of location name, eg Dalchoki CSB, which means Dalchoki is the location or
village name. To be a CSB or CGB, there should be conservation and utilization of
local crop diversity; when farmers only dealing with modern varieties, then the
concept of CSB does not apply.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
The first CFGB was established by Gadharia Community in Kailali district in
2010 by growing local mangoes on 5.5 ha of land. In Nepal, religious sites are
automatically protected and such locations can be considered effective for
conservation of cultivated crops in addition to crop wild relatives and wild edible
plants. Such sites should be managed by the nearby community. In a village level
FGB, diversity is managed by growing different landraces by each village member
so that the total diversity is conserved at village level. Some communities have
established crop specific diversity parks, eg banana park in Sripur Chhatiwan,
Makawanpur. Both village level FGB and crop specific park were first established
by Parivartan Nepal in 2012 in Sudha Chhatiwan, and Sripur Chhatiwan,
Makawanpur. Parivartan Nepal has also established School Field Genebank in
Phaparbari, Makawanpur and Pattharkot, Sarlahi in 2012. More than 100 public
mango orchards can be found mainly in Lamjung, Kaski, Gorkha and Tanahu
districts (Upadhya et al 2017). Most of them are very old, but nobody is taking
care of them. Due to the very old age of the trees, they are almost at the stage
of extinction. Since 2016 NAGRC has worked on rejuvenating such orchards.
Rainas Community in Lamjung has managed an old mango orchard which was
initially public, but now it is managed by the community (and called community
managed mango park or community field genebank) following the management
system of community forest.
The main purpose of a CSB is to provide easy access of local crop diversity to the
farmers so that local crop diversity can be conserved through continuous crop
production. It is the community that actively manages local crop diversity. To
make CSB effective, certain management principles should be followed. There
are two broad principles called banking and housing (Figure 6). For example,
banking implies the standard mechanisms of sale, exchange, loan etc and housing
implies standard practices of keeping reference samples, distribution samples
etc. Within a CGB, there could be many Household Genebanks (Household
Seed Bank and Household Field Genebank). A household genebank is the agrobiodiversity maintained by a custodian farmer who plays significant roles in
maintaining crop diversity and germplasm flows. NAGRC supports farmers who
are conservation minded and grow a number of different types of crops species
and landraces.
Status of CSBs and CGBs in the Country
Nepal is unique in using CSB and CGB approaches for conservation and sustainable
utilization of APGRs. The first CSB was established in 1994 in Dalchoki, Lalitpur
(Joshi 2013). In subsequent years there were many national events related to
CSBs (Shrestha et al 2012). A timeline of such events is presented in Figure 7.
NAGRC has played a key role in most of them. NARC annually allocates a budget
for on-farm conservation activities. This contributes to successful on-farm
conservation efforts.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 6. Working principles for managing a community seed bank
Figure 7. Major events related to Community Seed Bank (CSB) and community
Genebank (CGB) in Nepal
DoA, Department of Agriculture; NARC, Nepal Agricultural Research Council; CFGB, Community
Field Genebank.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
144 CSBs in 33 Districts
Humla-1
2017
Jumla-3
2009/10/17
Doti-1
2010
Kailali-4
2007/08/18
Lalitpur-3
1994/14/17
Bardiya-2
2007/18
Lamjung-2
2016/17
Dang-1
2010
Tanahu-1
2010
Rasuwa-1
Sindhupalchowk-2
2009/18
Okhaldhunga-1
2010
Jhapa-1
2010
Figure 8. Established year and distribution of 134 CSBs in Nepal (10 CSBs are excluded
in the map)
Figure within parenthesis is total number of CSBs and number of districts within that Province.
Figure after the district name is number of CSBs in that district.
Based on the current status, CSBs in Nepal can be grouped into active CSB,
passive (dormant) CSB, collapsed CSB and transformed (transmuted) CSB. Active
CSBs are those which are functional and working actively to conserve and utilize
local crop landraces. Passive CSBs are those that were functional in the past, but
for one reason or another, are not active anymore, eg there is no seed collection
and exchange, the management committee is not holding any meetings and not
promoting any activities. The building and materials are still in place and the CSB
could be revived in the near future. Collapsed CSBs are no more in existence
although they were functional for some time. Transformed CSBs are those that
used to focus on local crop diversity, but then completely moved away from it to
focus on different activities. In Nepal, there are 40 active CSBs, 6 passive CSBs, 3
collapsed and 95 transformed CSBs. These CSBs are located across the country
(Figure 8).
Figure 9 shows the number of CSBs established over the years. The largest
number of CSBs was established in 2009. However, most of the CSBs that were
established in 2009 have been transformed. There are several reasons why the
status of a CSB can change. It will be good to document these to guide other
CSBs toward sustainability. Political conflict caused a change from active to
passive in one CSB. An earthquake was the major reason for the collapse of a
CSB in another area. Transformation of CSBs happened due to the challenge
of sustainability. Farmers find it hard to only focus on conservation without
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
any economic incentive or benefit. Both governmental and non-governmental
organizations have been actively involved in establishing CSBs in the country.
CDD (now CDABC) and NAGRC are the main governmental agencies and LIBIRD
and Action Aid are among the main non-governmental organizations (Table 1).
Bioversity International is the main international (CGIAR) organization supporting
operationalization of some community seed banks in Nepal. About 9 organizations
are directly involved in establishing and running the CSBs. The largest number
of CSBs was established by Oxfam, but later they were transformed. Active CSBs
are being established and maintained by LIBIRD.
Total 144
92
13
1
1
1
3
3
1994
2003
2006
2007
2008
2009
4
1
2010
2011
2012
7
5
8
5
2014
2015
2016
2017
Figure 9. Number of community seed bank established over the years (1994-2017).
Table 1. Institutions working on CSB
SN
1
2
3
4
5
6
7
8
9
10
Organization
Oxfam
LI-BIRD
Action Aid
NAGRC
DoA
FORWARD Nepal
SAHAS Nepal
USC-Canada Nepal
Parivartan Nepal
Community themselves
Some organizations are jointly supporting some of these CSBs
CSBs established/ supported, n
90
23
13
9
9
5
2
1
1
0
National Genebank’s Supported CSBs and Success Cases
NAGRC is technically and financially supporting nine CSBs (Table 2). Three
CSBs have started working on both orthodox and non-orthodox crops: they
are therefore named a community genebank. A community genebank has
a community seed bank and a community field genebank. NAGRC regularly
organizes meetings and maintains communication with the CGBs. It supports
to strengthen the management of agro-biodiversity and sustain operations.
The CGBs all are very successful in conserving local crop diversity and making
landraces easy accessible to farmers. In Lamjung, excellent work is done to
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
rejuvenate the old public mango orchard which has more than 20 different very
old landraces. The local community acquired this public orchard and then started
rejuvenating and managing it as a community forest management system. The
National Genebank provided training on grafting and managing mango trees.
Now this orchard is well managed with proper labeling and a catalogue of the
mango landraces available in this orchard has been drafted. These CSBs are
involved in different regular activities of the National Genebank, eg collections,
regeneration, exploration, characterization, repatriation, germplasm rescue,
red listing, etc. The National Genebank requested Agyuli CSB to regenerate
100 accessions of rice in 2016 and provided seed samples and other items and
covering costs. After harvesting, the National Genebank collected the required
amount of seeds for storage in the National Genebank. The farmers kept and
the rest of the seeds. This regeneration activity provided an opportunity to
farmers to select six landraces of the 100 set to grow in their own fields. This
collaboration between a CSB and the National Genebank is exemplary resulting
in mutual benefits and promoting conservation efforts.
Table 2. List of CSBs supported by NAGRC
Dalchoki, Lalitpur
Kachorwa, Bara
Established
year
1994
2003
Initial supporting
organization
USC Canada Nepal
NAGRC and LI-BIRD
Gadariya CSB*
Gadariya, Kailali
2007
NAGRC and LI-BIRD
Simariya CSB
Simariya, Sunsari
2011
NAGRC
5
Chhipra CSB
Chipra, Humla
2016
NAGRC and LI-BIRD
6
Haku CSB
Haku, Jumla
2016
7
Rainas CSB*
Rainas, Lamjung
2016
NAGRC and LI-BIRD
COPADES and
NAGRC
Ghanpokhara, Lamjung
2016
NAGRC and LI-BIRD
Jugu, Dolakha
2016
NAGRC and LI-BIRD
SN
CSB
Address
1
2
Dalchoki CSB
Kachorwa CSB*
3
4
8
9
Ghanpokhara
CSB
Jugu CSB
* Handling orthodox and non-orthodox crops.
Germplasm from CSBs and Genebank Standard
Seed samples received by the National Genebank from different CSBs are listed
in Annex 1 and total amount of crops and collections are given in Figure 10. On
29 December 2014, a seed transfer event was held at the Agyauli Community
Seed Bank in the Nawalparasi district, where 15 community seed banks from
12 districts transferred seeds to the National Genebank. NAGRC has received a
total of 1263 collections of 81 crops from 24 CSBs. 1200 collections had passport
data, however majority of the passport had not complete information. 65 and
60% of these collections had met the two Genebank Standards ie germination
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
2015
capacity and seed amount respectively. Three major Genebank standards are
enough seed quantity, complete passport data and >80% germination rate.
Those samples that meet these standards are directly stored in the Medium and
Long Term Storage facilities. Those that do not meet the standards are sent for
seed multiplication, regeneration or research.
Lahan, Siraha
Kachorwa, Bara
4
2
6
6
8
3
Kunjo, Mustang
6
Shankarpur, Kanchanpur
5
Jogimara, Dhading
Talium, Jumla
Ghanteswar, Doti
14
18
23
16
39
1
41
11
Ratanchula, Sindhuli
Belandi, Kanchanpur
Tamafok, Sankhuwasaba
48
19
86
38
96
33
Purkot, Tanahaun
2013
79
31
Pathraiya, Kailali
2012
62
21
Rampur, Dang
115
35
Belawa, Bardiya
22
Shivjung, Jhapa
22
Dalchoki, Lalitpur
23
Simariya , Sunsari
45
24
Ranibas, Sindhuli
Agyuli , Nawalparasi
53
22
Gadariya, Kailali
2014
Crops recieved, n
Parsaini, Nawalparasi
Masuria, Kailali
Collections recieved, n
32
15
17
22
20
Sindhu, Sindhupalchok
25
Sangha, Kavre
25
115
135
48
51
56
66
Figure 10. Total crops and collections received from CSB over the years to conserve in
NAGRC.
Strategies to Promote and Support CGBs
The National Genebank has the following working strategies with CSBs for agrobiodiversity management.
Strengthening Linkages with Community Seed Banks/Community Gene banks
• Involvement of CSBs in regular activities of the National Genebank to
support on-farm conservation. One of the important activities will be
to regenerate local landraces in collaboration with local CSBs. There is
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
•
•
a need to select CSBs based on representative agro-climate and agrobiodiversity status. If landraces are not popular among farmers, CSBs
are requested to send such landraces along with passport data to the
National Genebank and to maintain a sample for display in their own
CSB.
Common landraces and farmers’ preferred landraces should be
conserved through continuous cultivation. Commercialization should be
explored to add value. The national genebank need to facilitate existing
CSBs to be converted to CGBs and work on all types of agricultural
genetic resources.
Samples of all available genetic resources should be kept for display in
the CSB with proper labeling.
Linkage of CSBs with Research Stations and Agricultural Farms
• Every CGB should develop a link with a nearby research stations and
DoA farms and offer support to establish a field genebank and start
germplasm exchange. Local landraces are very poorly used in research
and study (Joshi 2017b). Therefore, utilization should be the main goal of
CSB and CGB by linking with research centers and private entrepreneurs.
• Based on identification of crop specific hot spot areas of diversity, a
conservation village should be established and replacement of landraces
from such areas should be prohibited. Endangered landraces conserved
in such areas should then be classified as vulnerable or common.
• Programs should be designed to accelerate seed exchanges among
communities by linking with national genebank to strengthen the local
crop diversity (Gauchan et al 2016).
Identification of Analogueue sites for Germplasm Collection and Repatriation
• Analogue sites of every CSB should be identified using the climate
Analogue tool (Joshi et al 2017c) to define suitable areas for collections,
growing diversity block, regeneration and distribution. When a CSB
operates as such, it will be a Climate Smart Community Seed Bank. As
an example, the Analogue site of Kachorwa Community See Bank is
presented in Figure 11.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 11. Analogue sites of Kachorwa CSB based on the climate Analogue tool.
Survey and Exploration of Germplasm
Farmers are not only seed providers, but the sources of information about a
large number of genetic resources. Collectors can learn much from farmers and
should communicate with them at the initial stage of sample exploration and
collecting. NAGRC has already started collaborating with CSBs in survey and
exploration of agro-biodiversity and will continue.
Collection and Red Listing
Collecting is the major activity of NAGRC. The NBSAP (National Biodiversity
Strategy and Action Plan) has targeted to cover the conservation of 75% of the
commonly cultivated crops and horticultural crops by 2020 (NBSAP 2014). NAGRC
alone will not be able to meet this target. CSBs are collaborating with NAGRC
to carry out collections and to identify priority landraces for red listing. NAGRC
applies a red zoning system to identify endangered landraces (the methodology
is described in Joshi and Gauchan 2017). Red zones should receive priority for
collection missions. In other zones, population size and preferential status (Figure
12), and trait distribution criteria (Figure 13) are used to identify vulnerable,
rare, endangered and unique landraces. This system of classifying crop landraces
has been in practice in Nepal since 2004 (Joshi et al 2004). It builds on a system
used for forest genetic resources. For forest genetic resources, IUCN criteria and
the CITES system are used. Annex 2 gives an overview of the rare, endangered
and endemic species in the country. NAGRC encourages all CSBs to use the list
(Annex 2) to collect and conserve species in the community or to collect and
send them to the National Genebank.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Figure 12. Red listing method (grouping) of landraces for priority conservation
Figure 13. Technique of identifying unique landraces for priority conservation
Genebank Related Regular Activities
The National Genebank has a regular program of conservation related activities,
some of which are seasonal and location specific. NAGRC aims to identify at least
9 CSBs located in different environments across the three major agro-ecozones in
the country (Figure 14). NAGRC has a good linkage with many CSBs and will carry
out joint missions. The activities that NAGRC has identified to be done by CSBs
are depicted in Figure 14. Some of the collaborative activities already underway
are training, participatory varietal selection (landrace enhancement and
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
conservation), diversity kits distribution, maintaining diversity blocks, organizing
diversity fairs and food fairs, regeneration, collecting, seed multiplication,
characterization, red listing and database management.
6
7
8
9
Landrace enhancement
Geographical indication
Collections (germplasm + passport)
Diversity block
Diversity fair
5
Red listing
4
Descriptors
development
3
Image banking
2
Multiplication
1
Utilization
Repatriation
Training
Tarai
East Nepal
Regeneration
Mid Hill
Mid Nepal
Characterization
High Hill
West Nepal
National Genebank
Database management
Figure 14. Collaborative activities of NAGRC, CSBs, CGBs and CFGBs.
Landrace Enhancement and Conservation (LEC)
Conservation through use is very effective however, due to poor performance of
many landraces, farmers prefer to grow modern varieties. The National Genebank
has therefore given priority to improve farmers’ landraces in collaboration with
CSBs, farmers and their communities (the approach is described in Joshi 2017a).
NAGRC has focused on developing site specific as well as household specific
varieties of local landraces. Some improved landraces have been registered by
the National Seed Board. Enhanced landraces developed in collaboration with
CSB /communities and farmers are Jethobudo Dhan, Gujmuje Rayo, Dude Rayo,
Kachorwa-4 Dhan, Dude Chino, Rato Kodo, Paheli Simi, Jumli Simi, Kalo Kaguno,
Sunale Latte, Borang Dhan, etc. NAGRC will further intensify this work in diverse
crops with different CSBs located across the country.
Development of Ownership Documents of Landraces
It is common to find the same landraces in many areas and CSBs. It also happens
that although they are named the same in in different CSBs, they actually are
genetically different. Nepali crop landraces are very poorly documented. To
have ownership right of a landrace, a community should have seven different
documents: i. Historical information and archeological evidence (for an
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
example, see Figure 15); ii. Phenotypic database including location, landrace or
cultural/ religious specific traits; iii. Genotypic database including fingerprint;
iv. Associated traditional knowledge and use values; v. Multimedia descriptors;
vi. Unique and distinguishable traits and information about the site where its
distinct form has been developed; vii. Information related to germplasm flow
(trace forward and trace backward. The National Genebank has started to collect
the required documents for a number of crop landraces with the involvement
of farmers. Relevant stakeholders should work together to compile all the
required information. For example, a CSB can contribute information contained
in its register of landraces while the National Genebank has genotypic data and
germplasm flow information.
Figure 15. Stamp of Jumli Marshi rice issued by the Postal Services Department.
Geographical Indication
Due to the varied agro-climate in the country, there are many geographically
linked traits in many crop landraces (Joshi 2017b). Geographically typical
landraces should be identified in collaboration with CSBs and CSBs should try to
obtain a Geographical Indication right on the local products derived from these
landraces. GI labeled products can be sold at premium price. Consumers have
shown willingness to pay a higher price for such products. It is recommended
that CSBs advance and apply the GI system in their areas. Some of the unique
landraces are mapped in Figure 16.
Problems and Issues
Many CSBs face a major challenge: the limited diversity within their collection.
It is not easy to design and carry out a proper sampling strategy; the sample size
may be too small or the sampling does not adequately cover all the different
areas. Sometimes, farmers give different names to the same landrace. Sometimes
they use the same name for two or more different landraces. Many farmers call
modern varieties local, which makes it difficult to distinguish modern varieties
from local landraces during collections. It is likely that in the National Genebank
and in CSBs there are many duplicate accessions. Not only limited knowledge
about collection methods is a cause. Sometimes different organizations and
collectors duplicate each other’s efforts. A second problem is that local landraces
sometimes perform worse than modern varieties. Improving landraces is
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
therefore important. A third challenge is to developed standard practices for
CSBs that take into account location, objectives, targets and resources.
Figure 16. Some unique crop landraces (name pointed by arrow) and their distribution
in Nepal.
Conclusion and Way Forward
NAGRC is promoting different methods for on-farm conservation such as CSB,
CGB, CFGB, Village Level FGB, Religious Site based FGB, and rejuvenation of
old pubic orchard. Community seed bank is a very successful method for the
conservation and utilization of local crop diversity. NAGRC has technically
and financially supported nine CSBs located across the country. Some CGBs
participate in the regular activities of NAGRC.
At national level, a coherent strategy should be developed for establishing CSBs
instead of following a project by project process. The strategy should identify
how many CSBs are necessary in the country, where they should be functional
and what area they should cover. Most CSBs handle only orthodox seeds;
therefore, community genebanks should be strengthened to handle all orthodox
and non-orthodox plant species. Their activities could be expanded to include
water-based species, livestock, insects and microorganisms. Last but not least,
CSBs should not only focus on the conservation of local genetic resources, but
add other activities that can add value to the conservation efforts.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Acknowledgements
NARC regularly allocates budgets for on-farm conservation. We thank Bedanand
Chaudary, Dinesh Shrestha, Mohan Hamal for providing information.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex 1. Details of seeds received from some community seed banks for conservation in the
National Genebank
SN
1
CSB
Agyuli CSB
Address
Nawalparasi
Year
Handed
2013
2
Belandi CSB
Kanchanpur
2014
3
Belawa CSB
Bardiya
2014
4
Ghanteswar
CSB
Doti
2014
5
Jogimara CSB Dhading
2014
6
Kachowra
CSB
Bara
2014
7
Kunjo CSB
Mustang
2014
8
Lahan CSB
Siraha
2015
9
Masuria CSB
Kailali
2014
Agronomic
Crops
Rice (15), Maize
(20), Barley (1),
Buckwheat (1),
Wheat (1), Lentil
(1), Linseed (1),
Sesame (4),
Perilla (1)
Barley (1),
Finger Millet (1),
Rice (5), Wheat
(2)
Rice (1), Maize
(1)
Wheat (2),
Buckwheat
(1), Lentil (2),
Amaranth ((1),
FM (2), Maize
(2), Rice (7),
Wheat (2),
Hemp (1)
Horticultural Crops
Mustard (2), Bottle Gourd (1),
Sponge Gourd (1), Pumpkin
(1), Broad Leaf Mustard (1),
Garlic (1), Turmeric (1), Zinger
(1), Taro (1),Cowpea (4),
Pigeon Pea (2), Rice Bean (2),
Horse Gram (1)
Bitter Gourd (1), Chilly (1),
Cowpea (1), Pea (1), Lady's
Finger (1), Lentil (1), Mustard
(1), Pigeon Pea (1), Pumpkin
(1), Ricebean (10), Sesame (2),
Soybean (1), Sponge Gourd (1)
Ricebean (1), Black Gram (1),
BLM (1), Sesame (1)
Leafy Vegetable (1), Bean
(13), BG (1), Chilly (1), Pea (1),
Ginger (1), HG (1), Linseed (1),
Perilla (1), Radish (1), Ricebean
(2), Sarson (2), Sesame (1),
Soybean (3), Spinach (1), Taro
(3), Turmeric (1)
Lentil (1), Mustard (1), Onion
(1), Soybean (2), Taro (3),
Ricebean (1), HG (2), Black
Gram (2), Cowpea (1), Garlic
(1), Fenugreek (1), FM (4),
Perilla (1)
Bean (1), Black Gram (1),
Amaranth (1),
Chickpea (1), HG (1)Lentil (1),
Oat (1), Barley
Linseed (1), Mustard (1), Pea
(1), Rice (86),
(4), Pigeon Pea (1), Pumpkin
Sorghum (2)
(1), Sesame (1), SG (5), Ash
Gourd (1), Green Gram (1)
Mustard (1)Bean (7), Chilly (1),
Coriander (1), Pea (1), Radish
Maize (1), Barley
(1), Rapeseed (1), Soybean (1),
(2), Amaranth
Swiss Chad (1), Tomato (1),
(2),
Cumin (1), Radish (1), Bitter
Gourd (1), Cumin (1),
Rapeseed (1), Pea (1), Bean (7),
Rice (6)
Pigeon Pea (1), Lentil (1)
Bitter Gourd (1), Chilly (1),
Rice (7), FM (1),
Black Gram (2), Cowpea (2),
Mustard (1), Soybean (1)
Barley (1),
Barnyard Millet
(2), Buckwheat
(2), Rice (15),
Maize (5)
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
SN
CSB
Address
10
Parsaini CSB
Nawalparasi
11
12
13
14
Patharaiya
CSB
Purkot CSB
Rampur CSB
Ratanchura
Kailali
Tanahu
Dang
Sindhuli
Year
Handed
2015
Agronomic
Crops
Rice (3), Maize
(1)
2014
Aaarsi (1), Rice
(2), Barley (2),
Foxtail Millet (2),
Finger Millet (2),
Rice (28), Maize
(1),
2014
Barley (1),
Bhang (11),
Maize (6),
Buckwheat
(1), Wheat (1),
Colocasia (8),
Perilla (2), Rice
(18), Elephant
Yam (1) FM (11),
Foxtail Millet (1),
Garden Cress (1)
2014
Ash Gourd (1),
Barley (1), FM
(1), Wheat (1),
Linseed (1),
Maize (3), Perilla
(2), Rice (28),
Sesame (1),
Wheat (3),
2014
Rice (1), Finger
Millet (1),
Amaranth (2),
Barley (2),
Buckwheat (4),
Foxtail (2), FM
(12), Maize
(3), Rice (10),
Sorghum (1)
- 42 -
Horticultural Crops
Leafy Vegetable (2), Mustard
(1), Cowpea (2), Brinjal
(1), Bottle Gourd (1), BLM
(2), Capsicum (1), Carrot
(1), Chickpea (1), Chilly (2),
Colocasia (15), Cowpea (1),
Fennel (1), Fenugreek (1) , FB
(3), Larcha (3), Lentil (1), Field
Pea (3), Elephant Foot Yam (1),
Potato (3), Ricebean (2), Sarson
(1), Sesame (2), Soybean (2),
SG (1), Torai (1), Turmeric (2),
Yam (5), Githa (2), Pea (1)
Leafy Vegetable (1), Bhyakur
(1), Sesame (4), Yellow
Sesame (1), Bitter Gourd (1),
Black Gram (6), Mustard (2),
Soybean (8), Bottle Gourd (2),
Okra (2), SG (3), Chilly (5), Pea
(2), Turmeric (2), Cowpea (6),
Fennel (1) , Pigeon Pea (2), Rice
Bean (7), Field Bean (1), Garlic
(1), Linseed (1), Radish (1), Yam
(1), Sponge Gourd (3)
Pea (1), Bitter Gourd (1),
BG (1), BLM (1) , Chickpea
(2) , Chilly (2), Cowpea (4),
Cucumber (1), Fennel (1),
Fenugreek (1), Field Bean (1),
Horse Gram (1), Lady Finger (1)
, Lorcha (2), Lentil (1), Mustard
(1), Niger (1), Pea (1), Potato
(1), Pumpkin (1), Radish (1),
Soybean (2), SG (3) , Turmeric
(3), Yam (2), Jhilingo (1),
Garden Cress (1)
Soybean (2), Black Gram
(5), Bottle Gourd (1), BLM
(1), Chickpea (1), Chilly (1),
Coriander (2), Cowpea (2),
Fennel (2), HG (1), Lentil (2),
Mustard (1), Niger (1)Pea
(3), Perilla (3), Pumpkin (1),
Ricebean (4), Sesame (2),
Soybean (5) , Sunflower (1),
Pointed Gourd (1), Lovage (2),
Bethe (1)
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
SN
CSB
Address
15
Shankarpur
CSB
Kanchanpur
Year
Handed
Agronomic
Crops
2014
Rice (5), FM (1),
Horticultural Crops
16
Shivjung CSB
Jhapa
2014
Rice (59), Barley
(1), Maize (3),
Finger Millet
(3), Buck Wheat
(2), Lentil (1),
Sesame (1),
Perilla (2)
17
Talium CSB
Jumla
2014
Maize (2), Barley
(2), Lentil (1)
2014
Rice (14), Finger
Millet (2), Foxtail
Millet (2), Proso
Millet (1), Rice
(2)
18
Tamafok CSB
Sankhuwasaba
Sesame (1), Soybean (2),
Mustard (1)
Leafy Vegetable (5), Bottle
Gourd (2), Sponge Gourd
(6), Mustard (1), Taro (10),
Soybean (2), Bean (9), Black
Gram (3), Pea (1), Broad Bean
(1), Cowpea (10), Horse Gram
(10), Pigeon Pea (2), Pea (1)
Leafy Vegetable (8), Bottle
Gourd (1), FB (11), Black Gram
(2)
HG (1), Soybean (2), Pumpkin
(2), Black Gram (1), Cowpea
(1), Tartary BW (1)
Annex 2. Rare, endangered and protected species in Nepal
SN Nepali name
English name
Nepal's rare, endangered and endemic APGRs
Dhan (Marshi, Yanseere,
1
Rice
Guture)
2
Gahau
Wheat
3
Jau
Barley
Wild Onion,
4
Jimbu
Aromatic Leaf Garlic
5
Jimbu
Wild Onion
6
Kaghuno
Foxtail Millet
7
Kakro (Seto, Hariyo)
Cucumber
8
Karanke ghans
15
Kharuki
Khursani (Dalle, Thande, Pire)
Kodo (Bhojpure, Fyakure)
Kurilo, Satavari
Lamche khursani
Makai (Yangrupe, Thulo seti,
Phalendo)
Paheli Makai
16
Phaper
Buckwheat
17
Pipla
Long Pepper
18
Rudrakxhya
Utrasum Bead Tree
19
Siplikan, Simligan
Garlic Pear
9
10
11
12
13
14
Chili Pepper
Finger Millet
Asparagus
Chili Pepper
Scientific name
Oryza sativa L.
Triticum aestivum L.
Hordeum vulgare L.
Allium hypsistum Stearn
Allium przewalskianum Regel
Setaria italica (L.) P.Beauv.
Cucumis sativus L.
Capsicum frutescens L.
Eleusine coracana (L.) Gaertn.
Asparagus racemosus Willd.
Capsicum annuum L.
Maize
Zea mays L.
Maize
Zea mays L.
Fagopyrum tataricum (L.) Gaertn.
Fagopyrum esculetum Moench
Piper longum L.
Elaeocarpus sphaericus (Gaertn.)
K. Schum.
Crateva unilocularis Buch.-Ham.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
SN
Nepali name
English name
20
Uwa
Naked barley
APGRs listed in CITES
1
Rukh Unyu, Chatre Unyu
2
Vyakur
Nepal's protected APGRs
1
Okhar
2
Vyakur
3
Yarsa Gumba, Jeevan Buti
Scientific name
Hordeum vulgare var. nudum (L.)
Hook. f.
Tree fern
Potato yam, wild
yam
Cyathea spinulosa Wall.ex Hook
Dioscorea deltoidea Wall. ex
Griseb
Walnut
Potato yam, wild
yam
Cordyceps
Mushroom
Juglans regia L.
Dioscorea deltoidea Wall. ex
Griseb
Ophiocordyceps sinensis (Berk.)
Sung et al
Sources: IUCN/Nepal 1995, Shrestha and Joshi 1996, Chaudhary 1998, Siwakoti 2002, 2006
|l-------l|l-------l|
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Community Seed Banks in Nepal: Safeguarding Agricultural
Biodiversity and Strengthening Local Seed Systems
Pitambar Shrestha and Ram Bahadur Rana
Local Initiatives for Biodiversity, Research and Development (LI-BIRD), Kaski, PO Box
324, Pokhara; @: pitambar@libird.org; RBR <rbrana@libird.org>
Abstract
Purkot Community Seed Bank in Tanahu District. Photo: Pitambar Shrestha, LI-BIRD
This paper presents LI-BIRD’s approach to promoting community seed banks in Nepal
with a focus on their role in on-farm management of agricultural biodiversity, improving
access to and availability of diverse types of seeds and planting materials and enhancing
the local seed systems. Other dimensions of community seed banks, such as internal
management, technical aspects, and issues and challenges will also be discussed. In
collaboration with national and international organizations, LI-BIRD has supported the
establishment of 20 community seed banks across seven provinces of Nepal. These
community seed banks have conserved 1,066 local varieties of 62 crop species. Some of
these local varieties would have been lost from farmer’s fields in the absence of these
community seed banks. The 20 community seed banks produce and distribute over
150 tons of seed of both local and improved varieties of different crop species. More
than 5,000 smallholder farmers access this seed annually. Several of the crop varieties
distributed through the community seed banks are high yielding and others are resilient
to climate-induced and other risks, such as drought, insects, and diseases. Evidence
suggests that the community seed bank approach is not only appropriate for conserving
agricultural biodiversity on-farm, but also important for strengthening local seed
systems, improving food security and contributing to resilience of smallholder farmers.
Keywords: Agricultural biodiversity, community seed banks, conservation, local seed
system, local varieties
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
National Context and Initiatives
Nepal’s agriculture is in transition. The general scenario is that farmers are
gradually shifting to cultivate improved varieties, using imported hybrid seed
and adopting improved technologies and practices, particularly in the accessible
areas, such as the tarai and mid-hills. In order to meet the growing demand
of food to feed the ever-growing population, reduce poverty, increase food
and nutrition security and reduce the trade deficit, the Government of Nepal
has focused on developing strategies, policies, plans and programs towards
commercialization of agriculture through engagement of private sector and
cooperatives and through connectivity development (ADS 2015).
Government of Nepal has developed the Agrobiodiversity Policy for promoting
conservation and use of agricultural biodiversity in 2004 and has made the first
Amendment to the policy in 2014 (MoAD 2004), but implementation in terms of
on-farm management of agricultural biodiversity is limited. The first guideline
of implementation of community seed banks was approved by the cabinet
and implemented in Okhaldhunga, Sindhupalchok and Dadeldhura districts of
Nepal as a pilot programme. It focused on increasing the seed replacement
rate through production and distribution of quality seed of improved varieties
at community level instead of promoting on-farm management of agricultural
biodiversity (CDD 2009, Pokhrel & Joshi 2013).
In general, the majority of farmers are not aware of the importance of
conservation of local crop diversity for current and future food and nutrition
security. Moreover, Nepal’s extension system is oriented towards promoting the
dissemination of high input responsive agricultural practices and technologies.
As the cumulative effect of various factors, local varieties cultivated by farmers
during generations are being lost from farmer’s fields and their natural habitat.
The number of households, the number of local varieties and the area covered
by local varieties are shrinking (Shrestha et al 2003, Chaudhary et al 2004).
Initiated in Nepal in 1994, the community seed bank approach gained momentum
after almost a decade as a successful method for the conservation and promotion
of the use of local varieties of various crops at community level; and as a means
to provide easy access to quality seed and planting material of diverse crop
species (Shrestha et al 2013). Although detailed empirical research has not yet
been conducted, there is some evidence that community seed banks in Nepal
are also contributing to improve food security, income and livelihoods. Besides,
the community seed bank approach is developed as an effective mechanism to
realize farmers’ rights on seeds as outlined by the International Treaty on Plant
Genetic Resources for Food and Agriculture (ITPGRFA 2004), to promote food
sovereignty (Development Fund, 2011; Vernooy et al 2014; Vernooy et al 2017).
Experiences have shown that the community seed banks in Nepal are playing
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
important roles to strengthen farmers’ seed systems and address the issues of
climate change adaptation in agriculture. This approach is equally applicable in
other developing countries with similar agricultural systems where the informal
or farmers’ seed system provides about 90% of the total seed requirement.
LI-BIRD has been involved in promoting community seed banks in Nepal and
South Asia since 2003 (Shrestha et al 2004). In the past fifteen years, LI-BIRD
has supported the establishment and management of 20 community seed
banks in 16 districts of the country. Through its Community-based Biodiversity
Management South Asia (CBMSA) programme, five community seed banks in Sri
Lanka, 13 in Bangladesh and three in India were established. In order to keep the
momentum going and further strengthen community seed banks work in Nepal,
LI-BIRD facilitated the establishment of an Association of Community Seed
Banks of Nepal (ACSBN) together with the National Genebank and Bioversity
International. This paper analyses the various aspects of community seed banks
in Nepal, such as their roles in safeguarding agricultural biodiversity; increasing
access and availability of seed and planting materials; technical, governance
and management aspects; improvement in farmers’ income; development of a
mechanism to sustain community seed banks, and ways to link community seed
banks to the National Genebank. Some issues, challenges and a way forward will
also be discussed.
Community Seed Banks and the Informal Seed System
The majority of farmers in Nepal save some portion of the harvest as seed for
the next planting season or obtain seed from neighbors, relatives and friends
through exchange, purchase or gift (Subedi et al 2003). As it is a dynamic process,
the practice of saving, using and exchanging farm saved seed has undergone
some change. The exchange takes place if the farm saved seed is not enough,
or if farmers want to replace the seed lot of the same variety, or if something
goes wrong with the seed stored at home. While saving seed for the next
planting season, some farmers do careful selection in the field (before the crop
is harvested) to identify the best quality seed. Other farmers select seed after
harvesting. Farmers who do careful selection do not necessarily follow scientific
quality standards, but instead are guided by their own technical and traditional
knowledge and practice. However, it is not known how many farmers do careful
seed selection in the field. This means that, despite the various positive aspects
of farmer seed saving, there is no clarity about the overall quality of the seed
supplied by the informal or farmers’ seed system. Our experience in Nepal shows
that poor quality of farm saved seed is one of the reasons of low crop production
and low productivity leading to food insecurity.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
To address this problem, (formal) seed sector development strategies have
targeted to increase the seed replacement rate (SSR) and increase the share of
the formal seed system (CDD, 2009; MoAD, 2014; SQCC, 2013). Strengthening
and improving the farmers’ seed system through adopting a community-based
approach such as community seed banks, could play an important role to improve
the access to quality seed where the formal seed supply system is not present.
Better quality seed will lead to improved crop production and productivity. A
systematic study is yet to be conducted, but many farmers who use seed from
community banks have reported increased crop yield.
Smallholder Farmers, Farmers’ Seed Systems and Agricultural
Biodiversity
Conservation of agricultural biodiversity is still a new subject for many
organizations and professionals working in the agricultural sector and for
hundreds of thousands of farmers across the globe. Maximizing the benefits
from the small piece of land to meet the family requirement of food and
income is a major challenge for smallholder farmers in developing countries. To
achieve this goal, they constantly look for better options to grow and produce
more from the same piece of land. In this process, previously grown varieties
including local varieties are replaced by new ones. In recent times, this process
has been accelerated by the push of the private sector to use improved varieties
and imported hybrid seed. As a result, many local varieties of major food crops
and vegetables are either being lost from farmer’s fields and communities or
pushed towards the endangered zone. This is a process of loss of agricultural
biodiversity. Community-based approaches, such as community seed banks,
can be promoted to halt the loss of local varieties and offer new diversity to
smallholder farmers.
LI-BIRD’s Approach to Promote Community Seed Banks
Since 2003, LI-BIRD has been involved in promoting community seed banks in
Nepal and in South Asia as an effective approach for on-farm management of
agricultural biodiversity and to provide easy access to diverse types of quality
seed and planting materials (Shrestha et al 2013). A community seed banks is
governed and managed by a farmers’ group, cooperative or organization, mostly
in an informal way. Based on more than 20 years of work on community seed
banks in Nepal, LI-BIRD has demonstrated that community seed banking is a
successful approach. Community seed banks can also promote food sovereignty
given that they provide options to farmers to choose from different types of seed
and planting material depending on the types of land they have and crop varieties
they would like to grow in their home garden and farm. To a certain extent,
community seed banks promoted by LI-BIRD are contributing to enhancing
food and nutrition security, generating local employment, strengthening
local seed systems and improving income and livelihoods of local people. The
drivers of success of LI-BIRD’s approach to community seed banking in Nepal
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
are empowerment of farmers and their organization and the introduction of
innovative sustainability mechanisms.
In order to establish a well-functioning and self-sustained community seed bank,
LI-BIRD follows a ten steps process (Figure 1). The site selection of community
seed bank establishment is very much driven by the nature of the project.
The lessons LI-BIRD has learned is that community seed banks can either be
established in a diversity rich area or in a marginal and vulnerable community.
Diversity rich areas are prioritized for the establishment of community seed banks
to maintain the available diversity of the community and area. Marginal and
vulnerable communities are selected to supply the community with better and
more diverse quality seed and planting material. In order to initiate a community
seed bank, an in-depth discussion is conducted with the community about its
functions and potential. Before making a decision to establish a community seed
bank, both the community and the organization facilitating the establishment of
a community seed bank should realize that a community seed bank is not just a
“simple” project activity, but the creation of a local institution. Since the goal is to
maintain this institution for the long term, sufficient resources and time should
be allocated by both sides. A legally registered farmer group, cooperative or
similar organization is considered a must for initiating a sustainable community
seed bank. Without legal status, obtaining support from local government and
external agencies becomes difficult.
10. Sustainability: Development of
self-financing mechanism
1. Selection of site: Diversity rich, and
vulnerable and marginal community
9. Partnership and collaboration:
Collaboration with local government,
research and extension agencies, and NGOs
8. Capacity building for quality control:
Conduct training on quality seed production,
processing, packaging and marketing
2. Community consultation: Discussion with
community and come into consensus
Steps for establishing a
community seed bank
3. Institutional set up: Identification/formation
of farmers' group, cooperative, organization
4. Capacity building: Conduct training/exposure
visit on community seed banks management
7. Development and implementation of detail
implementation plan: Annual seed production
plan, physical infrastructure and assets
5. Documentation of diversity and knowledge:
Identification of custodians, local crops and
varieties cultivated in the area and surrounding
6. Collection of diversity: Collection of source
seed and passport data
Figure 1. Steps for establishment and management of community seed banks.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Capacity building activities such as training, visits and discussions are organized
for members with regard to community seed bank management, quality seed
production and storage, technical, management, governance and sustainability
aspects. Normally, during the first training, an action plan, implementation
timeline and division of tasks are prepared to move ahead. Implementation of
the action plan prepared during the training gradually leads to the establishment
of the community seed bank. Following the identification and documentation
of the local varieties available in the community with basic information and
traditional knowledge through group discussion, a seed collection plan is
prepared and collection of seeds begins including passport data. Based on
this collection and as per the demand of the local community, an annual seed
production plan is prepared and implemented. At the same time, physical
infrastructure development work is carried out in collaboration with the local
government and other relevant stakeholders. At this stage, on-site training in
quality seed production for community seed bank members is conducted. The
final step is the establishment of a seed fund and a community biodiversity
management fund as self-financing mechanisms. These funds will be described
in more detail in the following pages.
Community Seed Banks Supported by LI-BIRD
In collaboration with local, national and international organizations (government
and non-government), LI-BIRD has supported the establishment of 20 community
seed banks in 16 districts of Nepal from 2003 to 2017 (Table 1). In 2018, LIBIRD planned to initiate an additional three community seed banks (one each in
Bardiya, Kailali and Sindhupalchok districts) and strengthen the capacity of two
existing community seed banks (one each in Bardiya and Kailali districts). Not
all the community seed banks supported by LI-BIRD are in “good shape” - some
are functioning well, some are in process of establishment and some became
dormant after the project was phased out from the area. Five of twenty are
dormant, five are in process and ten are functioning well even after the projects
supporting them were phased out. Our experiences show that community seed
banks with a legal registration led by a strong and a committed leader have higher
levels of ownership by the community. This contributes to their sustainability.
Community seed banks that provide members with economic benefits are
functioning well (Table 2). A self-financing mechanism plays an important role to
sustain a community seed bank.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 1. List of community seed banks supported by LI-BIRD
Year of
establishment
Name and location of community
seed bank
2003
Kachorwa CSB, Bara (1)
2007
Shankarpur CSB, Kanchanpur7;
Gadariya CSB, Kailali7; Belawa CSB,
Bardiya5 (3)
2008
Masuriya CSB, Kailali7; Pathraiya
CSB, Kailali7; Beldandi CSB,
Kanchanpur7 (3)
2009
Tamaphok CSB, Sankhuwasabha1;
Jogimara CSB, Dhading3 (2)
2010
Shivagunj CSB, Jhapa1; Purkot
CSB, Tanahun4; Agyauli CSB,
Nawalparasi4; Sunaulo CSB,
Rampur, Dang5; Ghanteshwor CSB,
Doti7; Talium CSB, Jumla6 (6)
2016
Lahan CSB, Siraha2 (1)
2017
Jugu CSB, Dolakha ; Ghanpokhara
CSB, Lamjung4; Hanku CSB, Jumla6;
Chhipra CSB, Humla6 (4)
2018
Piskar CSB, Sindhupalchok3;
Mohammadpur CSB, Bardiya5;
Joshipur CSB, Kailali7 (3)
2
Collaborating partners of
LI-BIRD for initiating and
strengthening the CSB
NARC, Bioversity
International, IDRC,
SANFEC/USC Canada,
SGP/UNDP/GEF, SDC, IFAD
WTLCP (MoFSC,
UNEP/GEF/UNDP, NARC,
Bioversity International)
WTLCP (MoFSC,
UNEP/GEF/UNDP, NARC,
Bioversity International)
IDRC, Canada; The
Development Fund/NORAD,
Norway
The Development
Fund/NORAD, Norway
CARE Nepal
3
Local Crop Project
(UNEP/GEF, NARC/Genebank,
Bioversity International)
The Development
Fund/NORAD, Norway
Note: The number in superscript denotes the Province number. Number of community seed
banks supported by LI-BIRD by Province: Province 1: 2, Province 2: 2, Province 3: 3, Province 4: 3,
Province 5: 3, Province 6: 3 and Province 7: 7.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 2. Status of community seed banks supported by LI-BIRD
Status
Wellfunctioning
community
seed banks
Name and location of CSB
Kachorwa CSB, Bara;
Tamaphok CSB,
Sankhuwasabha; Shivagunj
CSB, Jhapa; Agyauli CSB,
Nawalparasi; Purkot CSB,
Tanahun; Sunaulo CSB,
Rampur, Dang; Ghanteshwor
CSB, Doti, Belawa CSB,
Bardiya; Masuriya CSB, Kailali;
Shankarpur CSB, Kanchanpur
(10)
Community
seed banks
in progress
Chhipra CSB, Humla; Hanku
CSB, Jumla; Ghanpokhara CSB,
Lamjung; Jugu CSB, Dolakha,
Lahan CSB, Siraha (5)
•
Applied diversity field school (DFS)
approach except in Siraha.
Dormant
community
seed banks
Jogimara CSB, Dhading;
Pathraiya CSB, Kailali;
•
Weak leadership and poor ownership
of community
No initiation of seed production for
marketing
Poor social capital - low level of
cooperation
Low/no support other than limited
project funding
•
Gadariya CSB, Kailali;
Beldandi CSB, Kanchanpur;
Talium CSB, Jumla (5)
Just started
Key drivers of success/failure
• Committed leadership and strong
ownership feeling of community
• CSB members receiving economic
benefits from CSB activity
• Developed functional collaboration
with public, private and CSOs
• Producing seeds in volume and
developed marketing linkages
• Higher level of exposure and capacity
building support
• Development of sustaining
mechanism
Piskar CSB, Sindhupalchok;
Mohammadpur CSB, Bardiya;
Joshipur CSB, Kailali (3)
Safeguarding Agricultural Biodiversity
•
•
None
Among the many activities being carried out by the community seed banks,
conservation of agricultural biodiversity is a core function (Vernooy et al 2014).
Based on available data, 14 community seed banks supported by LI-BIRD have
conserved 1066 local varieties of 62 crop species (Table 3). These community
seed banks have adopted various methods for regenerating seed annually.
While some community seed banks establish and manage collectively diversity
blocks of major crops such as rice and finger millet, the responsibility to produce
seeds of other crop varieties is given to an individual farmers associated with
the community seed bank. Seed producer farmers are selected carefully based
on the interest in and suitability of varieties on their land. At least two to three
farmers are identified for each variety to assure that the return of seed to the
community seed bank after the crop is harvested every year is sufficient.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 3. Conservation of agricultural genetic resources in community seed banks
Name of
No. of
No. of
Province
SN community seed
Major crop species
local crop
local
#
banks
species
varieties
Tamaphok CSB,
Rice, finger millet,
1
1
24
101
Sankhuwasabha
bean
2
3
4
5
6
7
8
9
10
11
12
13
14
Shivagunj CSB,
Jhapa
Kachorwa CSB,
Bara
Lahan CSB,
Siraha
Jugu CSB,
Dolakha
Ghanpokhara
CSB, Lamjung
Purkot CSB,
Tanahun
Agyauli CSB,
Nawalparasi
Sunaulo CSB,
Rampur, Dang
Chhipra CSB,
Humla
Hanku CSB,
Jumla
Ghanteshwor
CSB, Doti
Masuriya CSB,
Kailali
Shankarpur CSB,
Kanchanpur
1
Rice, perennial bean,
cow pea, pulses,
cucurbits, oil seed
26
149
2
Rice, sponge gourd,
pigeon pea
23
115
2
Rice
17
55
3
Rice, finger millet,
bean
10
42
4
Rice, finger millet, fox
tail millet, soy bean
15
74
42
116
24
63
40
84
11
51
20
65
32
69
26
64
8
18
4
4
5
6
6
7
7
7
Rice, finger millet,
maize, rice bean, taro
Rice, perennial bean,
cow pea
Rice, perennial bean,
cow pea
Rice, proso millet,
foxtail millet, bean,
finger millet
Rice, beans, finger
millet, buck wheat
Rice, bean, maize,
wheat, taro
Rice, perennial bean,
cow pea, taro
Rice
Total
1066
Source: Quarterly and annual progress reports. Registers of community seed banks.
Improving Access and Availability of Seeds and Planting Materials
Improving access and availability of farmer preferred diverse seed and planting
material is the second important function of community seed banks. To meet
this objective, community seed banks produce seeds of local varieties conserved
in community seed banks and some improved varieties that have higher demand
in the community. Quantity of seed and the number of crops and varieties to be
included in the seed production depend on local demand and/or the ability of
the community seed bank to market the seed.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community seed banks employ different strategies to produce seeds. While the
seed of some rare local varieties is produced in a diversity block managed by
community seed bank members or a group of farmers collectively, common local
varieties having higher seed demand in the community are produced in farmer’s
fields. In the case of improved varieties, community seed banks normally
collaborate with the district extension office and private seed companies to
obtain source seed. They receive some technical and financial support from the
extension office and company and sell seed to them. Some district extension
offices procure seed from community seed banks for their regular programme.
For instance, the District Agriculture Development Office (DADO) Dang regularly
uses seed produced by the Rampur community seed bank. The DADO Dang then
distributes this seed in the form of minikits (small quantities of seeds of different
crops/varieties). Table 4 shows the quantity of local and improved varieties seed
produced by the community seed banks supported by the CBMSA programme in
Nepal in the last five years.
Table 4. Quantity of seed produced by six community seed banks practicing CBM
(2012-2016)
Year
2012
2013
2014
2015
2016
Quantity of seed produced (Ton)
Local varieties
Improved Varieties
Total quantity
0.2
4.3
4.49
4.4
11.3
15.71
11.1
83.9
95.03
10.0
124.8
134.79
21.7
118.9
140.56
Source: Quarterly and annual progress reports. The data include community seed banks from Shivagunj, Jhapa;
Purkot, Tanahun; Agyauli, Nawalparasi; Rampur, Dang; Ghanteshwor, Doti and Talium, Jumla.
The quantity of seed produced by community seed banks has increased
significantly in the last five years from 4.49 tons in 2012 to 140.56 tons in 2016.
This increase is due to: i) over the years, community seed banks gain confidence
in seed production, handling and marketing; ii) development of physical
infrastructure, such as seed storage, threshing and drying floor, procurement of
small machinery; iii) increased seed demand due to better quality and lower price
compared to other sources and; iv) expansion of the market due to demands
from district extension offices, private seed entrepreneurs and companies, and
NGOs.
The six CBM supported community seed banks have developed a mechanism to
make seed available to local farmers. They normally distribute rare local variety
seed free of cost with the aim to turn them into common varieties. Seed of the
common local varieties and improved varieties is sold. The price of seed sold by
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
a community seed banks always remains below the market price. It is possible
for a community seed bank to sell seed at a lower price compared to other
sources because: i) they are service oriented; ii) the physical infrastructure is
built with external support; iii) operational costs are low given that members are
volunteers and only a few local staff are contracted. These favorable conditions
explain the increase in the number of farmers accessing seed from community
seed banks (Table 5). The decrease in 2016, according to community members,
was due to an increase of seed saving by farmers from their harvest instead of
procuring new seed from the community seed banks. The numbers fluctuate,
because farmers normally do not replace the seed lot every year. They may do so
once every 3-4 years for the self-pollinated crops most of these CSBs coonserve.
Table 5. Number of households obtaining seed from CSBs
Name of
community seed
bank
Shivagunj CSB,
Jhapa
Agyauli CSB,
Nawalparasi
Purkot CSB,
Tanahun
Sunaulo CSB,
Rampur, Dang
Ghanteshwor CSB,
Doti
Talium CSB, Jumla
Total
Number of households obtaining seed from CSB by year*
2011
2013
2014
2015
2016
470
855
1410
1814
1322
98
634
692
1640
1238
23
380
434
1305
717
36
277
1089
1735
1449
54
244
388
554
558
54
293
118
183
2444
4306
7166
5467
681
2012
-
Note: * This includes seed taken on payment basis and free of cost. Source: Quarterly and annual progress
reports.
A community seed bank is an organization of local farmers that regularly produces,
safely stores and distributes seed (the latter includes selling). It contributes to
the enhancement of income generation by seed producer farmers. Adding value
to community seed bank operations is an important mechanism to support the
conservation and access and availability functions of a community seed bank.
Community seed banks in Nepal produce seeds of local and improved varieties
for which each community seed bank has identified and trained a number
of seed producer farmers. Tables 6 and 7 respectively present the number of
farmers involved in seed production and the amount of income they earned by
selling seed to community seed banks.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 6. Number of households involved in seed production for community seed
banks (2012-201
Name of CSB site
Shivagunj, Jhapa
Rampur, Dang
Ghanteshwor, Doti
Talium, Jumla
Purkot, Tanahun
Agyauli, Nawalparasi
Total
Number of farmers involved in seed production by year
2012
2013
2014
2015
2016
13
39
63
82
118
18
35
71
53
70
27
106
95
71
10
11
15
18
20
74
58
61
47
41
112
329
306
279
Table 7. Summary of the amount of income earned by farmers through seed
production for CSBs (2012-2016)
Name of CSB site
Shivagunj, Jhapa
Purkot, Tanahun
Rampur, Dang
Ghanteshwor, Doti
Talium, Jumla
Agyauli,
Nawalparasi
Total (NPR)
Total (USD)
2012
39,275
NA
109,100
NA
36,300
Amount of income (NPR) by year
2013
2014
2015
97,220
758,342
975,860
NA
41,807
251,608
476,105
603,059
764,419
68,484
563,270
533,145
40,000
65,500
84,000
2016
950,278
482,936
1,533,741
1,870,711
301,500
NA
NA
NA
NA
1,171,939
184,675
1,846.75
681,809
6,818.09
2,031,978
20,319.78
2,609,031
26,090.31
6,311,105
63,111.05
Note: 1 USD= NPR 100
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
The Clients of Seed Produced by Community Seed Banks
Community seed banks primarily produce seeds to meet the local need.
However, there are opportunities to produce and market larger quantities
beyond the community. Some of the community seed banks supported by LIBIRD have developed good collaboration with some seed companies, district
extension offices and private seed entrepreneurs. They all reap benefits. While
some seed companies and district extension offices provide source seed for seed
production, they also buy back the seed produced by community seed banks.
Out of 10 well-functioning community seed banks, five community seed banks,
namely Shivagunj, Agyauli, Purkot, Rampur and Ghanteshwor, are involved in
seed business beyond the community. Of the total quantity of seed sold by these
five community seed banks in 2017, 38% was procured by individual farmers, 40%
by seed companies and private seed entrepreneurs, 19% by district extension
agencies and 3% by I/NGOs (Table 8).
Table 8. Users of seed produced by community seed banks in 2017
Buyers/
Clients
Quantity of seed sold by CSB (Kg)
Rampur
CSB,
Dang
Shivagunj
CSB,
Jhapa
Agyauli
CSB,
Nawalparasi
3,650
23,937
3,755
8,048
14,345
10,000
DADO
7,835
560
I/NGOS
2,289
Total (Kg)
21,822
Individual
farmers
Private
seed
companies
Ghanteshwor
CSB,
Doti
Purkot
CSB,
Tanahun
Total
56
34,478
(38%)
3,331
-
35,724
(40%)
-
1,513
7,035
16,943
(19%)
-
4
560
-
2,853
(3%)
38,842
13,759
8,483
7,091
89,997
(100%)
Strengthening Farmers’ Seed Systems
3,080
The contribution of farmers’ seed systems accounts for more than 80% of
the total seed requirement in Nepal (SQCC 2018). Some interventions of
Government of Nepal, such as the District Seed Self Sufficiency Programme
(DISPRO) implemented by the DoA and the Community-based Seed Production
programme (CBSP) and Community Seed Enterprises (CSE) programme
supported by I/NGOs, have played significant roles in promoting and supporting
farmers’ seed systems. Research stations managed by NARC and farms under
DoA also contribute in a positive way by providing local farmers direct access to
seed although in limited quantity. These programmes produce mainly seed of
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
improved varieties. Community seed banks offer seed of locally adapted diverse
types of improved and local varieties and planting material to farmers. Seed of
local varieties is not available from government farms and seed companies.
Experience indicates that the community seed bank approach is evolving as a
mechanism to bridge the formal and farmer’s seed supply systems. Community
seed banks not only identify, document and promote conservation activities of
local genetic resources, but also work closely with district extension offices to
obtain source seed of improved varieties and technical and financial support for
seed production activities. Community seed banks conduct their seed production
and conservation activities in farmer’s fields. Because of this feature, promising
farmer preferred varieties can easily be disseminated from a few farmers to many
within a few years. The easy access mechanism of a community seed bank and
related promotional activities with regard to conservation further accelerates
farmer to farmer dissemination.
Seed Quality Control Mechanism and Technologies in Use
Community seed banks are managed by a legitimate farmer organization
registered at the District Administration Office (DAO) or as a cooperative at the
Divisional Cooperative Office. The farmer organization that operates a community
seed bank has obtained permission for seed production and sales from DADO
as per the government policy. In addition, they obtained a Personal Account
Number (PAN) from the Inland Revenue Department in the respective district
head offices. These are some of the legal requirements that need to be fulfilled
to operate a seed business. In the last six years, LI-BIRD has trained a few capable
local resource persons in each site. The farmer organizations have recruited
them as regular staff to look after the community seed bank management and
other day-to-day activities.
Seed quality determines the success and failure of any seed business including
community seed banks. In order to maintain the seed quality produced and
distributed by the community seed banks supported by the CBMSA programme
in Nepal, a number of mechanisms were developed and modern seed storage
technologies introduced.
The production of quality seed depends on good quality source seed, good field
management practices and safe handling of threshing, cleaning and drying.
While the source seed of local varieties is carefully selected in a diversity block or
in a farmer’s field, source seed of improved varieties is obtained from Regional
Agriculture Research Station (RARS) farms through DADO or directly from the
Stations. Seed production activities of both local and improved varieties are
conducted mainly by the trained farmers or custodians of local varieties. Each
year, a few hours of practical training are conducted before providing source seed
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
to the seed producer farmers covering agronomic practices, roughing and other
issues related to maintaining good quality. Mistakes made in the past season
or year are reviewed as well. In the case of high volume seed production, a
community seed banks develops a seed business plan that includes a calculation
of the cost of seed production, including storage, handling, packaging and
marketing. It also includes a market assessment. In some cases, a community
seed bank signs a contract with a large volume buyer or buyers. This preparatory
process helps to produce what is in demand and prevents selling seed as grain
at a lower price.
Proper seed storage technology is equally important to maintain good seed
quality. Initially, traditional seed storage practices were used for storing seed in
the community seed banks (Shrestha et al 2006), but later it was realized that
there are important differences between the indoor environment of a farmhouse
and a community seed bank facility. Traditionally, farmers hang maize cobs for
seed above the fireplace and put other seed storage structures on the first floor.
Because of the fire and smoke development inside the farmhouse, the in-house
environment becomes dry and less humid. Seed stored in this traditional way
remains safe for a season or longer. Farmers usually check, clean and re-dry
seeds at home on a regular basis. This practice cannot be used in the same way
in a community seed bank. Learning from some initial mistakes, LI-BIRD explored
and identified the latest seed storage technologies, such as airtight plastic pots,
Perdue Improved Crop Storage (PICS) bags for storing seeds, the use of zeolite
beads that absorb excess seed moisture, and hydrian or humidicator paper which
indicates if seed is dried enough or not (Figure 2). Use of these technologies has
become very handy for seed curation of community seed banks.
Figure 2. Hydrian paper (left) and PICS bag (right).
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Knowledge Documentation and Information Management
Community seed banks supported by the CBMSA programme have maintained a
number of registers related to knowledge and information of local varieties and
seed transactions. Such types of documentation, including through a community
biodiversity register (CBR), which is an inventory of crop species and varieties
and associated information and traditional knowledge (Subedi et al 2006), were
already introduced before decisions were made to establish the community seed
banks. The community biodiversity registers were actually used to make this
decision and were useful to identify/locate custodians to collect source seed.
All the community seed banks have maintained crop passport data registered
in a standard format of all local varieties conserved. This helps to trace back
the source material when required. In addition, the community seed banks keep
records of seed production, maintain a seed stock book and a seed distribution
and sales book using a standard format.
The Self-Financing Model
The most important challenge that community seed banks around the world
face is probably their sustainability. In most cases, community seed banks have
been established or are established with the financial and technical support
from a non-government organization (NGO) that in turn often depends on
funding support from one or more donor agencies. Community seed banks
usually function well until their support dries up. This happens because to a large
extent community seed banks are set up as a regular project activity. However,
a well-functioning community seed bank is not a time and resources bound
projects. Establishment of a community seed bank implies creating a community
institution or system that operates for a long time. Time, effort and resources
should be allocated accordingly.
LI-BIRD has addressed the sustainability challenge of community seed banks
under the CBMSA programme by creating a self-financing model (Figure 3; Table
9). In this model, a strong farmer organization with a solid membership base
and registered as a legal entity, is the foundation of a community seed bank.
To make a community seed bank self-financing two financial mechanisms are
used: i) community biodiversity management (CBM) fund and ii) seed fund.
The community biodiversity management fund is mobilized as a collateral free
loan, but with a lower interest rate compared to other sources. This fund is used
among the members of the organization to conduct household level economic
activities, such as vegetable farming, seed production, cattle and small animal
raising, operating a small grocery shop etc (Shrestha et al 2012). This mechanism
enhances access of smallholder farmers to financial resources in support of
their livelihoods. This fund generates some income in the form of interest on
a regular basis, which is used to cover the administrative costs of the farmer
organization. At least 20% of the total amount of interest generated is used for
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
purchasing local seed produced by the seed producer members or custodians of
the community seed banks. Some portion of interest gained is added to the total
of the CBM fund (Table 9).
Table 9. The amount of CBM fund in some CSBs during its initiation and at the end of
2018
Amount of CBM fund
Amount of seed fund
Name of CSB
(USD)
(USD)
Initial
As of Dec.
Initial
As of Dec.
amount
2018
amount
2018
Kachorwa CSB, Bara
750
12,339
5,000
3,087
Shivagunj CSB, Jhapa
400
14,870
5,000
13,800
Agyauli CSB, Nawalparasi
400
9,314
5,000
6,957
Purkot CSB, Tanahun
Sunaulo CSB, Rampur,
Dang
Ghanteshwor CSB, Doti
400
18,652
3000
3,913
400
11,304
5,000
7,391
400
6,956
3,000
5,652
Note: 1 USD=NPR 100 and 115 has been used for conversion of the initial amount and the amount
as of December 2018 respectively.
The objective of establishing the second funding mechanism, the seed fund, is
to provide community seed banks with the means to deal with a large volume
of seed, run a business and earn some income. Community seed banks use this
fund to purchase seed from the seed producer farmers immediately after the
crop is harvested. Seed is then dried and stored until the next planting season.
After seed is sold, the money goes back into the account. Some portion of the
profit is used for paying salary of staff and to cover other operating costs of the
farmer organization and to maintain diversity block and community seed bank.
Unspent money is added to the seed fund so it continues increasing every year.
Community Seed Bank
Capital for
transaction of
seed in
volume
Profit
Interest
Mobilized as loan
and interest is used
for conducting seed
production of rare,
unique local vars.
and maintain
diversity blocks
CBM Fund
Approx. $10,000
Seed Fund
Approx. $5000
Farmers' Organization
Figure 3. A self-financing mode of community seed banks practiced in Nepal
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 10. Some other steps taken to empower farmers’ organizations operating
community seed banks for their sustainability
Name of CSB
Legal entity
obtained
Indicative sustainability parameters
Membership base
Partnership and collaboration
Funding from DADO for rice
diversity block available
regularly
Funding from DADO for diversity
block of various crops available
regularly
Shivagunj CSB,
Jhapa
Registered at
DAO
1087 households
organized in 23 groups
Purkot CSB,
Tanahun
Registered at
DAO
992 households
organized in 23 groups
Agyauli CSB,
Nawalparasi
Registered at
DAO
879 households
organized in 38 groups
At the preliminary stage of
establishing relationship with
DADO and the Municipality
Rampur CSB,
Dang
Registered as a
cooperative
604 households
organized in 26 groups
Closely working with DADO and
private seed entrepreneurs
Ghanteshwor
CSB, Doti
Registered as a
cooperative
396 households
organized in 17 groups
Closely working with DADO, a
private seed company and seed
entrepreneurs
DAO= District Administration Office
In the last fifteen years, one of the main lessons learned by LI-BIRD to operate
a community seed bank successfully is the need for empowerment of the
farmer organization operating the community seed banks in legal, social and
economic terms. Other key components of sustainability include human capital
development (awareness raising, educational development, self-realization) and
physical capital development.
Community Seed Banks in Times of Crisis
A community seed bank is not only a living repository of agricultural genetic
resources, but also a back-up of seeds and planting materials for the community.
If something goes wrong with the seed kept in a household, people can easily
access seed from the community seed bank. Community seed banks have great
potential to supply seed in times of crisis, such as when drought, flood, hurricane,
fire or earthquake hit an area. One recent example of such a crisis was when
Nepal was severely hit by a series of earthquakes in 2015. Three community seed
banks stepped in to supply seeds to the earthquake affected area in a unique
humanitarian manner. Community seed banks of Agyauli, Nawalparasi; Rampur,
Dang and Purkot, Tanahun were able to provide 9875 kg rice seeds of different
varieties to three earthquake affected districts, namely Gorkha, Lamjung and
Tanahun. This seed was distributed to 1807 earthquake affected households
who had lost their seed due to the earthquake. One important lesson learned
from this case is that community seed bank structures should be disaster proof
and have a mechanism to keep some quantity of seed in reserve for use in times
of crisis.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Linking Community Seed Banks with the National Genebank
It is generally believed that in-situ/on farm conservation and ex-situ conservation
should complement each other. However, only a hand full of references can be
found regarding the effective collaboration between these two conservation
strategies (Shrestha & Sthapit, 2014). The CBMSA programme made an attempt
to bridge this gap in Nepal by facilitating and organizing an event in which 17
community seed banks from 12 districts handed over 916 accessions of 62
crop species to the National Genebank located in Khumaltar, Lalitpur, for long
term storage. The then chief of the National Gene Bank, Mr. Madan Raj Bhatta,
received seed samples along with passport data from the representatives of
the 17 community seed banks on 29 December 2014 in the Agyauli community
seed bank, Nawalparasi. An additional 105 accessions were sent in 2015 for
the same purpose (Table 11). In return, the National Genebank provided 101
rice accessions to the Agyauli community seed bank for regeneration in 2015.
The National Genebank reported that they received back a very good amount
of regenerated seed from the community seed bank compared to other seed
sources. National Genebank expertise was used to train members of community
seed banks in the community and at the National Genebank facilities.
Table 11. Summary of crop species and varieties sent to the National Genebank for
ex-situ conservation in 2014 and 2015
SN
Name of CSBs or community
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Shivagunj CSB, Jhapa
Purkot CSB, Tanahun
Kachorwa CSB, Bara
Pathraiya CSB, Kailali
Sunaulo CSB, Rampur, Dang
Tamaphok CSB, Sankhuwasabha
Agyauli CSB, Nawalparasi
Ghanteshwor CSB, Doti
Ratanchura, Sindhuli
Jogimara CSB, Dhading
Ranibas CSB, Sindhuli
Talium CSB, Jumla
Kunjo, Mustang
Shankarpur CSB, Kanchanpur
Beldandi CSB, Kanchanpur
Masiruya CSB, Kailali
Belawa CSB, Bardiya
Total
Number of species and varieties
sent to the National Genebank
Varieties/
Species
accessions
21
147
34
120
23
115
30
108
40
89
24
77
25
60
19
54
24
49
19
48
21
34
16
32
16
23
8
23
17
22
6
14
6
6
1021
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Tailor Made Training/Capacity Building
LI-BIRD is not only facilitating the establishment of community seed banks in
its working area, but also providing technical and training facilitation support
to other organizations in Nepal and in South Asia. LI-BIRD considers this an
opportunity to disseminate the community seed banks approach in the country
and in the region. From 2014 to 2018, LI-BIRD facilitated twelve training events
on community seed banks of one to five days duration (Table 12) in which 277
farmers and NGO staff participated.
Table 12. Summary of training on community seed banks facilitated by LI-BIRD
Year/
Organization/programme
No. of
SN
Duration Participants
Month
organizing training
participants
1
Dec 2018
SAHAS Nepal
26
4 days
2
Nov 2018
NESFAS, Meghalaya, India
38
4 days
3
Nov 2018
Peace Corp Nepal
38
half a day
4
Nov 2017
HomeNet Nepal
25
3 days
5
Oct 2016
BBP Pariwar, Kavrepalanchok
25
3 days
6
May 2016
20
3 days
7
Feb 2016
20
3 days
8
Jan 2016
20
3 days
9
Apr 2015
Action Aid Nepal, Nepalgunj
20
5 days
10
Jun 2015
Action Aid Nepal, Biratnagar
20
5 days
11
Aug 2014
Peace Corp Nepal
5
1 day
12
Nov 2017
HomeNet Nepal
25
2
LCP project (LI-BIRD/
NARC/Bioversity)
NFGF, Sindhupalchok,
Kavrepalanchok and Dolakha
RtF Project (LI-BIRD, SAHAS
Nepal, CARE Nepal)
Total participants
277
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Staff and
community
members
Staff,
partners and
community
members
Peace Corp
volunteers
and Extension
officers from
GoN
Farmers and
staff
Farmers and
staff
Farmers and
staff
Farmers and
staff
Farmers and
staff
Farmers and
staff
Farmers and
staff
Cooperative
members
Staff and
community
members
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
The duration of the training depends on the demand made by the partner
organization. Following the training, most of the participants became involved
in establishing in managing community seed banks. Some example includes
participants from Action Aid Nepal, HomeNet Nepal and the NESFAS.
Some Issues and Challenges
Community seed banks in Nepal are making progress. The number of community
seed banks in Nepal is growing and innovations, knowledge generation and
quality improvement are taking place. As a result of the continuous involvement
of a number of organizations to promote community seed banks, including the
government of Nepal and the National Genebank, community seed banks are
known to many international organizations and represented in many forums.
These are some of the positive developments, but there are also a number of
issues and challenges that need to be addressed by the organizations working
on this agenda.
Despite more than 20 years of implementation of community seed banks in Nepal,
in-depth scientific study of the impact of community seed banks on conservation,
food security, income and livelihood improvement, is lacking. Official registration
and recognition of community seed banks remain on the agenda. The claim
made that community seed banks in Nepal have conserved more than 1000
local varieties of 62 crops species needs further explanation. More detailed
characterization, assessment and evaluation are needed. Capacity to carry out
these tasks is limited. More than 1000 seed samples conserved by community
seed banks that were sent to the National Genebank for ex situ conservation
have yet to receive their permanent accession number (PAN). Some community
seed banks have stopped regenerating seed every year thinking that they can
bring back the seed from the National Genebank at any time if something goes
wrong in the community seed bank. This may or may not be the case.
In general, due to lack of incentives, smallholder farmers are not very interested
in using and conserving landraces. This is a reality. Government mechanism must
support conservation work so that farmers can continue growing landraces.
Community seed banks have a conservation interest and are maintaining
diversity blocks. However, some community seed banks lack resources to do
this work properly. A technical issue that community seed banks have to deal
with is to maintain genetic purity of seed of cross-pollinated crops. Right now,
they are not in the stage of applying netting or other isolation technologies. An
increasingly important challenge is to link local food made of local varieties to
the market so that farmers and custodians will be able to generate some income
and be motivated to cultivate local varieties promoted by community seed
banks. Another task on the agenda is the creation and maintenance of a central
database with information about all the community seed banks.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Conclusion and Way Forward
Community seed banks are not only about seed conservation, but they equally
contribute to improve food security, income and employment at local level. It
is a successful approach for promoting conservation and sustainable utilization
of plant genetic resources for food and agriculture, providing access to quality
seed at local level and strengthening local seed systems. A community seed
bank is a reservoir for climate stress tolerant crops and varieties, but a thorough
assessment of the local varieties conserved by community seed banks with
such characteristics is essential. Community seed banks are a platform for
social learning and sharing and have enormous potential to scale activities and
benefits to a large number of farming households. They can be very effective in
times of crisis, such as when earthquake, flooding, drought or famine happens.
A strong supportive policy environment and more focused research and funding
support are needed to fully realize their potential. Organizations and individuals
interested in community seed banks should be aware that managing a community
seed bank is more than a project activity. It requires adequate attention by its
actors and stakeholders and adequate resource allocation (time, effort, money).
A short-term involvement of I/NGOs and communities is not enough to maintain
valuable agrobiodiversity on-farm and in its natural habitat. A regular programme
and strong support from the formal sector are a must.
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in Bara district of Nepal. In B. Sthapit, M. P. Upadhyay, P. K. Shrestha, & D. Jarvis
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Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
A Novel Approach for Implementing Community Seed Banks
in the Mountain Area of Nepal
Bharat Bhandari1, Niranjan Pudasaini1, Rita Gurung1, Devendra Gauchan2,
Pitambar Shrestha1, Krishna Hari Ghimire3 and Bal Krishna Joshi3
Local Initiatives for Biodiversity, Research and Development (LI-BIRD), Pokhara; @:
bbhandari@libird.org; NP <niranjan.pudasaini@libird.org>; RG <rgurung@libird.org>
PS <pitambar@libird.org>
2
Bioversity International, Kathmandu, Nepal; <d.gauchan@cgiar.org>
3
National Agriculture Genetic Resources Center, NARC, Khumaltar, Lalitpur;
KHG <krishnahari.ghimire@yahoo.com>, BKJ <joshibalak@yahoo.com>
1
Jugu Community Seed Bank in Dolakha District, Photo: Niranjan Pudasaini, LI-BIRD
Abstract
Community seed bank (CSB) is one of the approaches successfully applied in Nepal
and globally for conservation and use of local crop diversity for food and agriculture.
However, there are only a few success examples of CSBs in high mountain areas of Nepal,
particularly focusing on traditional underutilized crops. This chapter aims to present the
modality and experiences of implementing community seed banks in mountain districts,
namely, Humla, Jumla, Lamjung and Dolakha, by the UNEP GEF Local Crop Project (LCP)
jointly implemented by Bioversity International, NAGRC, DoA and LI-BIRD. The project was
implemented in 2014 in Nepal for providing diversity rich solutions and mainstreaming
the conservation and use of local agricultural biodiversity in the mountain agricultural
production landscapes. The LCP adopted Diversity Field School (DFS) approach to
sensitize and mobilize communities about the importance of local crop genetic resources,
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
paving way in realizing the need of CSB and its institutionalization. DFS approach has
been found effective to identify and mobilize custodians of agrobiodiversity, promote
good practices such as participatory variety selection, grass-roots breeding, food fairs
and promote farmer- to-farmer learning and sharing as a part of local capacity building
processes. DFS approach has empowered women farmers to take leadership roles in
managing community seed banks. The project engaged local governments (Palikas) from
the beginning to make them realize the vital need of CSBs, strengthen local seed systems
as a mechanism to increase access to quality seeds of traditional and underutilized crop
species. It has resulted a positive outcome to develop ownership on institutionalizing
CSB in local agriculture development plans and providing significant amount of financial
resources and material support to establish and sustain CSBs in LCP sites. In remote
high mountain areas, where seed business opportunity is limited; engagement of and
ownership of local government is crucial to sustain CSBs.
Keywords: Conservation, diversity field school, high mountains, local government,
traditional underutilized crops
Introduction
The world´s food basket today is shrinking at an alarming rate and what is most
concerning is the reduction in the number of crop species and varieties used
by humankind for food and nutrition security. This has become a serious issue
for the food diversity and sustainability of food systems of the world today
and in the future. Genetic erosion of traditional crop varieties is taking place in
many communities due to lack of awareness and knowledge about their food
and non-food values, technological interventions promoting mono-cultures and
mechanization, easy access to hybrids seed, loss of traditional culture and food
systems and frequent natural disasters like floods and drought.
Various participatory approaches, methodologies and tools have been developed
to promote on-farm conservation of plant genetic resources and increase local
seed security in various parts of the world. Community seed bank (CSB) is one
of the concepts developed and promoted globally for on-farm conservation
and utilization of local plant genetic resources and associated traditional
knowledge, and to halt the process of rapid loss of genetic resources from the
local production systems. CSB approach is in practice since the early 1990s and
continue to emerge in different parts of the world in response to concerns about
the gradual loss of biological diversity in agricultural systems, the loss of seeds
by natural disasters and the demands of farmers to participate in locally driven
diversity management strategies (Vernooy 2013). It is operated at local level,
managed by a community and involves the processes of production, collection,
storage, distribution (exchange, loan, grant) and marketing of locally important
plant genetic resources (Joshi 2013). It aims to strengthen seed security through
improving access to seeds, empowering farming communities to increase
their stakes over seeds and planting materials and facilitate access and benefit
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sharing of plant genetic resources (Shrestha et al 2013; Gauchan et al 2018). CSB
therefore is a holistic and community-led approach in which farmers and their
local institutions are involved in collection, storage, exchange, distribution and
maintenance of local crop seeds and manage information system locally.
In recent years, CSBs have been portrayed as an effective mechanism to
realize farmers’ rights on seeds by conservation scientists, supporting the
implementation of provisions of the International Treaty on Plant Genetic
Resources for Food and Agriculture. CSBs can promote food sovereignty and
help adapting agriculture to climate change (Development Fund 2011, Vernooy
et al 2014). CSBs offer diverse and locally adapted seeds and planting materials
to farmers and therefore play important roles in strengthening farmer’s seed
systems at the local level in developing countries like Nepal.
CSB is one of the community-based approaches successfully applied In Nepal
and globally for conservation and promotion of crop diversity for food and
agriculture. However, there are only a few successful examples of CSBs in high
mountain areas of Nepal that conserve and promote the utilization of traditional
and underutilized crop varieties. In this context, this chapter aims to propose a
specific strategy and approach adopted by the Nepal UNEP GEF Local Crop Project
(LCP) to establish and sustain CSBs that promote conservation and utilization of
traditional underutilized crops in remote high mountain areas. In these areas
there are limited income opportunities for CSBs as seed enterprises compared
to market accessible hills and Tarai landscapes. The chapters also highlights the
benefits of the Diversity Field School (DFS) approach and the Community based
Biodiversity Management (CBM) fund for operationalizing and sustaining CSBs
and paving the way to satisfy the needs of CSBs and their institutionalization.
Importance of Community Seed Banks in the Mountain Areas
In the mountain areas of Nepal, traditional crop varieties are an important source
of food and nutrition as they are rich in nutrition, resistant to disease-pest and
better adapted to climate stresses, such as drought and cold. However, the area
and production of underutilized traditional crops are declining due to multiple
factors, such as increased road connectivity, access to improved crop varieties,
youth out-migration, change in food habits and climate change. Despite unique
adaptive traits and qualities, most of the traditional crop varieties have been
neglected or underutilized by the national agricultural research and extension
systems. In remote mountain districts of western Nepal, frequent drought has
been reported that causes severe food shortage due to lack of sufficient and
timely rainfall to grow and harvest crops. This has also resulted in shortage of
locally adapted seeds and planting material for the next season, since farm saved
seed is the only source of seed in such risk-prone mountain regions for most of the
traditional crops. Therefore, the need of timely access to locally adapted seeds is
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important in the inaccessible risk-prone mountain areas where the informal seed
system fulfills more than 95% of seed requirement. In this scenario, community
seed bank has been considered a sound approach for conserving and utilizing
local plant genetic resources of traditional crop varieties for the benefits of local
communities, while strengthening farmer seed systems and creating awareness
about the importance of agricultural plant genetic resources (APGRs) for making
our farming system resilience and sustainable.
The Local Crop Project (LCP) was implemented to fulfill the gaps in research and
development of important traditional underutilized mountain crops aiming to
provide diversity rich solutions and mainstream the conservation and use of local
agricultural biodiversity in the mountain agricultural production landscapes. The
project included eight traditional underutilized crops that are nutrient dense,
climate resilient and indigenous to the Nepal mountains. These crops are
amaranth (Amaranthus hypochondriacus, A. caudatus and A. cruentus), barley
and naked barley (Hordeum vulgare and H. vulgare var. nudum), common bean
(Phaseolus vulgaris), buckwheat (Fagopyrum esculentum and F. tataricum), finger
millet (Eleusine coracana), foxtail millet (Setaria italica), proso millet (Panicum
miliaceum) and cold tolerant rice (Oryza sativa). The project has implemented
CSB as one of the key interventions to build local capacity of farmers and
community-based organizations (CBOs) for strengthening farmers seed systems,
conserving traditional crops and supporting livelihoods of smallholder farmers.
Community Seed Banks Implementation Modality of the Local Crop
Project
There are a number of steps suggested to follow while establishing and
operationalizing CSB in Nepal. In most cases, CSBs are planned to be established
as part of project activities to be accomplished within a limited period. Often,
there is inadequate understanding of the community context and their willingness
to run a CSB. This might be the reason of the poor functioning of some CSBs.
CSBs established in more accessible areas of Nepal have income opportunities
to sustain CSBs from seed enterprising, but CSBs in high mountain areas have
limitations to generate significant income from seed business, mainly due to
poor infrastructure and weak market opportunities. However, there is greater
need of CSBs to conserve and make availability of locally adapted nutrient rich
traditional crops to increase production and productivity in mountain areas,
where there are limited alternatives for access to quality seeds from external
sources.
The project adopted a different strategy to establish and sustain CSBs in remote
mountain areas focusing on awareness raising and mobilization of communities
and local government and non-government stakeholders about the need of a
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CSB for sustainable food systems and livelihoods. Diversity Field School (DFS)
has been identified as a first step to discuss about a CSB among farmers and
make them realize the importance of a CSB. This then paves the way to prepare
communities for CSB establishment, management and institutionalization in LCP
sites as illustrated in Figure 1.
Figure 1. Community seed bank implementation steps adopted by LCP.
This is followed by identification and mobilization of community-based
institutions and agrobiodiversity custodians, development of their skills and
knowledge in agrobiodiversity conservation, promotion of good practices, such as
participatory variety selection, grass-roots breeding, diversity cum food fairs and
the promotion of participatory seed exchanges and farmer-to-farmer learning
and sharing as part of community seed bank operations. These activities are
vital for continued conservation and increased local access to quality seeds of
traditional underutilized crops. The project has also established and implemented
a Community Biodiversity Management (CBM) fund as a self-financing model by
linking with group credits and saving schemes for sustainability of the community
seed banks. In addition, the project emphasized to build a functional partnership
between project team members, communities and the local governments from
the very beginning of the CSB process with the aim to develop strong sense of
ownership of the local government and integrate CSB in the local agricultural
development plans. This facilitated generation of resources and strengthened
the operationalization of CSBs. It can sustain CSBs in remote mountain areas
where limited alternative income and business opportunities exist to sustain on
its own mechanism.
Diversity Field School
Diversity field school is one of the evolving concepts applied in the LCP for the first
time in Nepal building on insights of Farmers Field School (FFS), Diversity Field
Flora (DFF) and Community based Biodiversity Management (CBM) approaches.
DFS is defined as a community centered learning and action platform where
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farmers participate to understand the value of biodiversity, manage agriculture
plant genetic resources (APGR) by practicing various diversity management
methods and tools and sustain successful initiatives through collective
community actions. It is based on four key elements: a) participatory and holistic
approach on managing agricultural biodiversity for food and nutrition security;
b) valuing farmer’s knowledge, experience and their involvement in decision
making process; c) promoting farmer- to-farmer learning and sharing as a part
of local capacity building process; and d) customization of the actions as per the
local context. DFS has suggested a framework curriculum which is based on the
concepts of To Know, To Do and To Sustain, as illustrated in Figure 2.
Figure 2. Diversity field school modules, themes and expected outcomes.
It is recommended to complete module 1 of the DFS curricula before
establishing a CSB, which will be the integral part of module 2. DFS module 3
focuses on empowering CSBs and communities by building technical, financial
capacity, leaderships, networks and partnerships with public and private sector
stakeholders including local governments.
The project used DFS as an effective tool to sensitize communities, particularly
women, identify custodian farmers (agrobiodiversity rich farmers) and bring
them together for planning, implementation and management of CSBs with
a strong sense of conservation and promotion of locally grown important
traditional crops varieties. Besides these, DFS forum is used to test and transfer
farmer friendly tools and technologies and to document farmer’s knowledge for
research purposes. From July 2015 until 30 June 2018, a total of 84 DFS classes
were held in four project sites involving about 100 farmers (20-25 farmers per
site). Among regular DFS participants, 65% were women members in LCP sites,
indicating that DFS is effective to motivate women farmers to carry out local
crop conservation, take on CSB management roles and diversify home gardens.
As feminization in rural agriculture systems is a major issue in the context of
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male outmigration (Gartaula et al 2010, Devkota et al 2016), DFS can be a useful
approach to mobilize and train female farmers in a changed socio-economic
context.
Partnership and Collaboration
Conservation, utilization and promotion of APGR are of great significance to
local food and nutrition security and income opportunities. This implies that
each and every concerned agency has an important role to play in this process.
Engagement of key stakeholders in the process of CSB establishment and defining
its operational modality is critical for ownership. The Local Crop Project itself is a
result of joint collaboration between international, national non-governmental,
government research institutions and extension agency as well as communitybased organizations of the local area. The sphere of collaboration of community
seed bank developed in the LCP sites is presented in Figure 3.
Figure 3. Sphere of collaboration of community seed bank developed in the LCP sites.
The project has invested in bringing key stakeholders, especially local
government, district line agencies and organizations working in agriculture on
board from the very beginning by ensuring their participation in key processes of
CSB establishment, eg organizing seed fairs and seed production. In addition, the
project has been engaging local seed shops, private seed companies and seed
dealers through discussion, exposure visits and linkages to CSBs for sale of seeds
of potential local landraces. Lately, CSBs have been coordinating with respective
local governments (Rural Municipalities) for integrating CSB plans for promoting
traditional crop into local policy, plans and programs. Local governments now
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
have significant power and authority to make policies, plans and allocate
resources. During the process, CSBs have gained recognition. This is helpful to
mainstream the project initiative in the local government system.
The project has initiated work towards establishing a seed value chain by
developing CSBs as local resource centers for accessing quality seeds and locally
developed local crop products, in coordination with local agro-entrepreneurs (eg
Humla), organic shops and concerned rural municipalities. Apart from this, the
project has supported CSBs to connect to the Association of Community Seed
Banks in Nepal (ACSBN), the network that was established for collective learning,
sharing of experiences and bringing the CSBs agenda into policy discussions.
This can facilitate the recognition and participation of CSBs in decision making
processes, to discuss issues of farmers’ rights and access and benefit sharing
of local genetic resources conserved and maintained by local community seed
banks (Gauchan et al 2018).
Operations and Management
CSBs in LCP sites are managed and operated by community institutions established
as a cooperative or farmer group. A large number of farming households (with
significant numbers of women farmers involved) implements a community
biodiversity management (CBM) trust fund (Table 1). These local institutions
have formed a separate CSB management committee consisting of custodian
farmers, both men and women. DFS is an integral part of the functioning of CSBs.
Most of the DFS members are engaged in production, exchange and management
of seeds of traditional crops. The role of community institutions is to provide
overall leadership of CSB operations and fund management, building linkages,
coordinating partnerships with public and private sectors to enhance local
capacity, leverage resources, and sell seeds. The project is promoting women
leadership given that women are the de-facto managers of seeds and planting
materials in households and are playing a crucial role in sustaining family farming
in the current context of increasing out-migration of men to foreign countries
(Gartaula et al 2010).
These CSBs have established and manage a community biodiversity management
(CBM) trust fund of NPR 1.2 million for supporting seed production, collection,
management and other regular CSB activities. The CBM trust fund also provides
small credit support to the most needy and vulnerable farm households for
conducting income generating activities and for the conservation of rare and
unique local crop genetic resources.
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Table 1. Summary of members and the trust fund managed by CSB in LCP sites.
Site
CBM
trust fund
Members
Name of local institution
operating CSB
Female
Male
Total
(NPR)
Chhipra, Humla
Karnali Agriculture
Cooperative Limited
68
66
134
350,000
Hanku, Jumla
Shree Dhauligaad
Agriculture Biodiversity
Conservation Group
57
19
76
300,000
Ghanpokhara,
Lamjung
Ghanpokhara Seed
Production and
Conservation Farmers
Group
15
40
55
315,000
Jungu, Dolakha
Himchuli Multipurpose
Cooperative Limited
45
41
86
300,000
185
166
351
Total
1,215,000
CSB activities, such as seed production and fund mobilization, have provided
direct incentives to CSB members through increasing access to quality seeds
and small financial capital locally and giving additional earning opportunities for
growers from the sale of seeds. In 2017, four CSBs in LCP sites produced 4.8 tons
seeds of 32 varieties of 10 crops species involving 166 farmers in total (Figure
4). Some sites produced a relatively large number of crop varieties of more crop
species, such as Dolakha and Humla as compared to Jumla and Dolakha. These
CSBs are emphasizing the production and supply of seeds of a large number of
traditional crop varieties rather than supplying a large quantity seeds of few crop
varieties.
Jumla
Humla
Lamjung
62
Dolakha
45
32
32
28
24
27
14
7
8
7
No of crops
10
No of varieites
No of farmers
Figure 4. Number of crop varieties and farmers engaged in seed production activity in
LCP site in 2017.
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Sustainability Mechanisms of CSBs
Most of the CSBs in Nepal are established as a project activity supported by nongovernment agencies. Some of the community seed banks are facing challenges
to sustain their operation after phasing out of the projects. Organizations
sometimes start CSBs without adequate groundwork that prepares communities
to lead the process. Often, they lack mechanisms to provide follow up support.
Due to its nature, establishment of a functional CSB requires a bottom up
planning process and social mobilization to engage local leaders, communities
and stakeholders. This need is often poorly understood and therefore not
prioritized by organizations. Social mobilization increases interest and engages
communities in the participation of decision making processes necessary to
build local ownership. CSB management therefore needs to be planned from the
very beginning of its establishment. Establishment of a vibrant local institution,
developing active and young agrobiodiversity custodians (men and women),
building financial and physical assets as well as networking and partnerships
with government and non-government stakeholders including private actors
are key for sustaining CSBs managed by the communities. The LCP project has
emphasized these aspects from the beginning. The project has also implemented
Community Biodiversity Management (CBM) fund as an integral part of CSBs
since the beginning of 2018 as a self-financing model for sustainability.
Capacity Building of Local Institutions and Communities
LCP utilized the DFS platform to discuss about CSB, raise awareness and prepare
farmer leaders to mobilize communities for CSB establishment, operations
and management. Custodian farmers and community leaders received CSB
Management training and exposure opportunities to observe and interact with
the CSB community in Nawalparasi in May 2016. It motivated them to lead the
process of establishing CSBs in LCP sites. They discussed with existing farmer’s
groups and cooperatives and relevant government agencies about the legal
provisions and support mechanisms for production and marketing of seeds as a
function of CSB. They received training and material supports for seed storage
from the project and government extension agencies. The local institution
responsible for the management of the CSB has mobilized trained men and
women custodians and seed producer farmers to produce seed for the CSB. Local
institutions are trained in CSB management, financial and fund management,
seed business planning and leadership with priority given to women and youth.
CSBs were established at the end of 2016 and became operational by the middle
of 2017.
Establishment and Management of Community Trust Funds
Building financial assets is one of the important aspects for the continuity and
sustainability of CSB activities after the project support is over. Our experience
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shows that a community fund generates interest, binds communities and
promotes collective action in achieving CSB goals because it directly supports
production, collection and distribution of seed and planting materials. LCP
promoted CSBs have established a CSB Fund of about NPR 300 thousand in each
project site managed by the local institutions. A partial amount of this fund is
made available to seed producers and custodians as credit to increase production
of quality seeds. Each CSB has developed and implemented a fund mobilization
guideline. It is mobilized as a revolving fund and the interest is used for covering
operational cost of the CSB, which is important for sustaining the CSB. CSB fund
is now reintegrated with the community biodiversity management (CBM) trust
fund and linked to local group credit and saving schemes as a self-financing
model for CSB for conservation, livelihood improvement and a benefit sharing
mechanism for poor and vulnerable farmers.
Seed Value Chain Development of Local Crops
Communities often undervalue their existing APGR, which hinders their optimal
utilization. This affects in particular the traditional minor crops in the mountain
region. DFS approach combined with CSB processes and mechanism is found
to be quite effective to raise awareness and engage communities to address
this issue. Linking production to improved processing with the use of women
friendly machinery and adding value through diversifying products contributed
significantly to better valuing traditional crops and increasing their utilization.
Selection and improvement of varieties through grassroots breeding has been
ongoing in Dudhe Chino (proso millet) in Humla, Rato Kodo (finger millet) in Jumla,
Bariyo Kaguno (foxtail millet) in Lamjung and Pahenlo and Khairo Simi (common
bean) in Dolakha. Dolakha beans have been proposed for formal registration in
the national seed system, which will enable CSB communities to benefit from
seed production and connect to the private sector. CSBs have an important
stake in the seed value chain to produce, sell and maintain seeds and provide
direct benefits to farmers and sustain CSB functions. Product diversification
and marketing of proso-millet, foxtail millet and finger millet by training local
farmers via the DFS forum have created synergetic effects to strengthen the seed
value chain. The participation in the national level food fair of 2018, the varietal
registration of Dolakha beans and the making of proso-millet bakery products
linked to local tourism in Humla are some of the efforts that are adding value to
local crops, ultimately contributing to diversify the biodiversity-based income
sources of smallholder farmers. Efficient processing and guaranteeing quality are
crucial for establishing marketable products.
The introduction of a finger millet thresher cum dehusker and proso-millet
dehusker were instrumental in reducing human labor, drudgery of women
and improving the quality of the processed products. CSBs are becoming local
resource centers and are managing these processing machines by applying a
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“Payment for Service” scheme. Dolakha has generated about 15,000 NPR from
operating a millet thresher under this scheme in two seasons. Revenue generated
through the operating processing machines is utilized for the management of
the CSBs .
LCP introduced CSBs have started making income from the sale of seed in the
local market. With project support, the CSBs produced 6.7 tons of seed of a large
number of crop varieties, which were distributed to more than 6000 households
in 2018 (Table 2). They also earned NPR 99,100 (USD 950) by selling seed to
governmental service centers, seed companies and local agro-vets.
Table 2. Details of crop varieties, seed quantity and number of beneficiaries by year
No. of crops
Name of CSB
Chhipra CSB,
Humla
Hanku CSB,
Jumla
Ghanpokhara,
CSB Lamjung
Jugu CSB,
Dolakha
No. of varieties
Total seed (Kg)
No. of seed receivers
(HHs)
Y1
Y2
Y3
Y1
Y2
Y3
Y1
Y2
Y3
Y1
Y2
Y3
2
5
11
6
15
25
583
1605
1920
624
886
1997
5
8
6
16
18
14
394
928
2315
496
2315
2162
5
7
8
11
14
20
213
640
631
360
573
468
4
4
24
7
18
41
140
1191
1857
431
562
1381
1330
4364
6723
1911
4336
6008
Total
Note: Y1 = 2016, Y2 = 2017, Y3 = 2018. Source: CSB records
Recently, the potential of community seed banks to deal with the effects of climate
change has become evident. Increasing crop and varietal diversity is adapted by
mountain smallholders to cope with climate change as a risk reduction strategy.
As traditional mountain crops are well adapted and hold large genepoolw to
cope with climate stresses, CSBs directly contribute to adaptation. At the same
time, income generation from seed sales and social capital building help to build
climate resilient livelihood systems of mountain farmers.
Integrating Community Seed Banks in Local Development Plans
After the recent restructuring of the state in Nepal, the local government
is independent to develop and implement local policies and plans. In this
context, it is crucial for the project and community institutions to collaborate
with local government while establishing CSBs. To collaborate and build
partnership, LCP organized a two day orientation and interaction workshop
with the local government authorities of the project sites on 16-17 February
2018. The participants were the chair persons and vice-chair persons of Rural
Municipalities (RMs), Ward Chairpersons of project implemented RMC, Chairs
of CSB committees, Cooperatives and Members of Farmers Groups from project
rural municipalities (Palikas). The interactive workshop identified the areas of
joint work to promote local crops through CSBs, the testing and promotion of
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processing technologies of traditional crops and the need to build capacity of
local institutions and communities. Local government leaders were instructed
to implement the Local Government Act 2017 (2074), which explicitly outlines
the production, promotion and conservation of local crops and agrobiodiversity.
Local government leaders of LCP are now engaging CSB managers in the local
agricultural planning process and start allocating resources for organizing
seed fairs, distributing CSB seeds and providing grants for building CSB storage
facilities, supporting processing machines and providing seed production
training in all sites. Local governments of LCP sites have realized that CSBs are a
local mechanism to increase access to quality seed and promote the use of local
and underutilized crops.
Karnali Provincial government has integrated CSB in its policies and plans with
the statement to “establish CSBs in all local government units in partnership with
farmer’s cooperatives for the conservation and promotion of local crops” and
has allocated resources in the coming fiscal year. Local governments of LCP sites
Kharpunath RMC Humla, Tatopani RMC Jumla, Marsyangdi RMC Lamjung and
Gaurishankar RMC Dolakha included CSBs in their local policies and programs
and started supporting strengthening CSBs supported by LCP. To date (mid
2018), CSBs have leveraged a total of NPR 3.78 million (USD 37,000) from local
governments in four project sites to strengthen community seed banks and
support conservation and local development initiatives (Table 3). Project site
Humla has leveraged the largest amount of resources of NPR 1.65 million.
Table 3. Status of resources leveraged from local government from 2016-2018
Name of CSB
Total NPR
Chippra,
Humla
1,650,000
Hanku, Jumla
800,000
Ghanpokhara,
Lamjung
202,500
Jungu,
Dolakha
1,130,000
Grand Total
3,782,500
Purpose of the support
CSB building structure & land purchase, seed storage,
and processing equipment, seed production and
distribution, value chain development
CSB storage structure, seed production, cash (apple)
crop production, purchase of processing equipment,
generator for electricity
Seed storage materials, seed purchase, production
and distribution,
CSB building structure & land purchase, purchase
of tillage, irrigation & processing equipment,
micro irrigation canal for vegetable & fruit nursery
development and agricultural inputs
Most of the resources leveraged are for infrastructure and institutional
strengthening of CSB through support in seed storage, processing equipment,
seed production and distribution. This indicates that local governments in project
sites have strong interest in CSB development.
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Conclusion, Lessons Learned and Way Forward
The community seed bank approach promotes collective local action for
conservation and sustainable use of traditional crop genetic diversity. The LCP
project has piloted the diversity field school (DFS) approach and developed
close coordination with key stakeholder, especially local government, for the
establishment of Community Seed Banks in project sites. The project team
has learned that there is a need for continuous efforts to maintain CSBs wellfunctioning and diversify their functions from seed value chain development to
local product promotion. Capacity development is therefore very important. The
DFS approach is very effective to promote capacity development. There is also
a need to integrate CBM fund in CSB operations to enhance access to financial
credit for the needy and vulnerable farmers and communities and generate
livelihood options in addition to conserving rare and endangered landraces.
CBM fund is an option to develop incentive and benefit sharing mechanisms for
CSB members and local farmers. A CBM fund is also a viable self-financing model
for the sustainability of community seed banks in the remote high mountain
regions of Nepal where easy access to credit and financial resources from
external sources is limited.
Based on the experiences and lessons learned by the LCP, we suggest five core
elements to support CSBs: (i) identification, mobilization and capacity building of
communities and custodian farmers; (ii) implementation of DFS; (iii) development
of a functional partnership with local government for the development of
ownership and integration in local government programs and plans; (iv) seed
and product value chain development, and (v) CBM trust fund as a self-finance
model. The first and foremost task is to identify and sensitize custodian farmers
and community institutions about the vital need of a CSB, its multiple functions
and benefits for smallholders. DFS as an integral component of CSB is effective to
raise awareness, build capacities and mobilize the community. DFS also provides
a platform for collective learning and sharing, often a missing component in most
of the CSBs established in Nepal and elsewhere. The roles of custodian farmers
and local leaders to motivate fellow farmers and establish and run community
institutions has to be planned ahead of CSB establishment. It is recommended
to identify active farmer cooperatives or groups, custodians of agrobiodiversity
and lead farmers in the process of DFS implementation. It is important to first
motivate, dialogue with and engage local government in the process to establish
a CSB before coming to a partnership agreement. After the state restructuring,
local governments have authority and mandate to make local policies and plans
and allocate resources. The project recommends communities to approach
local governments to share ideas about a CSB, its multiple benefits and the
potential to become a local resource center for conservation and livelihood
improvement. For sustainability, engagement, ownership and integration of CSB
with local government plans and programs is indispensable. Generation of some
economic benefits from the operation of CSB is imperative at both individual and
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community levels. This can be achieved by diversifying its services as a locally
active resource center for farmers. One important reason why community seed
banks become less functional when external support is withdrawn is the lack
of economic activities to support livelihoods of member families (Vernooy et al
2014). The CBM trust fund is an important part to be integrated in CSB operations
to enhance access to financial resources, in particular for needy and vulnerable
farmers and communities. It is crucial to develop incentive mechanisms for
CSB members through establishing seed enterprise and community trust fund
for easy access to small credit facilities. CSBs can benefit from linkages with
academic and research institution for development of human resources by
blending community knowledge with science. Mountain areas have a unique
advantage due to agro-climatic suitability to grow traditional vegetable crops.
CSBs can integrate seed production and seed enterprise development of high
value-low volume traditional vegetable and other mountain crops.
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India, Nepal, Thailand, Zambia and Zimbabwe. Oslo, Norway
Gauchan, D., BK Joshi and B Bhandari. 2018. Farmers’ Rights and Access and Benefit
Sharing Mechanisms in Community Seed Banks in Nepal. In: Community
Seed Banks in Nepal (BK Joshi, P Shrestha, D Gauchan and R Vernooy, eds).
Proceedings of 2nd National Workshop, Kathmandu. NAGRC, LI-BIRD and Bioversity
International (in this proceeding).
Gartaula, HN, A Niehof and L Visser. 2010. Feminization of Agriculture as an Effect of
Male out Migration: Unexpected Outcomes from Jhapa District, Eastern Nepal.
The International Journal of Interdisciplinary Social Sciences 5(2):565-577.
Joshi BK. 2013. A Brief Overview of Community Seed Bank Initiative in Nepal. In:
Community Seed Banks in Nepal: Past, Present, Future (P Shrestha, R Vernooy
and P Chaudhary, eds). Proceedings of a National Workshop, LI-BIRD/USC Canada
Asia/Oxfam/The Development Fund/IFAD/Bioversity International, 14-15 June
2012, Pokhara, Nepal.
Shrestha P, R Vernooy and P Chaudhary. 2013. Community Seed Banks in Nepal: Past,
Present, Future. Proc. National Workshop, 14-15 June 2012, Pokhara, Nepal.
Vernooy R. 2013. In the Hands of Many: A Review of Community Gene/ Seed Banks
around the World. In: Community Seed Banks in Nepal: Past, Present, Future (P
Shrestha, R Vernooy and P Chaudhary, eds). Proceedings of a National Workshop,
LI-BIRD/USC Canada Asia/Oxfam/The Development Fund/IFAD/Bioversity
International, 14-15 June 2012, Pokhara, Nepal.
Vernooy R, B Sthapit, G Galluzzi and P Shrestha. 2014. The Multiple Functions and
Services of Community Seedbanks. Resources 3(4):636-656.
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Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Making a Community Seed Bank Functional and Sustainable:
An Experience from Bajura
Ram Krishna Shrestha1 and Bal Krishna Joshi2
Department of Agriculture, Hariharbhawan, Lalitpur; @: rksathi05@gmail.com
National Genebank, NARC, Khumaltar, Lalitpur; <joshibalak@yahoo.com>
1
2
Local food items produced using local crops. Photo: Bal Krishna Joshi, NAGRC
Abstract
Over the years, there has been a marked trend of growing fewer landraces and
indigenous cultivars in Bajura with some of them on the verge of extinction. This is
threatening the food and nutrition security of local people. Some of the main reasons
for this trend are mono-cropping of modern varieties of staple crops, changes in food
preferences mainly towards rice, shortage of farm labor, high costs of production and
the stigma attached to landraces/indigenous cultivars as ‘poor men’s food/crop’ that
leads to undervaluation and negligence. To counter this trend, it was considered crucial
to conserve and utilize the landraces for food security and livelihoods of local people.
The community seed bank (CSB) is playing an instrumental role to achieve this. In Bajura,
CSB was a new intervention. Some of the major achievements of the CSBs in Bajura
include the conservation of landraces, contribution to seed replacement rate, increase
in farm income and improvement in livelihood of local people and social capital building.
Various success factors contributed to the good performance: seed production and
marketing of modern varieties, various incentives and benefits from the government for
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conserving landraces, and investment in building social capital in the local community
and among the members. The study found that commercial seed production and
product diversification of landraces were critical for the sustainability of the community
seed bank in Bajura. It is argued that a special federal policy is urgently needed for the
conservation and promotion of landraces in the context of the loss of these important
plant genetic resources.
Keywords: Indigenous cultivars, landraces, product diversification, seed production
Introduction
The importance of agriculture plant genetic resources (APGRs) for the wellbeing
of mankind cannot be overemphasized. However, there is a rapid loss of APGRs
worldwide with some of them on the verge of extinction. This situation has
threatened the food and nutrition security nationally and globally. The main
reasons for this situation are the mono-cropping of modern varieties and poor
utilization of landraces and indigenous cultivars in modern farming practices.
The negative impact of climate change has only aggravated the situation.
Therefore, it is crucial to conserve and utilize the landraces and local cultivars
for food and nutrition security and sustainable livelihoods of local populations.
A community seed bank (CSB) could play an instrumental role to this end. There
is a variation in understanding and use of a CSB. However, in general, a CSB is a
grassroots institution of farming communities that strives for the conservation
and utilization of local agro-biodiversity (Shrestha 2012, Joshi 2013, Vernooy et
al 2015).
Community Seed Bank Initiatives and Present Status
Bajura is one of the most remote districts located in far-western region with
the lowest HDI (36.8) and highest percentage (64%) of people living below the
poverty line in Nepal (NPC 2014). The district has only 12% cultivable land. The
state of food security is very poor as it is one of the chronic food deficit districts. As
per the latest human development report (NPC 2014), 41.17% of children under
five years are malnourished and 17% of the population does not live beyond 40
years. Not long ago, landraces and indigenous cultivars were the major sources
of food and nutrition security in Bajura. However, the trend of growing such
landraces has been on the decline over the years with some of them being on
the verge of extinction. Some of the main reasons are mono-cropping of modern
varieties; changes in food preferences mainly towards rice; shortage of farm
labor; high costs of production; the stigma attached to landraces/indigenous
cultivars as ‘poor men’s food/crop’ leading to undervaluation and negligence.
This has threatened food and nutrition security of local people. Therefore, it
is important to conserve and utilize the landraces and indigenous varieties for
better food security and livelihoods of local population. A community seed bank
(CSB) can be instrumental to achieve this.
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The popularity of CSBs has been growing in recent years among the rural folks of
Nepal. In Bajura, however, it is a new intervention. Three CSBs, one Community
Grain cum Seed Bank and one Community Seed Processing and Storage Center
are operating in the district in 2018 with varying scales of operation and
degrees of activeness among them. The first ever CSB was established in 2014
in Jera village, Wai (now a part of Swami Kartik Rural Municipality) under the
management of Hariyali Krishak Samuha and the joint initiation of the DADO,
Bajura, Action Aid Nepal and the Human Resource Center (HRC), a local NGO.
Status of Community Seed Banks in Bajura
Table 1 presents an overview of the CSBs operating in Bajura. CSBs in Bajura do
not have a long history: all of them are less than five years old. All the CSBs were
established by outside initiative and support; they were not established by the
self-initiation of the respective community. There is a wide variation in the way
the CSBs are operating. Two CSBs are managed by cooperatives whereas the
others are managed by farmers group. Three are operating by the true name of
CSB. One was initially set up as community grain bank, but was later converted
to a community grain cum seed bank. Another is operating as a community seed
processing and storage center. The major activities undertaken by the most of
the CSBs are collection and marketing of seeds of modern varieties of cereals.
Only two CSBs are involved in preservation and utilization of landraces.
Table 1. Community seed banks operating in Bajura district
CSB
CSB managed by
Hariyali Krishak
Samuha
Location
Swami
Kartik Rural
Municipality-5,
Jera
Year
established
Initial
supporter
2014
DADO,
Bajura
Action Aid
Nepal and
Human
Resource
Centre
DADO,
Bajura
Community Grain
cum Seed Bank
managed by
Srijanshil Krishak
Samuha
Budhiganga
Municipality-2,
Khetkot
2016
CSB managed
by Badimalika
Mahila Krishak
Samuha
Budhinanda
Municipality-5,
Birsen
2017
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DADO,
Bajura
Main activities
Collection, preservation
and utilization of
landraces,
collection, processing
and marketing of seeds
of improved varieties of
cereals and local cultivars
of buckwheat
Commercial production
of improved seeds of
wheat and paddy by the
members and supply to
nearby Community Seed
Processing and Storage
Centre managed by
Hatemalo Sana Kishan
Krishi Sahakari Sanstha
Collection, processing
and marketing of seeds
of improved varieties of
cereals
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
CSB
CSB managed
by Yekata Sana
Kishan Krishi
Sahakari Sanstha,
(small farmers
agriculture
cooperatives)
Community Seed
Processing and
Storage Centre
managed by
Hatemalo Sana
Kishan Krishi
Sahakari Sanstha
Location
Badimalika
Municipality-9,
Martadi
Budhiganga
Municipality-2,
Taprishera
Year
established
Initial
supporter
2017
DADO,
Bajura
2017
DADO,
Bajura
Main activities
Collection, and
preservation of
landraces,
collection, processing
and marketing of seeds
of improved varieties of
cereals and local cultivars
of buckwheat, retailing of
grains and flour of local
beans, cereals and millets
Collection, processing
and marketing of seeds
of improved varieties of
cereals and local cultivars
of buckwheat
Conservation and Utilization of Landraces
With the support and facilitation from DADO, Bajura, Action Aid Nepal and the
Human Resource Centre, two of the five CSBs are actively involved in collection,
preservation and utilization of landraces. For example, the CSB managed by
Hariyali Krishak Samuha, Jera, has maintained four dozen entries of landraces
of paddy, maize, wheat, finger millet, buckwheat, proso millet, foxtail millet,
amaranth, sorghum, sesame, cotton, collected and conserved in the seed bank
until now. It has also conserved in the seed bank the landraces collected from
nearby villages and districts. The CSB managed by Hamro Yekata Sana Kishan
Krishi Sahakari has maintained altogether 10 entries of landraces of paddy,
foxtail millet, proso millet, finger millet, sorghum in the seed bank. Other CSBs
are not involved in preserving landraces, but have a plan to do so in the future.
The Jera CSB has collected seeds of landraces of various crops and preserved
them in earthen pots and plastic containers. The Secretary of the local Hariyali
farmers group, also the manager of the CSB, maintains the written records of
landraces and local cultivars collected from members and other local villagers.
Local farmers receive seeds of landraces and indigenous cultivars before the
cropping season from the seed bank on the condition that they will return the
seeds after the crop harvest, usually adding 10% of the borrowed amount.
Farmers from nearby villages and districts visit the seed bank to buy seed. The
seed bank also provides seed free of cost for destitute people.
Governance of Community Seed Banks
Executives and members of most of the CSBs do not have a very good
understanding about the function(s) and importance of the CSB. Initially, CSBs
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
simply followed what their promoters asked them to do. Systematic collection
and maintenance of landraces and other works pertinent to agro-biodiversity
conservation are yet to be institutionalized in the CSBs. No separate committee
was formed by the CSBs to manage seed bank affairs systematically. Members
have not discussed much yet about the rules and regulations for setting up of
a seed bank and managing its affairs. Generally, a low level of social capital
was observed across the CSBs. One of the challenges is the general lack of
trust among members. In most cases, DADO Bajura is keeping the CSBs alive
by purchasing source seeds and improved seeds produced by the seed bank,
using the original source seeds provided by the DADO. In other words, the main
activity and business of most of the CSBs in Bajura has been seed collection of
commercial varieties and selling seed to DADOs and other institutional buyers.
Roles of DADO and Community Seed Banks
In 2016, DADO Bajura initiated a campaign to promote the conservation and
utilization of landraces and local cultivars with a long-term goal of improving
food and nutrition security in the district. The campaign essentially consisted
of five components (Figure 1). Local CSBs have played a crucial role in the
implementation of four components; but they have not implemented the product
diversification component. Below is a brief account of the implementation of the
campaign and role played by the CSBs.
Figure 1. Five components of promotion of landraces and local cultivars in Bajura.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Awareness Raising
Under this component, awareness raising activities were conducted in the
district using various means and methods. A message about health benefits and
economic importance of landraces and local cultivars of cereals, pseudo cereals
and other crops was designed and broadcasted by local FM radios and published
in local newspapers on a regular basis. Wall paintings with short messages were
used across the districts and hoarding boards were placed in major locations
where there was a high flow of movement of local people (Figure 2). Stakeholder
workshops in district headquarters and in various parts of the districts were
organized to discuss the issues of promoting landraces and local cultivars. DADO
utilized forums such as mass meetings and people’s gatherings to talk about
and spread the message on the importance of such crops. Several meetings
with CSB related persons or executives and members of the farmer groups and
cooperatives were also conducted. In such meetings, CSBs were requested to
spread the message about conserving landraces in their respective villages.
Figure 2. Poster and wall text to promote the conservation of local crop diversity.
Seed and Technology Support
As a result of the awareness raising program more farmers became interested
in growing landraces and local cultivars. Farmers who did not have seed were
supplied seed free of cost collected locally. Mainly seeds of foxtail millet, proso
millet, buckwheat barley and beans were freely distributed. In addition, seeds
of improved varieties of finger millet and buckwheat developed by the Nepal
Agricultural Research Council (NARC) was distributed freely. Farmer trainings
were organized to impart improved cultivation practices of these crops at the
district headquarters and in production pocket locations. One booklet about
the importance, distribution, and general cultivation practice of landraces was
published and a few copies were made available to field agriculture technicians
and leader farmers. Furthermore, several field demonstrations were conducted
in some production pocket locations to demonstrate the production potential
and facilitate participatory variety selection process.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Product Diversification
A total of 28 local hoteliers and restaurant owners/chefs and Female Community
Health Volunteers (FCHVs) were trained in cooking and preparing eight dishes
utilizing grains and flour of landraces and local cultivars such as finger millet,
buckwheat, foxtail millet and amaranths (Figure 3.) During initial field visits to
the communities, DADO found that one of the main reasons for local people not
liking foods prepared from grains and flour of these landraces and local cultivars
was the lack of product diversification. Farmers did not have ideas about making
modern products, such as cake and other popular Nepali dishes including momo,
namkin, paratha, laddu and halwa.
Figure 3. Glimpse of new dishes prepared with local varieties
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Hoteliers and restaurant owners/chefs were trained with the idea that they can
offer these dishes to visitors coming from outside the district as local specialties.
This can help in creating demand for the raw materials and ultimately contribute
to the conservation of local landraces. Trained FCHVs, on the other hand, can
impart the knowledge and skills of product diversification to the fellow women
villagers who usually meet once a month to discuss the health and nutrition
of mothers, babies and the family. After these dishes became popular in the
district headquarters there was a time when serving these dishes was a norm
in most of the formal meetings, workshops, trainings and other types of public
gatherings. DADO facilitated replicating the product diversification endeavors
in newly established municipalities and rural municipalities in the district. This
has had some success. Only a few hoteliers have continued offering above
mentioned dishes to outsiders and government offices and local NGOs. By the
end of 2018, only a couple of restaurants in district headquarters were offering
above mentioned dishes.
Figure 4. Local seed and food fairs and community seed bank
Market Promotion and Market Linkages
Market promotion of products from landraces and local cultivars was necessary
to motivate local farmers to conserve and cultivate landraces and local cultivars.
Another strategic objective was to help farmers realize the nutritional and
economic importance. The strategy developed was to find markets in cities and
linking the local producers to these distant markets. DADO played a crucial role
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
in the decision of the Nepal Food Corporation (NFC) to buy local produce, mainly
buckwheat, through its local outlet. One CSB and a farmer group were financially
and technically supported to establish a retail outlet of raw product of landraces
and local cultivars in the district headquarters. The first year 2016/17 met with
failure with no purchase at all by the NFC outlet due to lack of sufficient volume of
production. The following year local farmers were able to sell some buckwheat.
CSBs helped some local producers to sell their products to the local NFC outlet.
Two food fairs were organized in the district headquarters (Figure 4). One district
headquarter based restaurant was sponsored and supported to participate in the
tenth National Organic Fair organized in Mahendranagar, Kanchanpur in 2017.
The supported restaurant prepared and sold various dishes made from the raw
materials of landraces and local cultivars and won the first prize of NRS 10,000.00
in the recipe competition. The same dishes were displayed in Kathmandu on the
occasion of 37th World Food Day. Grains and flours of various landraces and
local cultivars of cereals, millets and pulses were displayed on the occasion.
Conservation of Landraces and Local Cultivars
DADO initiated various activities aiming at conserving landraces and local
cultivars. DAO supported the CSBs to this end. For example, DADO gave financial
and technical support to two CSBs to prepare an inventory of the landraces and
local cultivars conserved in the CSB. Information about the name of the crop,
variety, characteristic features, economic potential, sowing and harvesting times
were recorded in a register. DADO offered capacity building to two CSBs to
enhance their competency in running and managing a CSB. In addition, DADO
provided some financial and capacity building support to four CSBs to set up
and manage a diversity block. Moreover, a matching grant of NRS 50,000.0 was
provided to one CSB to set up an agro-biodiversity management fund. DADO
and Agriculture Service Centers (ASCs) organized biodiversity fairs at district
headquarters and other towns and villages. DADO and ASCs collected seed of
endangered species which was kept on display in their respective offices.
Despite all these efforts, a field observation of November 2018 revealed that,
except two CSBs, the others had discontinued the conservation activities. Some
of the major reasons found were members’ tendency towards seeking immediate
economic benefits from the CSB, weak commitment to the CSB by the leadership
and low level of social capital developed in the CSB. Another important reason
was the absence of regular follow up support and monitoring of progress. This
was mainly due to the termination of DADO support by government decision.
The roles played by DADO are summarized in Table 2.
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Sustainability of Community Seed Banks in Bajura
Figure 5 summarizes the sustainability path of CSBs operating in Bajura. It
emphasizes the fact that besides the core activity of conserving and utilizing
landraces and local cultivars, CSB need to diversify their business mainly through
involvement in seed production and marketing of modern varieties. This can
provide more incentives for local farmer producers to be involved in conservation
of their landraces and local cultivars and help ensure sustainable livelihoods in
remote hilly villages of the district.
Table 2. Roles played by DADO Bajura in initiating and making CSBs functional
Areas of support
Awareness and
capacity building
Financial support
Material support
Seed purchase
from CSB
Networking
Networking
Description
• Workshop, meeting, visiting the site of CSB and meeting with
community members, biodiversity fair
• Cash support of NRs29,00,000 for construction of three CSBs
and one community seed processing and storage building
• Agrobiodiversity management fund of NRs50,000 to set up
• Financial support of NRs60,000 to renovate local small
irrigation scheme
• 50% subsidy on metal seed bins and weighing machine,
printed plastic sacks, sack sewing machine
• 85% subsidy on hermetic bags
About 15 tons of improved seeds of wheat, maize and paddy
purchased from local CSBs during FY 2016/17 and 2017/18
Local Municipalities and Rural Municipalities approached and
mediated to purchase seeds from CSBs
CSBs linked with other seed marketing cooperatives, farmers
group and DADOs outside the district
Figure 5. Sustainability path of CSBs operating in Bajura.
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Conclusion and Recommendations
CSB is a new phenomenon in Bajura. Awareness of the need and importance of
CSB is growing among the local people and stakeholders. Of the five CSBs, only
two are functioning well in the spirit and objectives of a standard CSB. A CSB can
be instrumental in conserving landraces and local cultivars and enhance food
and nutrition security in Bajura. However, to make the CSBs in Bajura function
more sustainably, the following factors need to be considered:
•
•
•
•
•
•
•
Seed production and marketing of modern varieties
Business diversification encompassing various value chain stages
Networking with seed cooperatives, private companies and other
possible buyers of improved seed
Various incentives and benefits from the government for conserving
landraces
Training and capacity building of CSB executives and members
Investment in building social capital in the local community and among
the members of the CSB
Accessibility and a good working transport network
Based on the findings of the study of CSBs in Bajura, the following
recommendations can be made to strengthen and institutionalize the community
based conservation and utilization of landraces and local cultivars:
•
•
•
•
•
•
•
•
•
•
•
The government should develop and implement a separate policy on
promoting landraces and endangered species
Registration of landraces for commercial seed production should be
simplified
Output-based incentives/subsidy should be given to CSBs for conserving
and growing landraces or, alternatively, NFC should guarantee their
purchase
Local level government should be sensitized and taken on board in
landraces conservation and utilization efforts
Varietal improvement should be set up through adaptive trials,
Participatory Varietal Selection or other methods
Research should be done to reduce cost of production of landraces
Development and circulation of training materials should be promoted;
for example, a colored handbook on food preparation and preservation
Cooperative farming/lease farming/contract farming should be
promoted
Mobilize support for organic group certification
Facilitate linkages between local producers/collectors an urban based
traders/wholesalers/retailers
School curricula on nutrition, dietary diversity, utilization of landraces,
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
•
•
•
and food preparation should be developed
Product diversification (noodles, bread, cookies etc) and cooking training
for local restaurants and Female Community Health Volunteers (FCHV)
should be stimulated
The government should begin massive training of FCHVs, local resource
persons and social mobilizers in food preparation and utilization
Behavioral change communication materials should be produced about
nutrition, food diversity, food preparation and utilization
References
Joshi BK. 2013. A brief overview of community seed bank initiatives in Nepal. In:
Community Seed Banks in Nepal: Past, Present, Future (P Shrestha, R Vernooy
and P Chaudhary, eds). Proceedings of a National Workshop, LI-BIRD/USC Canada
Asia/Oxfam/The Development Fund/IFAD/Bioversity International, 14-15 June
2012, Pokhara, Nepal; pp.41-46.
NPC. 2014. Nepal Human Development Report 2014. Beyond Geography, Unlocking
Human Potential. National Planning Commission, Government of Nepal.
Shrestha P, S Sthapit, R Devkota and R Vernooy. 2012. Workshop Summary Report.
National Workshop on Community Seed Banks, 14-15 June 2012, Pokhara, Nepal.
LI-BIRD/USC Canada Asia/Oxfam Nepal/Bioversity International.
Vernooy R, P Shrestha and B Sthapit, eds. 2015. Community Seed Banks: Origins,
Evolution and Prospects. Routledge, London and New York.
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Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Community Seed Bank Implementation Approach of Action
Aid Nepal
Mahesh Badal1, Shiv Narayan Chaudhary2, Badri Subedi3 and Chhumru Sardar
Tharu4
Action Aid Nepal, Lazimpat, Kathmandu; @: Mahesh.badal@actionaid.org
Action Aid Nepal, Eastern Resource Center, Biratnagar, Morang; <shivnarayan.
choudhary@actionadi.org>
3
Indreni Social Development Forum, Bardaghat Municipality, Panchanagar, Nawalparasi;
<badri@indreninepal.org>
4
Charpate Community Seedbank, Gramthan Rural Municipality, Morang
1
2
Maa Bhagawati Community Bank, Goalgunj-Amarpur in Bara District. Photo: Action Aid, Nepal
Abstract
Since 2012, Action Aid Nepal (AAN) has facilitated the establishment of community seed
banks in Lalitpur, Bara, Siraha, Morang, Therhathum, Shankhuwasabha, Nawalparasi and
Bajura districts of Nepal. The objective of providing support for the establishment of
community seed banks is to contribute to the sustainability and resilience of smallholder
production systems. Such systems are key to achieve food security and food sovereignty,
one of Nepal’s development goals (CSP IV). This approach allows small-scale farmers
and local communities take control over their agriculture and food system. AAN uses
a nine steps approach to establish community seed banks, including conceptual
clarity, identification of local partner, orientation, selection of farmers’ groups or
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
cooperatives, formation of community seed bank management committee, capacity
building, preparation of the community seed bank management guideline, creation of
a record keeping system, development of a strategy for the sustainability and long-term
management, and development of necessary infrastructure. Through this process, AAN
has been able to facilitate the establishment of 13 successfully operating community seed
banks in eight districts of Nepal. Altogether, 208 local varieties of 14 crops species have
been conserved and utilized by these 13 community seed banks with an involvement of
800 households. These community seed banks are involved in conserving local varieties,
production and distribution of seeds of local as well as improved varieties to the local
communities and facilitation of farmers’ easy access to planting materials. Most of the
community seed banks are being managed by a well-organized group of women.
Keywords: Conservation, community seed bank, market, utilization
Introduction
In small-scale agricultural production systems, farmers select their own seeds,
store them at home and share them with their neighbors and relatives. This is
a common strategy for the conservation of local genetic resources and agrobiodiversity ensuring that sufficient seeds are made available for the next
planting season. Traditional seeds are the result of years of farmers’ investment
in the selection and adaptation of plants to their local environmental, social,
cultural, and economic conditions and needs. However, the past several decades
have observed a strong pressure on farmers and their efforts to conserve their
traditional seeds. In many places around the world, the introduction of highyielding varieties (HYVs), hybrids and other Green Revolution technologies has
displaced traditional varieties; many of them are difficult to find nowadays or
have already become extinct.
The conservation of diverse local varieties is important not only because seeds
are one of the main inputs for smallholder production systems, but also because
they hold essential genetic characteristics that can help smallholder farmers
adapt to multiple climatic challenges they may face, now and in the future. In this
context, community seed banks are useful mechanisms to facilitate and enhance
the capacity of smallholder communities to collectively identify, select, store and
preserve their planting materials (Shrestha et al 2012, Joshi 2013, Bhandari et
al 2017). They help to strengthen and scale up existing local initiatives on seeds
– opening collective possibilities, which go far beyond individual farmers’ homebased seed storage capacities and encourage the community to take common
responsibility to take care of their traditional seeds and collective benefits.
Action Aid Nepal's Approach to Community Seed Banks
Action Aid Nepal (AAN), is a non-governmental, non-denominational, non-partisan
and national social justice organization, rooted and working locally in different
parts and regions of Nepal (https://hive.actionaid.org/Nepal/SitePages/Home.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
aspx). AAN is a member of the Action Aid International federation and also a part
of national and global social justice movements and other civil society networks,
alliances and coalitions.
AAN believes in human rights and embraces a Human Rights Based Approach
(HRBA) to fight against the symptoms and the structural causes of poverty,
injustice and inequality. Discriminated, excluded and exploited people –
particularly women and girls - living in poverty and facing injustice, whose rights
are denied or violated, are our primary stakeholders.
AAN calls itself a feminist organization and practices feminist principles and
approaches in all its operations. AAN always put women central, from the
Kamalari/Kamaiya movement in the past decades to the free women from
bonded labor campaign, to the Safe City Campaign at present to create awareness
and fight against sexual violence and harassment of women in public spaces.
For most women, time spent on unpaid care work (UCW) is disproportionately
high compared to men. Girls and women spend hours fetching water, collecting
firewood, doing laundry, preparing food, caring for children and elderly, nurturing
their families and doing other household chores, besides carrying out agricultural
duties. These duties are a burden for women and have a strong impact on
poverty. AAN has been working to break this stereotype role and advocate for
recognition, reduction and redistribution of UCW to ensure women’s meaningful
representation at all levels.
For AAN, agroecology and climate resilient sustainable agriculture are priority
areas. Smallholder farmers have limited access to support systems and services
resulting in increased land abandonment and food insecurity. Their situation
is worsened by the fact that local and improved seeds are being replaced by
hybrid seeds which do not contribute to sustainability. AAN Nepal is promoting
Climate Resilient Sustainable Agriculture (CRSA), which has seven pillars: gender
equity and women’s rights, soil conservation, sustainable water management,
agro-biodiversity preservation, livelihood diversification, processing and market
access and support farmer’s organizations. The conservation of agro-biodiversity
is one of the components of CRSA and the promotion of community seed banks
a way to implement it.
Women have assumed a leadership role in AAN’s work on agrobiodiversity.
Farmers’ groups led by women have been the most successful in terms of sharing
indigenous knowledge and skills. Women farmers have vast knowledge of
indigenous farming practices, methods and tools with regard to seed preservation.
AAN has recognized this contribution of women to agrobiodiversity. Community
seed banks are among AAN’s best examples of working towards sustainability
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
and resilience of smallholder production systems and maintaining control over
their agriculture and food system.
Establishment and Management of a Community Seed Bank
AAN initiates the process of establishing a community seed bank by sharing and
reflecting on existing experiences and conducting exchange visits to already
established community seed banks. Exchange visits help farmers to understand
pros and cons, the costs and the current and future benefits associated with
community seed banks. This gives participants encouragement and confidence
to set up their own community seed bank in their community. Following the
exchange visit, the community needs to adapt their observations to their own
reality and needs. It is important to keep the design simple in a way that the
community seed bank can be easily managed by the community.
AAN uses the following six steps to set up a community seed bank:
1. Conducting a survey of currently available seeds and documentation of
characteristics and associated local knowledge;
2. Locating a place to set up a community seed bank;
3. Defining objectives, rules and working modality;
4. Formation of a group of members to take forward the day to day activities;
5. Creating a record keeping system to document the flow of seeds;
6. Identifying the most effective, affordable, and locally available seed storage
system.
The following activities are carried out to promote community seed banks. Some
of them (from number six onward) can take place simultaneously:
1. Organize a forum to discuss and bring conceptual clarity among partners
about the basics and importance of a community seed bank;
2. Identify potential and interested partners in the promotion of the community
seed banks in their program area;
3. Community level orientation and awareness raising about the roles of a
community seed bank;
4. Selection of a group or cooperative to establish and promoting a community
seed bank;
5. Formation of a community seed bank management committee;
6. Capacity building of the selected leader farmers through training and
exposure visits;
7. Development of a community seed bank management guideline to define
the functions and objectives of the community seed bank;
8. Development a strategy for the sustainability and long-term management of
the community seed bank
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
9. Development of necessary infrastructure, such as storage facilities (building,
storage bins, etc)
Status of Community Seed Banks Supported by AAN
Since 2012, AAN has supported the establishment of 13 community seed banks in
Nepal (Table 1) in Bajura, Bara, Lalitpur, Morang, Nawalparasi, Shankhuwasabha,
Siraha and Therhathum districts. The overall goal of establishing a community
seed bank is to contribute to the sustainability and resilience of smallholder
production systems necessary to achieve food security and food sovereignty.
The 13 community seed banks conserve 208 varieties of 14 crop species (Table
2). A total of about 800 households are directly associated to these community
seed banks. Besides the conservation of local varieties, the community seed
banks are also involved in seed production and distribution of seeds of local as
well as improved varieties to the local communities. This facilitates farmer’s easy
access to planting materials.
Table 1. Community seed banks in Nepal supported by AAN
SN
1
2
3
4
5
6
7
8
9
Name of CSB
Srijanshil Seed
Production
Committee
Shree Karmanasha
tarkari utpadak
Krishi Samuha
Hariyali community
seed Bank
Sirjanshil
Community Seed
Bank
Puthak Saving and
Credit Coop Ltd
Janalaknyan
Multipropose
cooperative Ltd.
Kalyankari
Women Livestuck
Agriculture Cooperative
Dihiwar Aricultural
Group
Gobindapur
Agriculture Group
Municipality/Rural
Municipality and district
Year of
estabishment
Godawari Municipality- 4,
Badikhel, Lalitpur
2017
41
2014
33
2014
60
Bardaghat municipality-15
Prithbibasti, Nawalparasi
2016
350
Baragadhi Rural
Municipality, Pipra
Basatpur -1, Bara
2012
40
Fedap Rural Municipality 2
Oyakjung, Terhathum
2015
100
Chhatar Rural Muncipality
Ward No. 5, Terhathum
2015
15
2017
25
2015
25
Godawari Municipality-10
Ghyampedada Chapagaun,
Lalitpur
Swami Kartik-Khapar Rural
Municipalty-5 Zera, Bajura
Lahan Municipality ward
no 22, Jahadi, Siraha
Lahan Municipality ward
no 24 Malahanama, Siraha
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Total
Members
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
SN
Name of CSB
Municipality/Rural
Municipality and district
10
Kharang Community
Seed bank
Kharang,
Chainpur Municipality-10
Kharang, Sannkhuwasabha
2016
57
Golagunj- Amarpur Bara
2015
51
Baragadhi Rural
Municipality, Pipra
Basatpur -1, Bara
2015
-
Gramthan rural
municipality-1, Morang
2013
-
11
12
13
Ma Bhagawati
Community Bank
Gadhimae
Community
Seedbank
Charpate
community
Seedbank
Year of
estabishment
Total
Members
In Terhathum district, smallholder farmers are organized in a cooperative and
engaged in conserving local varieties of different crop species. They initiated
a community seed bank and conducted a series of orientations about the
importance of local seeds, their conservation, utilization and use in the
community. Janakalyan Cooperative Limited is the first cooperative in Terhathum
district involved in conservation of local seeds. This cooperative initially allocated
U$410 to purchase and distribute seed in the community and to set up a
mechanism for regenerating seeds.
In Sankhuwasabha district, 40 smallholder farmers are organized in a Sana Kisana
agriculture cooperative Kharang and they manage a community seed bank.
After organizing a capacity building training workshop, they became involved in
collecting, processing and distributing seeds in the communities. AAN provided
the basic infrastructure support (eg plastic bins, plastic bags, bottles) and a
revolving fund to operate the community seed bank.
Community seed banks have been established and are in operation in Bajura
and Nawalparasi, one in each district. For institutional development and
strengthening the community seed banks, AAN provided a token support like
seed money, logistics, infrastructure and technical assistance.
Women farmers are at the center of the conservation, utilization and marketing
of seeds to their neighbors and at nearby markets. They sell their seeds on
demand. Due to male migration, the major agricultural functions are performed
by women. Agriculture contributes about one third of the nation’s GDP mainly
through the efforts of women.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Table 2. Summary of local crop diversity conserved and promoted by community seed
banks supported by AAN
SN
1
2
3
4
5
6
7
8
9
10
11
12
13
No. of local varieties by crop
C1
C2
C3 C4 C5 C6
Name of community seed bank
Srijanshil Seed Production
Committee Badikhel, Lalitpur
Shree Karmanasha tarkari
utpadak Krishi Samuha,
Chapagaun, Lalitpur
Hariyali community seed Bank,
Swami Kartik, Zera, Bajura
Sirjanshil Community Seed Bank,
Prithbibasti, Nawalparasi
Puthak Saving and Credit Coop
Ltd, Pipra Basatpu, Bara
Janalaknyan Multipropose
cooperative Ltd., Oyakjung,
Terhathum
Kalyankari Women Livestuck
Agriculture Co-operative,
Chhatar, Terhathum
Dihiwar Aricultural Group, Lahan,
Jahadi, Siraha
Gobindapur Agriculture Group,
Lahan, Malahanama, Siraha
Communicy Seed bank, Kharang,
Sannkhuwasabha
Ma Bhagawati Community Bank,
Golagunj, Amarpur Bara
Gadhimai Community Seedbank,
Pipra Basatpur, Bara
Charpate community Seedbank,
Gramthan, Morang
Total
7
2
5
3
15
2
17
5
2
7
1
3
Total
1
13
3
11
2
3
6
4
1
9
2
6
31
5
15
1
3
14
1
3
6
14
9
1
3
7
6
1
4
1
2
14
18
2
5
5
8
38
4
5
2
1
4
16
1
2
2
4
17
1
13
10
36
208
8
88
88
3
Note: C1=Cereal, C2=Vegetables, C3=Roots/tubers, C4=Oil seed, C5=Spices, C6=Others
Support and Sustainability
Some sustainability approaches and examples have already been initiated in
some of the working districts. Baragadimai Rural Municipality Bara has provided
around US$5,000 to community seed banks for further strengthening. Chhathar
Rural Municipality Terhathum has acknowledged the attempt of establishing a
community seed bank and decided to scale up the initiative through a policy
provision. The Janakalyan Cooperative, Terhathum, has been allocated US$410
to manage a community seed bank. The cooperative has developed a mechanism
for renewing and conserving crops by local farmers.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
In Nawalparasi, the seed management committee received US$8500 from
Daunnedevi Municipality for storage construction. In Bajura, DADO has supported
the purchase of boxes for seed collection and US$800 was collected from the sale
of seeds. In Lalitpur, a seed storage building is under construction in collaboration
with the local government. Garmthan Rural Municipality has allocated US$2000
for the Charpate Community Seed Bank, Morang, to purchase a seed grading
machine, moister testing machine and germination testing machine to sustain
the community seed bank.
For sustaining community seed banks, policy engagement and formulation are
required by every level of government (from to national). The government should
address issues such as farmers’ seed right, farmers’ indigenous knowledge right,
access to natural resources right and the defense of the public common good.
The National Gene bank could play a vital role to take over some community
seed banks for improved management and utilization.
Constraints and Limitations
One of the major constraints that AAN has been facing are the limited financial
resources to respond to the demands of the communities. This hampers the
proper equipment and institutionalization of community seed banks and their
sustainability. Another constraint is that the local governments have many
priorities and often agriculture is not high on the list. There is no legal provision
yet in place to register community as legal entity. Most of the existing community
seed banks are functioning under the management of a farmer’s group or a
cooperative, which hampers their development as a community seed bank. Last,
there are many seeds that enter the country freely from India without permission
and registration, contributing to the replacement of local seeds.
Conclusion
Agroecology and climate resilient sustainable agriculture are priority areas
to support marginalized people living in poverty. Community seed banks
are excellent initiatives to build sustainability and resilience of smallholder’s
production systems and contribute to food security and food sovereignty. They
allow local communities to maintain control over their agriculture and food
system.
References
Bhandari B, BK Joshi, P Shrestha, S Sthapit, P Chaudhary and AK Acharya. 2017.
Custodian farmers, agrobiodiversity rich areas and agrobiodiversity conservation
initiatives at grass root levels in Nepal. In: Conservation and Utilization of
Agricultural Plant Genetic Resources in Nepal (BK Joshi, HB KC and AK Acharya,
eds). Proceedings of 2nd National Workshop, 22-23 May 2017, Dhulikhel; NAGRC,
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
FDD, DoA and MoAD; Kathmandu, Nepal; pp.92-101.
Joshi BK. 2013. A brief overview of community seed bank initiatives in Nepal. In:
Community Seed Banks in Nepal: Past, Present, Future (P Shrestha, R Vernooy
and P Chaudhary, eds). Proceedings of a National Workshop, LI-BIRD/USC Canada
Asia/Oxfam/The Development Fund/IFAD/Bioversity International, 14-15 June
2012, Pokhara, Nepal; pp.41-46.
Shrestha P, S Sthapit, R Devkota and R Vernooy. 2012. Workshop Summary Report.
National Workshop on Community Seed Banks, 14-15 June 2012, Pokhara, Nepal.
LI-BIRD/USC Canada Asia/Oxfam Nepal/Bioversity International.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex 1. Community Seed Banks and their details (all are functional)
SN
1
Name of
Group/Cooperative/Seed
Bank
Address
Srijanshil Seed Production
committee (Srijansil Biu
Utpadak Samuha)
Godawari
Municipality,
Ward-4, Badikhel,
Lalitpur
2
Shree Karmanasha tarkari
utpadak Krishi Samuha
3
Hariyali community seed
Bank
4
Sirjanshil Community Seed
Bank
5
Puthak Saving and Credit
Coop Ltd
6
Janakalyan Multipropose
cooperative Ltd.
7
8
Godawari
Municipality,
ward no 10,
Ghyampedada
Chapagaun,
Lalitpur
Swami KartikKhapar Rural
Municipalty-5
Zera, Bajura
Bardaghat
municipality-15
Prithbibasti,
Nawalparasi
Baragadhi Rural
Municipality,
Pipra Basatpur -1,
Bara
Fedap Rural
Municipality
2 Oyakjung,
Terhathum
Kalyankari Women
Livestuck Agriculture Cooperative
Chhatar Rural
Muncipality Ward
No. 5, Terhathum
Dihiwar Aricultural Group
Lahan
Municipality
ward no 22,
Jahadi, Siraha
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Crop
Variety
Maize (Seto, Pahelo, Murali), Wheat
(Local Masino), Rice (Taichung,
Khumal-10), Rapeseed (Bal tori, Kalo
Tori), Barley, Ginger (Nase), Turmeric,
Coriander, Soybean (Seto, Khairo,
Kalo), Linseed
Maize (Seto, Rato, Golo), Soyabean
(Seto, Kalo, Khairo), Barley, Cowpea
(Khairo), Bean (Local, lahare)
Buckwheat, Rice (Jauli, Thap chini,
Charan Basmati, Jaran, Rato dhan),
Wheat (Bugali, Thulo Mudhe, Sano
kane), Peanut, Foxtail Millet, Chino
Lentil, Rapeseed
Shallot (Chhyapi), Lentil, Black Gram,
Horse Gram, Maize, Chili (Akbare)
Pea (Hariyo), Garlic, Shallot (Chhyapi),
Radish, Belchan Local, Beans (Winter
Season), Chilli (Akbare), Maize
(Yellow), Turmeric
Maize (Manakamana, Seto thulo,
sano seto, pahelo, murali), Soybean,
(Nepale, Kalo, Seto), Pulse (Rato
Ghore, seto Ghore), Bean (Jare Simi,
ghee simi, Pothre), Cowpea, Chilli
(Akbare), Shallot (Chhyapi), Pea
(Sikkime), Brinjal (Dalle, Lamche),
Bitter Gourd (White, Green, Dalle),
Cucumber (Seto, hariyo), Pumpkin,
Broad Leaf Mustard, (Marpha
Chauuda, Teliya), Raddish, Tokinase,
Horse Gram, Sorghum
Rice (Basmati, Kale basmati, Khemati,
Hardinath, Lalsair, Bhola, Rambilash)
Lentil, Finger millet, Horse Gram,
Green gram, Lathyrus, Bean, Pea
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Name of
Group/Cooperative/Seed
Bank
Address
Crop
9
Gobindapur Agriculture
Group
Lahan
Municipality
ward no 24
Malahanama,
Siraha
10
Communicy Seed bank,
Kharang
Chainpur
Municipality-10
Kharang,
Sannkhuwasabha
Rice Rambilash, Meghdut, Chandani)
Broad Leaf Mustard, Asparagus,
Sponge Gourd, Pumpkin, Bottle Gourd,
Okra, Chili, Lentil, Gram, Pigeon Pea,
Red Gram
Lentil, Horse Gram, Black Gram,
Wheat, Barley, Broad Leaf Mustard,
Rapeseed, Yellow mustard, Sesame,
Niger, Maize, Rice, Cardamom,
Sorghum, Buckwheat
Rice (Seto Basmati, Rato basmati, kalo
basmati, Sabitri, Sathi, Anadi, Rato
Kheda, Seto Kheda, Budhiya, Katarni)
Maize (Maize bhadai, Janera, Ganga
kaberi), Lentil, Pigeon Pea, Horse
Gram, Black Gram, Lathyrus, Pea
(Sugiya, Seto),
Broad Bean (Seto, Kalo), Linseed,
Kalo tori, Yellow mustard, Sesame
(Badhaiya, Baisakha), Coriander, Chili,
Garlic, Turmeric, Zinger
Rice (Anadi), Sponge Gourd, Bottle
Gourd, Bitter Guard, Okra, Lentil,
Broad Bean, Pigeon Pea, Lathyrus,
Rapeseed
Yellow mustard, Broad Leaf Mustard,
Coriander
SN
11
12
13
Ma Bhagawati Community
Bank
GolagunjAmarpur Bara
Gadhimae Community
Seedbank
Baragadhi Rural
Municipality,
Pipra Basatpur -1,
Bara
Charpate community
Seedbank
Gramthan rural
municipality-1,
Morang
|l-------l|l-------l|
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Variety
Rice (Basmati, Anadi, kariyakamodh,
Birenphul, Jira-4, Satraj, Chananchur)
Finger millet, Local Lentil, Horse Gram,
Black Gram, Arhar, Sesame, Rapeseed
Termeric, Garlic, Potato
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Promoting Cooperative-based Seed Enterprises in Surkhet
and Dadeldhura Districts of Nepal
Prakash Subedi and Swikriti Sharma
Oxfam Nepal; @: psubedi@oxfam.org.uk; SS: <Ssharma@oxfam.org.uk>
Pavitra Seed Enterprise in Surkhet District. Photo: Swikriti Sharma, Oxfam Nepal
Abstract
Nepal’s seed sector faces some major problems such as insufficient production,
questionable seed quality, unavailability of foundation seeds, unorganized and low-skill
farmers, inappropriate farming practices, lack of assured market, flexible import policy
for hybrid seed and existence of non-viable community seed enterprises. To address
these problems, Oxfam in Nepal adopted its own model for promoting community
seed enterprises to make them economically viable and sustainable. Oxfam’s seven
years of experience of working in two seed cooperatives, namely Pavitra Janakalyan
Agriculture Cooperative Ltd (Pavitra) in Surkhet and Dadeldhura Agriculture Farmer’s
Cooperative Limited (DAFACOS), have shown that seed enterprises can play a crucial
role in conserving different varieties of open-pollinated seeds, generating revenues for
sustaining cooperative enterprises and improving income and livelihoods of smallholder
farmers. This chapter discusses various components of the Oxfam approach and the
impacts made to make cooperative enterprises sustainable.
Keywords: Access to finance, cooperative-based seed enterprise, enterprise
development, market guarantee, sustainable
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Introduction
Nepal has diverse geographic and agro-climatic conditions, which are suitable
for producing varieties of cereal and vegetable seeds. This provides high
potential for commercial seed production in all climatic zones, contributing to
fulfill the national seed demand. According to the government owned National
Seed Company Ltd., annual demand for cereal crop seed is about 194,000 tons
and for vegetable crop seed about 1,200 tons (SQCC 2018). Majority of this
demand is for open-pollinated seed given that the price compared to hybrid
seed is much lower and better affordable for farmers. Eighty percent of the
demand for cereal crop seed and 60% for vegetable crop seed is supplied by
producers within the country and the rest is imported, mainly from India (MoAD
2015). Owing to increasing agriculture commercialization in Nepal, especially in
vegetable farming, the demand for good quality seed is increasing. There is a
significant preference for seed produced in the hills of Nepal, within the country
and also outside the country (in India and Bangladesh in particular) due to the
high quality. The size of the market is large enough to sustain several community
seed enterprises.
A good crop starts with good seed. Insufficient production, questionable seed
quality, lack of enabling environment for seed enterprises, unavailability of
foundation seed, unorganized and low-skilled farmers, inappropriate farming
practices, lack of assured market, and a flexible import policy for hybrid seed are
some of the issues affecting seed quality in Nepal. To address these problems
related to seed Oxfam Nepal has supported communities in Dadeldhura and
Dailekh districts to establish a community seed bank, which later evolved to a
seed enterprise.
Oxfam has adopted its own model for promoting community seed enterprises
to make them economically viable and sustainable. Oxfam Nepal started
supporting community-based seed enterprises under its Enterprise Development
Programme (EDP) since 2011 in partnership with an agriculture cooperative in
Surkhet named Pavitra Janakalyan Agriculture Cooperative Ltd (Pavitra). Later
in 2012, a similar model was started in Dadeldhura district with the Dadeldhura
Agriculture Farmer’s Cooperative Limited (DAFACOS).
Oxfam’s seven years of experience have shown that seed enterprises can play a
crucial role in conserving different varieties of open-pollinated crops, generating
revenues for sustaining cooperative enterprises and improving income and
livelihoods of smallholder farmers. The seed enterprises, operated by Pavitra
and DAFACOS, involve 3450 seed producers who produce seeds of 38 varieties
of 27 vegetable and cereal crops. Both Pavitra and DAFACOS provide inputs,
extension services, training, access to finance and market guarantee to seed
producers (Pavitra and DAFACOS 2017).
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Oxfam has successfully demonstrated a viable business model of communitybased seed enterprises through Pavitra and DAFACOS under the EDP. This
chapter intends to share the good practices of a community based cooperative
seed enterprise, the business model, impact and challenges. The chapter
is based on desk reviews and the study of project documents, reports and
consultations with cooperative seed enterprises and farmers. One of the main
findings indicates that cooperative seed enterprises can be effective means to
fulfil national seed demand and to create a ripple effect in the rural economy
of Nepal.
Community-based Cooperative Seed Enterprises
Seed, being a high value non-perishable product, provides a quick income
to rural farmers, especially in those areas where commercial fresh vegetable
production is difficult due to high transportation costs. Cooperative-based seed
enterprises involve smallholder women farmers in seed production and ensure
availability of quality seed on the market. They also help to increase production
and productivity of seed by providing different services and inputs, such as
agriculture inputs, extension services, access to finance, market guarantee
and opportunities for sustainable income generation. Furthermore, these
enterprises create employment opportunities in remote rural areas.
Cooperative seed enterprises were started to assure the sustainability of Oxfamsupported community seed banks by establishing linkages between community
seed banks and community seed enterprises. Oxfam supported community
seed banks had the physical infrastructure built for seed storage, but they did
not function as business units. To sustain community seed banks, the business
model of community based cooperative seed enterprise was introduced. The
business model for a community based cooperative seed enterprise supported
by Oxfam is presented below. The community seed enterprise supports the
community seed bank by providing market guarantee of seed produced and
collected in the community seed bank. This helps the community seed bank to
generate revenues and diversify seed production, and develop a good market.
In addition, the community seed enterprise support the community seed
bank in the technical aspect of seed production, ie providing foundation seed,
cultivation techniques, harvesting, cleaning etc.
Oxfam’s Interventions in Cooperative Seed Enterprises
Community based cooperative seed enterprises are being supported under
Oxfam’s Enterprise Development Programme (EDP), which is a business-based
approach to development that identifies business opportunities to support
entrepreneurs to develop and implement a viable business plan (Oxfam 2017).
The EDP provides a mix of loans, grants and business mentoring to small and
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
medium enterprises. This mix creates a high social impact in terms of improved
livelihoods, income and food security. In the following sections, we present
the EDP components that support cooperative seed enterprises to grow and
expand their business.
Loans to Business
Cooperative seed enterprises need investment to improve infrastructure, buy or
adopt high quality and more efficient technologies and expand their business.
Normally, large businesses obtain bank loans and small business access loan
from micro-finance sources. In the middle of these two extremes are medium
enterprises like cooperative seed enterprises, which do not have or have limited
access to finance, mostly because of tedious procedures and requirements of
high collateral.
Unlike conventional development programs that focus on providing grants to run
businesses, EDP utilizes an innovative approach of providing a bank guarantee
via a fixed deposit to enable the enterprise to receive a loan. The aim of EDP
is to change the grant dependent mindset of the beneficiaries and enable
them to establish a viable business through the culture of acquiring credit. The
targeted cooperative based seed enterprises did not have linkages with banks
and their businesses were not mature enough for the banks to invest without
a guarantee. The loans provided to the enterprises by the bank against Oxfam’s
guarantee as fixed deposit, helped enterprises to meet their working and fixed
capital requirements, provide credit to seed producers to buy foundation seed
and necessary agro-inputs and to establish their own agro-vets that supply agroinputs to farmers. In case of a business default by a cooperative seed enterprise
to repay the loan to the bank, EDP has a provision to bear 10% to 50% of the
loan default. The two cooperative seed enterprises repaid back the loans timely.
This approach provided an opportunity for banks and financial institutions to
safely invest in a deprived sector considering that agriculture lending was made
mandatory by the Nepal Rastra Bank through its monetary policy.
Business Development Services
Many small and medium enterprises in Nepal do not receive abundant and good
quality business development services. This is also the case for cooperative
seed enterprises. The EDP provided these services to the management and
operation team of seed enterprises to increase their productivity, enhance
financial management and improve sales and marketing. These services were
provided either by the EDP team or by business mentors at the district, regional
or national levels.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
EDP also supported cooperative seed enterprises with training and expertise to
increase their capacity and skills to manage their business successfully. Training
was provided in financial management skills, business planning, managerial and
financial capacity building, business promotion, support in branding, packaging,
access to finance and markets, and market promotion.
EDP Social Inclusion Grants
EDP supported community seed enterprises through its social inclusion grants
to enable women to realise their right to earn a living, become producers of
the enterprise and rightfully utilize its benefits for their personal growth. Due
to lower levels of education, poor financial literacy, gender-based norms at
the household and community level, rural women are either restricted to their
caretaker role or are not empowered enough to claim individual ownership over
their income or to make financial decisions. With this grant provided by EDP,
women were provided leadership training and awareness raising on subjects
related to their individual, social, political rights and responsibilities. These
grants built better ties between enterprise and smallholder farmers. The women
seed producers were also supported with women friendly-equipment and tools
that saved their productive time. They received gender-sensitization training
and took part in financial literacy classes to improve their basic knowledge and
build their technical skills to increase the quality of production and productivity.
Business Operation Grants
Occasionally EDP provides small Business Operation Grants to struggling
businesses to become profitable. This support is utilized in the enterprise to
grow and to manage high costs during the initial phase of the operation. The
aim is to make it a profitable business within a short period of time, after the
start of its operations.
The two cooperative seed enterprises, Pavitra and DAFACOS, were supported
under this grant during their initial phase of operations to cover their basic
operation costs. The grant support decreased in descending order from 100%,
75%, 50% to 0% in four consecutive years.
Changes Then and Now
a. Ownership, Decision Making and Leadership Capability
Even before EDP interventions, the engagement of EDP experts in business
planning and project appraisal was a transformative experience for Pavitra and
DAFACOS officials as it motivated them to change their ‘dependent mindset’ and
develop an outlook of an entrepreneur. It also required Pavitra and DAFACOS
to change their leadership composition by increasing the proportion of women
shareholders in the executive committee.
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The enterprises and its leadership are unified in the purpose to specialize as the
producer of quality seeds. The shareholders are also clear about this purpose and
have given full trust and decision making authority. As a result, the leadership
is more willing to take entrepreneurial risks. The integration of producer groups
with the cooperative has proven to be critical in developing a sense of ‘community
ownership’ in the seed producing business. The executive board of both
DAFACOS and Pavitra has at least 50% women members, increasing their ability
and authority to influence in decision making. Of 213 shareholders in Pavitra
30% were women before the EDP intervention, now of 1050 shareholders 60%
are women. Of 601 there were 23% women shareholders in DAFACOS before
the EDP intervention; now there are 997 shareholders of which 50% are women.
These two community seed enterprises are benefitting 3448 seed producing
farmers, 64% of whom are women seed producers.
b. Technical Capability
Before EDP interventions, the decision makers were well versed in community
organization but they lacked managerial skills to run a business. As the business
venture was new, there was very little knowledge about seed production and
running the business. To deal with this shortcoming, the EDP engaged board
members and staff to conduct a business appraisal, studying the market,
preparing a viable business model and ways to implement it. This enabled board
members to self-evaluate and enhance their technical managerial capability
of running a seed company and their understanding of enterprise, ecosystem
and economic dynamics. With enough commitment and motivation focused on
the seed business the current teams of the community seed enterprises have
enough technical capacity and decision making ability to run the seed enterprise
successfully.
c. Strategy and Planning
Initially, Pavitra and DAFACOS made losses in purchase and sales agreements
with farmers and buyers of seed due to poor estimates of seed production
and demand. Both had worked to implement NGO projects, but lacked a
strategic vision for business execution. The EDP engaged Pavitra’s executive
board in preparing a business plan, which required clearly stating its business
model, business goals, activities and processes to attain its objectives. EDP
supported the setting of annual social and business performance targets for
both community seed enterprises. As a result of this focused business strategy
guidance by EDP the community seed enterprises achieved significant progress
in terms of increasing sales, the number of shareholder farmers, representation
and leadership of women, improved technical skills of farmers for cultivating,
sorting and grading of seed, improved provision of producer loans to farmers,
stronger engagement of stakeholders and a broadening of their customer base.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
The production capacity has increased from 2 to 116 tons (Pavitra) and from 12
to 140 tons (DAFACOS) annually with the gross margins of around 10-18%. In
2018, Pavitra and DAFACOS initiated a separate seed company in partnership
named Pavitra Seed Industry, selling packaged seed under the brand name of
Pavitra Seeds.
d. Innovation and Technology Use
Pavitra and DAFACOS lacked machinery for cleaning, grading and packaging of
seed. They used to sell ungraded seeds in bulk at a much cheaper rate. Lack of
appropriate machinery was hurting the revenue of Pavitra. The EDP supported
the enterprises to acquire high quality equipment for seed cleaning, grading and
packaging. Now, all seed is sold by the enterprises with its own brand name.
e. Human Resource Management
The enterprises did not have sufficient human resources and lacked sufficient
financial resources to pay them. The EDP supported the enterprises to hire
capable human resources to run day-to-day activities, train and provide
extension services to seed producer farmers and manage the overall business.
As a result, the enterprises now have a competent Manager, Finance Officers
and Agriculture Technicians working full time.
f. Physical Resource Management
Pavitra and DAFACOS ran their office from small spaces and did not have
separate land and buildings for storage and processing. With the support of EDP,
Pavitra collaborated with district level stakeholders, such as District Agriculture
Development Office and Village Development Office, to obtain additional funds
to establish a separate unit for seed threshing, storage, processing and packaging.
EDP supported DAFACOS to establish linkages with the Raising Income for Small
and Medium Farmers Project (RISMFP), from which it received NPR 4.3 million
for the construction of new seed storage, processing house, procuring, grading
and packaging machines. Both enterprises managed to procure 0.1 hectare of
land to establish e processing unit from their own business.
g. Financial Management
Both enterprises lacked financial resources to build up working capital. As a result,
they were not able to adequately mobilize their farmer base to produce seed.
The enterprises could not provide farmers with adequate financial support to buy
foundation seed, fertilizer and technical support and to purchase the harvest.
Until 2011, Pavitra’s annual revenue was limited to less than Rs 0.5 million. The
company was making a net loss of around 32% due to high operation costs and
salaries. Until 2013, the DAFACOS annual revenue was NPR 1.3 million and the
company was making a net loss of 14%. In both enterprises, the bookkeeping and
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
accounting was done in paper based account books. The finance management
was not technically sound. Now, both enterprises have accessed a working capital
loan from the Kumari Bank used to buy foundation seed and provide credit to
the farmers (Pavitra obtained NPR 7 Million and DAFACOS NPR 4 Million) and to
buy the harvested seeds from the farmers. These loans enabled the farmers to
upscale their production while the enterprises upscaled their purchase and sales
of seed. Pavitra sales revenue was 12,636,653 NPR with a net profit of 2.5% in
2017. DAFACOS sales revenue was 12,200,000 NPR with a net profit of 1% in
2017. Both enterprises now have a software based accounting system in place.
h. Quality Control
In the early days, both cooperatives lacked access to seed experts, regular
monitoring and supervision, good storage facilities and proper seed packaging.
With the support of Oxfam, the seed enterprises now have good linkages to the
Regional Seed Quality Control Center, which conducts regular crop monitoring.
In addition to this, both the cooperatives ensure that all batches of seed
undergo tests of purity, germination, moisture and other requirements as per
the standard required by Seed Quality Control Center. Oxfam also supported the
improvement of the storage facilities of both cooperatives and the help of a seed
expert who regularly inspects and monitors the quality.
i. Market Linkages
Before EDP, the seed production of the two cooperative seed enterprises was
very low and their sales were limited to a few known vendors. Gradually, the
production started to increase after EDP intervention. Pavitra sold loose seed in
bulk to two seed companies of Kathmandu. It did not sell to retailers and agrovets who sell directly to farmers. DAFACOS sold loose seed in bulk to a few seed
companies in Dhangadi and Doti, local buyers in Dadeldhura and three agro-vets
of Kathmandu. Oxfam supported both enterprises to prepare and implement a
marketing strategy to increase their market share by directly accessing a greater
range of buyers both locally and nationally for bulk sale and packaging sale.
Oxfam supported Pavitra to design the packaging and take it to wholesalers and
retailers.
Currently Pavitra sells to 16 bulk seed buyers and 26 packaged seed buyers all
across the country. Pavitra’s new packaging has received a good response at local
and regional levels. DAFACOS sells to six established seed companies and nine
agro-vets. For the bulk seed sales, it has a strong network of wholesalers.
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Impact in Summary
The seed enterprises have a positive impact on the economy of the farmers as
well as the enterprises. The interventions in the cooperative seed enterprises
have significantly contributed to supply quality seeds to the Nepalese market
and improved the income of smallholder farmers. The summary of the major
achievements in the Pavitra seed enterprise and in DAFACOS is presented in
Tables 1 and 2 respectively.
Table 1. Summary of achievements in Pavitra Seed Enterprise
SN
1
2
3
4
5
Particular
Number of seed producer
Share Capital / Equity (NPR)
Annual Seed Production Qty
Annual Seed Sales Revenue (NPR)
Saving/ Deposit (NPR)
Before 2011
213
21,300
4 tons
490,909
45,000
In 2017
1558
1,224,000
116 tons
12,636,653
2,191,060
6
Loan Investment to farmers (NPR)
0
7,120,993
7
8
9
Loan receiving farmers
Loan Borrowed from Bank (NPR)
Number of buyers
0
0
1
10
Working Area
1 VDC
11
Seeds
Radish, Pea 4
season beans
577
7,000,000
50+
2 Municipalities
& 1 Rural
Municipality
27 Crops/ 38
Varieties
Table 2. Summary of achievements in DAFACOS Seed Enterprise
SN
1
2
3
4
5
6
7
8
Particular
Number of seed producer
Share Capital / Equity (NPR)
Annual Seed Production Qty
Annual Seed Sales Revenue (NPR)
Loan Investment to farmers (NPR)
Loan receiving farmers
Loan from bank (NPR)
Number of buyers
Before 2011
601
60,100
12 tons
450,000
0
0
0
1
9
Working Area
4 VDCs and 1
Municipality
2 Municipalities & 5
Rural Municipalities
10
Farmers’ Group
11
Seeds
10
Radish, Pea 4
season beans
68
27 Crops/ 38
Varieties
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In 2017
1889
353,100
140 tons
12,200,000
4,000,000
200
5,000,000
15+
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
The farmers now receive good access to finance, have a guaranteed market,
receive a fair price and have access to inputs and extension services without any
hassle. The major impacts are:
• Increased access to finance to 2000 farmers, with a total loan portfolio of
NPR 120 million.
• Both community seed enterprises are providing agriculture inputs obtained
through their agrovets. They have the technical staff to provide extension
services to 3448 farmers.
• Ensured seed market for 3,450 smallholder farmers.
• 256 tons of quality seed produced and sold on the Nepalese market. The
major seed include radish (40 day, tokinasi and mino early), cress, pea
(Sikkim Local) cow-pea (Prakash), brinjal, tomato (Srijana), chilly (akabare),
okra (anamika), cucumber (Bhaktapur local), carrot, broad bean, broad leaf
mustard, snake guard, bitter guard, sponge guard, bean(Chuamase) and
maize (Arun, Rampur composite, Manakamana).
• 3,450 farmers are getting market guarantee for 256 tons of cereal (60%) and
vegetable (40%) seed.
• Full time employment creation by the EDP interventions at enterprise level
-13 and at farmer’s level – 333.
• Multiplier effect at farmer’s level by utilizing Access to Finance provided by
the community seed enterprises for other business/livelihood opportunities
by the rural farmers.
Challenges of the Community Seed Enterprises
The main challenges faced by the community based cooperative seed enterprises
are:
• It is very hard to obtain quality foundation seeds for commercial seed
production.
• Seed produced in other countries is abundantly available on the Nepalese
market. It is very hard to compete with imported seeds.
• Long droughts, hailstones and heavy rainfall are the major challenges for
seed production. Insurance companies are not very interested in insuring
seed production, because of fragmented production and high administrative
costs. Despite a series of dialogues with concerned stakeholders and
insurance companies, the problems remain same.
• Maintaining forward linkages for community-owned enterprises is difficult
due to the management structure, the system of changing leadership every
three years and a complex decision making process.
• Community seed enterprises are facing the problem of high receivables and
bad debts of their buyers due to weak business ethics among the value chain
actors.
• Finding competent human resources to run a business in rural areas is hard.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Learnings and Recommendations
•
•
•
•
•
•
•
Community seed banks can opt for the model of community seed enterprise
to become a viable and sustainable business, creating positive impact for a
large number of smallholder farmers.
Seed enterprises have some competitive and comparative advantages to
grow their business while at the same time increasing the income of rural
communities and contribute to the conservation of local varieties. This
approach could be promoted and replicated in other parts of the country.
To meet the national demand of seed, production of foundation seed at
cooperative level is crucial.
Although the use of hybrid seed seems to be growing, there is an unmet
demand in the market for open-pollinated seed. Cooperative seed enterprises
should be promoted to fulfill the demand for quality seeds.
Provision of crop insurance should be made easier and more farmer friendly.
Local and provincial governments should support and encourage community
seed enterprises.
Integrated service/input delivery by government organizations and research
and extension organizations is crucial for sustaining community seed
enterprises.
Conclusion
Despite the high potential of commercial seed production, Nepal’s dependency
on imported seed is rapidly increasing. At the same time, there are a number
of community seed banks promoted by the Government of Nepal and other
development agencies which are struggling to become financially sustainable.
To address this problem, Oxfam’s EDP model could be appropriate as it has
successfully demonstrated a sustainable business model for community seed
enterprises. The business model benefits large number of farmers and value
chain actors engaged in the seed sector by providing quality and reliable seed
on the market. The experiences of Oxfam’s Enterprise Development Programme
can be leveraged and replicated in other community seed banks of Nepal.
References
MoAD. 2015. Agriculture Development Strategy 2015-2035. Ministry of Agricultural
Development, Nepal.
Oxfam. 2017. Enterprise Development Program Annual and Semester Reports 2016/17
and 2017/18. Oxfam in Nepal.
Pavitra and DAFACOS. 2017. Financial Reports of Pavitra Janakalyan Agriculture
Cooperative Ltd (Pavitra) and Dadeldhura district with Dadeldhura Agriculture
Farmer’s Cooperative Limited (DAFACOS) 2016/17 and 2017/2018. Nepal
SQCC. 2018. National Seed Balance Sheet 2017/2018. Seed Quality Control Centre,
Government of Nepal.
|l-------l|l-------l|
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International
Farmers’ Rights and Access and Benefit Sharing Mechanisms
in Community Seed Banks in Nepal
Devendra Gauchan1, Bal Krishna Joshi2 and Bharat Bhandari3
Bioversity International, Nepal, Kathmandu; @: d.gauchan@cgiar.org
National Agriculture Genetic Resources Centre, NARC, Lalitpur, Nepal; <joshibalak@
yahoo.com>
3
Local Initiatives for Biodiversity Research and Development (LI-BIRD), Pokhara;
<bbhandari@libird.org>
1
2
Ghanapokhara Community Seed Bank in Lamjung District. Photo: LI-BIRD Photo Bank
Abstract
Farmers’ Rights and access and benefit sharing (ABS) are important and interlinked issues
in the conservation and sustainable use of agrobiodiversity. This chapter aims to assess
the current status and policy gaps of implementing farmers’ rights and ABS mechanisms
with regard to community seed banks and the conservation and sustainable use of
agrobiodiversity in Nepal. It also explores potential options and strategies to promote
community seed banks as local legitimate institutions for formalizing ABS mechanisms
and realizing farmers’ rights. The information for this study is generated and synthesized
from a review of relevant policies and programs, key informant interviews and focus
group discussions with community seed bank members and stakeholder consultation
meetings. Recently, community seed banks (CSBs) are emerging as important communitybased institutions for local level access and exchange of genetic resources, strengthening
local seed system, realizing farmers’ rights and safeguarding agrobiodiversity. They
are also gradually emerging as a local grass-roots institution for crop improvement,
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
variety maintenance and registration of local varieties for increased benefit sharing
with farmers and local communities. A well-functioning CSB adopts community
biodiversity management (CBM) approaches and tools, such as community biodiversity
register, diversity field school, diversity fair, community biodiversity management fund,
participatory plant breeding, value addition and marketing to promote local access,
exchange, use and conserve crop genetic resources using customary rules and practices.
At present, however, there are no formal mechanisms, rules, guidelines and protocols
for facilitating access, exchange and use of genetic resources from the CSBs in line with
national and international policies and protocols. Considering this situation, we propose
a model for developing a community seed bank as a legitimate institution (platform)
for prior-informed consent (PIC) and ABS mechanisms and formalizing farmers’ rights
to genetic resources. This will, however, require creating incentive mechanisms for
custodian farmers and communities and bringing support from formal sector agencies
through relevant policies, legislation and programs to promote and sustain community
seed banks.
Keywords: Access and benefit sharing, community seed banks, farmers’ rights, policy
Introduction
Small farmers in developing countries have made unique, evolutionary and
historical contributions to the conservation and development of genetic resources
for food and agriculture. Over generations, farmers have selected, domesticated
and nurtured crop varieties and their wild relatives by retaining seeds, recycling
them for the next planting seasons and exchanging them with their neighbours
and local communities to meet various household, social, economic and cultural
needs (Gauchan 2011). It is estimated that 70-90 percent of the seeds required
in developing countries is met through this type of informal seed system
(Development Fund 2011), that promotes informal sharing, exchanges with local
communities and local markets.
Recently, community seed banks (CSBs) have emerged in developing countries as
important informal institutions for meeting local seed requirements, conserving
agrobiodiversity and making seeds available of traditional varieties by promoting
community exchanges, selection, sharing and improvement. The core functions
of community seed banks are to preserve seeds of crop landraces for local
use, providing access to quality seed and planting materials of diverse crops
species and promote farmers’ rights and food sovereignty (Shrestha et al 2013a,
Vernooy et al 2014). Community seed banks give priority to the conservation
and use through local saving, selection, reintroduction, improvement and
facilitating local access and exchanges of local varieties through collective
efforts. Such collective practices of selecting, sharing, saving and exchanging
seeds are essential for preserving the dynamics of the seed system, conserving
agrobiodiversity and facilitating access and availability of agricultural genetic
resources to local communities. These vital roles that farmers play in selecting,
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
continuously improving, conserving and ensuring availability of agricultural
genetic resources mean that promoting local level access and benefit sharing
and preserving farmers’ rights to traditional knowledge is essential (Gauchan
2016). Indeed, farmers’ rights are closely linked to access and benefit sharing
(ABS) in traditional farming systems, where farmers have control over their seed
system through local selection, saving, exchange and improvement of seeds of
traditional crops and varieties.
International convention and treaties and national policies are increasingly
putting emphasis on developing provisions for ensuring farmers’ rights and
facilitate formal mechanisms for effective implementation of ABS. However,
currently implementation of such provisions at the national level is limited and
there are very few practical models for ensuring farmers’ rights and facilitating
formal mechanism for ABS at local level. In addition, due to the dominance
of farmers’ seed systems and prevailing informal access and benefit sharing
practices, mechanisms to formalize ABS and ensure farmers’ rights are not
among the priority activities of community seed banks. In this context, there
is a need of exploring options about the role of CSBs to facilitate local level
formal ABS mechanisms and ensuring farmers’ rights. This paper aims to explore
this role. It argues that a community seed bank can be such a legitimate local
institution in Nepal.
Methodology
The study used a combination of literature review, focus group discussion (FGD)
with communities and custodian farmers in the UNEP GEF Local Crop project
sites Dolakha, Humla, Jumla, and Lamjung. In addition, key informant interviews
and interaction meetings were carried out in the last three years with key
stakeholders in the project sites and other places including R&D professionals,
private seed entrepreneurs and CSB leaders from Bara, Nawalparasi, Dalchowki.
Using specific checklists, the information for this study was generated, compiled
and synthesized. The concepts, rationale and feasibility of employing CSB as
an institution to formalize ABS and farmers’ rights were also discussed and
presented in the UNEP GEF virtual workshop from December 15 2016 to January
15, 2017. Useful feedback was received from colleagues. A draft of the chapter
was validated at the recently held consultation meeting with stakeholders and
the national CSB Network in Kathmandu during the 2nd national CSB workshop
3-5 May, 2018.
Findings
International and National Policies on Farmers’ Rights
The concept of farmers’ rights was introduced in the Food and Agriculture
Organization (FAO) of the United Nations Undertaking on Plant Genetic Resources
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
in 1979 and, later, in the International Treaty on Plant Genetic Resources for Food
and Agriculture (ITPGFRA) in 2001, following a series of debates that started in
the FAO about unequal distribution of benefits obtained from the sharing of
germplasm (FAO 2001). The concept of farmers’ rights, which is included in the
ITPGRFA, emphasizes the need for promoting and protecting farmers’ rights
at both national and international levels. Article 9 of the Treaty recognizes the
enormous contribution that farmers and local communities have made to the
conservation and development of plant genetic resources for food and agriculture
(PGRFA) and identifies measures to protect and promote farmers’ rights (FAO
2004). It also recommends national governments to take national measures to
realize farmers’ rights. The Nagoya Protocol on Access to Genetic Resources and
Benefit Sharing, under the Convention of Biological Diversity (CBD), supports
and protects farmers’ rights by seeking prior and informed consent (PIC) of
related communities for obtaining access to genetic resources and traditional
knowledge. It makes provisions for equitable sharing of benefits accruing from
the use of genetic resources and associated traditional knowledge. The World
Trade Organization (WTO)’s Trade Related Aspects of Intellectual Property Rights
(TRIPS) agreement has direct relevance to crop improvement, conservation,
exchange and ownership (Gauchan et al 2017). The Article 27.3(b) of the TRIPS
agreement has a provision for the requirement of Plant Variety Protection
(PVP) that can be met either through patents, an effective sui generis system or
combination thereof.
Globally, the Indian Plant Variety Protection and Farmers’ Rights Act (2001) is
the first example of a national sui generis law that recognizes farmers’ rights.
The Agrobiodiversity Policy of Nepal (2007) revised in 2014, recognizes farmers’
rights to agricultural genetic resources. The Intellectual Property Policy of Nepal
(2017), Agricultural Development Strategy (2015), National Biodiversity Strategy
and Action Plan (2014) and National Seed Vision (2013) also mention farmers’
ownership rights for genetic resources and traditional knowledge. The currently
proposed Plant Variety Protection and Farmers’ Rights draft Act of Nepal (2008)
envisages a set of balanced rights of farmers and plant breeders in line with the
provisions of the ITPGRFA and in line with the Indian Plant Variety Protection
and Farmers Rights Act, 2001 (Gauchan 2016). Farmers’ rights are important
components included in the draft Agrobiodiversity Conservation and Utilization
Act (2016) which is currently being finalized. The draft Access and Benefit
Sharing Act of Nepal (2016), awaiting final approval by the government of Nepal,
has provisioned the ownership rights of local and indigenous communities to
genetic resources and traditional knowledge in line with the Nagoya Protocol
and Convention of Biological Diversity (Gauchan et al 2017).
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Some authors have argued that the community seed bank approach is an effective
mechanism to realize farmers’ rights on seeds, promote food sovereignty and
address the issues of climate change adaptation in agriculture (Development Fund
2011, Vernooy et al 2017). Community seed banks function as a mechanism to
implement farmers’ or indigenous rights by way of recognition of the important
roles of farmers as seed custodians, allowing farmers’ participation in local
benefit sharing and decision making and, to a lesser degree, in the development
of a supportive policy and seed regulatory framework (Pistorius 2016). Farmers’
rights to genetic resources are one of the fundamental rights to recognize
the individual and collective contributions of farming communities. These
rights should be complemented by incentives for their efforts in conservation
and sustainable development of agriculture (Gauchan 2011, 2016). Another
major accomplishment to advance farmers’ rights in this way will be the legal
recognition of community seed banks. This is still a challenge, including in Nepal.
International and National Policies on Access and Benefit Sharing
The major international policies with specific provisions of access and benefit
sharing (ABS) of genetic resources are the Convention on Biological Diversity (CBD)
and its Nagoya Protocol and the International Treaty on Plant Genetic Resources
for Food and Agriculture (ITPGRFA). Concerning genetic resources in general, the
Nagoya Protocol (2010) of the CBD provides national ABS mechanisms through
prior informed consent (PIC) and mutually agreed terms (MAT). Nepal has not
yet ratified the Nagoya Protocol. With respect to plant genetic resources for food
and agriculture, the ITPGRFA is the important international policy provision that
provides a mechanism for facilitated access of crop genetic resources through
the use of the multilateral system of access and benefit sharing. The Plant
Treaty provides mechanisms of access and exchange of genetic resources for
64 crops (35 food crops and 29 forages: the so-called Annex-1 materials) (FAO
2004). It makes the point that the creation of the multilateral system will benefit
all contracting parties. The Treaty (Article 13) provides for sharing the benefits
of using plant genetic resources for food and agriculture through information
exchange, access to and transfer of technology, capacity building and the sharing
of benefits arising from commercialization (Gauchan and Upadhyay 2006).
Some of the national policies and legislation in Nepal that have a provision of
ABS of genetic resources include: Agrobiodiversity Policy 2007 revised in (2014),
National Biodiversity Strategy and Action Plan (2014), ITPGRFA Multilateral
System (MLS) Implementation Strategy & Action Plan (IMISAP 2017); draft Access
and Benefit Sharing (ABS) Act (2016) and draft Agrobiodiversity Conservation and
Utilization Act (2016). In a recently developed Terms of Reference (ToR) of the
Germplasm Access and Exchange Authority Committee (GAC) of the Ministry of
Agriculture and Livestock Development (MoALD) some guidelines are included
for formal access and exchange of crop genetic resources as per the provision
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of ITPGRFA multilateral system. A similar provision is also included in the draft
Agrobiodiversity Conservation and Utilization Act (2016), which is under revision
and finalization (MoALD 2018).
Formal Mechanisms of Access and Benefit Sharing
The development and use of formal mechanisms of access and benefit sharing,
through a legal contract, are not very common for agricultural genetic resources;
though for medicinal herbs some examples exist. One example of an agreement
concerning agricultural crops is the ABS agreement between a number of Andean
communities growing traditional potato varieties in Peru and the International
Potato Centre (CIP) about the repatriation of their traditional potato varieties
(Argumedo 2011). In Nepal, a formal access and benefit sharing agreement exists
for improved hybrid Srijana tomatoes, signed between NARC (developer) and
private seed companies and agro entrepreneurs. In this case, a MoU between
NARC Horticulture Research Division (HRD) and seed companies was agreed
in November 2010 (NARC 2010) to provide access of superior parental inbred
lines to the private sector. In return, the private sector agreed to share some
benefits with NARC Horticulture Research Division (developer of the parental
lines) through the payment of a royalty of commercial seed sales. According to
the agreement, private seed companies and entrepreneurs need to pay 3% of
the value of seed sales in dealer price to NARC.
Informal Mechanisms of Access and Benefit Sharing
At present, mechanisms to regulate access and benefit sharing are mostly
informal, without any formal legal procedure. Community seed banks largely
operate as part of the informal seed system and accordingly have developed
mostly informal norms, rules and practices of access and exchange of genetic
resources and sharing benefits arising from their use. Traditionally, there has
always been free access to genetic resources and traditional knowledge in
farmers’ seed systems. Some localized/customary benefit sharing mechanisms
can be found. Seed producer farmers involved in a CSB generate benefits from
seed production and marketing of promising local varieties as well as improved
varieties. This is usually done through coordinating the production, exchange
and marketing of the seed of locally adapted seed varieties among farmers in
the form of Truthful Labeled (TL) seeds. Community seed banks and other forms
of seed exchange are effectively putting informal access and benefit-sharing into
practice in a way that enhances the resilience and autonomy of food producers
and their farming systems while preserving biodiversity (Pistorius 2016). Some
of the other important informal mechanisms employed in Nepal for access and
benefit sharing are supporting farmers and building their capacity to establish
and operate community seed banks through collaboration with the national
genebank, farmers’ involvement in participatory grassroots breeding, seed
selection, multiplication and registration, and value addition and marketing of
local crop genetic resources.
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Community Seed Banks as Emerging Institutions for ABS
Recently, community seed banks (CSBs) are emerging as collective informal
community-based institutions for strengthening local seed system and
safeguarding agrobiodiversity. Most of the community seed banks act as an
extension of farmers’ informal seed systems, in which the various stages of seed
management—selection, conservation, exchange and improvement—take place
without involvement of or control by research, development or government
agencies (Pistorius 2016). According to De Jonge et al (2016), community seed
banks can be seen as a collective framework and institutional platform for making
decisions about crop cultivation, seed production and conservation of locally
adaptive germplasm. As such, they are effective mechanisms to implement
farmers’ rights as defined by the Plant Treaty. CSBs are also becoming important
intermediary institutions at the local level to provide access of genetic resources
to farmers and outside agencies as well as obtain genetic resources from outside
communities and external agencies (Figure 1).
Farmers
External
Agencies
Community Seed
Banks
Outside
Communities
Local Rural
Municipalities
National
Genebank
Figure 1. Community seed bank as a local institution for access and benefit sharing.
CSBs not only provide farmers’ access to seed diversity, but also the ability to share
in the benefits of the continuing cycle of seed conservation and development (De
Jonge et al 2016). Previous studies have demonstrated that CSBs are effective for
the exchange of traditional knowledge and genetic resources in communities
(Shrestha et al 2013b). They have positive effects on increasing access to
local seeds; development of new varieties; identification, conservation and
promotion of local landraces as well as increased benefit sharing from marketing
of local varieties (Paudel et al 2008). CSBs have the potential to expand the
use of the multilateral system of exchange of genetic resources nationally and
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internationally through linking CSBs with national and international genebanks
(Bhatta et al 2013). CSBs that adopt tools and approaches of CBM, such as
community biodiversity register, diversity fair, participatory seed exchanges
and participatory plant breeding and that use the prior informed consent (PIC)
mechanism effectively facilitate the regulated exchange of genetic resources and
traditional knowledge.
Community seed banks can play an important role in providing access to seeds
during a crisis, such as disasters, droughts, floods or cyclones. During Nepal’s
devastating 2015 earthquake, some community seed banks in the country (eg
CSBs of Tanahun, Dang and Nawalparasi) provided access to locally adapted
seeds through a seed relief program to farmers and communities in earthquake
affected areas far away from their locations (Shrestha 2018). Recent evidence
of the “Seeds for Needs” initiative of Bioversity International from India and
Ethiopia indicate that CSBs can play a role in making local seed systems more
cost effective and efficient, foster seed exchanges at local and supra-local levels,
access novel diversity not conserved locally and access seeds from areas where
plants have adapted to extreme weather conditions (Vernooy et al 2017).
Therefore, CSBs are emerging as an important platform for accessing and sharing
diverse sources of germplasm in a decentralized manner.
Case Study of UNEP GEF Project Managed Community Seed Banks
Community seed banks operating actively in Nepal managed by the UNEP GEF
Local Crop Project (LCP) in the mountains of Nepal have implemented various
community biodiversity management (CBM) tools and approaches: diversity
fair, diversity field school, participatory plant/grass-roots breeding, community
biodiversity register and community biodiversity management fund. Farmers and
local communities access, exchange and share quality seeds of locally adapted
crop varieties through these CBM tools and approaches often at a lower price
than prevailing market rates. The project was initiated in 2014 in four remote
mountain districts of Humla, Jumla, Lamjung and Dolakha representing western,
central and eastern Nepal. The project focuses on eight target underutilized
traditional mountain crops: amaranth, barley (both hulled and hull less), beans,
buckwheat, foxtail millet, finger millet, proso millet and cold tolerant rice. The
project is being implemented by Bioversity International jointly with NARC, LIBIRD and Department of Agriculture (DoA) with funding support of the Global
Environment Facility (GEF) through UN Environment.
The project supports CSBs to carry out seed collection, exchange and display
through routine activities. It works with local social networks and organizes
specific events, such as diversity fairs and food fairs, diversity field schools,
participatory seed exchanges, participatory variety selection and grassroots
breeding. It trains farmers to do on-farm characterisation and evaluation, and
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
crop and seed value chain development. The method used to train local custodian
men and women farmers is the diversity field school (DFS), which also include
exchange visits and exposure to national decision making and policy fora. These
activities are important to realize farmers’ rights. The project has also supported
the development of farmers’ variety catalogues and a varietal registry procedure
that facilitate sharing of information and traditional knowledge resulting in
better access and benefit sharing from the use of underutilized local farmers’
varieties. Another activity has been the use of diversity kits and IRD (Informal
Research & Development) kits of target underutilized crops to a large number of
farmers beyond the project sites and districts. Table 1 presents the status of crop
genetic resources that have been conserved and made available and that have
produced benefits to farm households and communities in the project districts
of Humla, Jumla, Dolakha and Lamjung of the remote mountains.
Table 1. Crop genetic resources conserved, made available and households benefited
No. of No. of
No. of HHs
Community
Major crop
SN
Province
local
local
benefited
seed bank
species
crops varieties
from CSB
Jungu,
rice, beans, finger
1
3
24
42
Dolakha
millet, buckwheat
2374
rice, finger millet,
Ghanpokhara,
2
Gandaki foxtail millet,
15
74
Lamjung
1410
beans
rice, beans, finger
millet, amaranth,
Chhipra,
3
Karnali
proso millet,
29
51
Humla
foxtail millet,
6900
buckwheat
rice, beans, finger
4
Hanku, Jumla Karnali
millet, amaranth, 21
65
9400
foxtail millet
Total
35
232
20,084*
Source: Bioversity International (2018); *Cumulative estimation 2014-2018.
In the last three years, the project, through the national genebank and other
research centres, has deployed a total of 300 varieties of eight target underutilized
mountain crops for on-farm testing in four project sites. 60 varieties of these
eight under-utilized crops were made available to about 16,000 households
until mid 2018 in remote mountainous project sites of Jumla, Humla, Lamjung
and Dolakha (Bioversity International 2018). When major food crop varieties
of lower altitude rice, wheat and maize including other non-target crops (eg
legumes, oilseeds and vegetables) are considered, the project has provided
access to diverse varieties and quality seeds of about 35 food crops covering
over 20,000 households. This is resulting in better food security and livelihood of
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
smallholder farmers in the remote risk prone mountains of Nepal. Participation
of local farmers and communities in on-farm germplasm evaluation is increasing
their awareness and capacity to identify and recognise specific attributes and
suitability of crop varieties. This is a more focussed approach to promote ABS,
where the seeds managed and made available to the local communities in the
community seed banks are managed through evolutionary adaptation. They
are kept under the direct control of the farming community to strengthen their
capacity to adapt and mitigate the risks related to climate change and natural
disasters.
The CSBs manage a Community biodiversity management (CBM) fund that
allow direct benefit sharing by local communities in the form of credit flow
to needy, poor and vulnerable communities (poor, women and disadvantaged
social groups). Stronger collaboration of the CSBs with the national genebank
and NARC research centers such as Hill Crops Research Program (HCRP), Kavre,
Dolakha and Agricultural Research Station, Jumla, has provided better access to
and choice of germplasm from other parts of Nepal. Farmers are also reaping
the benefits of technical information and scientific knowledge provided by these
national research organizations. In conclusion, the CSBs managed in remote
and risk prone high mountains of Nepal are providing easy and timely access of
seed diversity of underutilized traditional crops to smallholder poor farmers in
marginal farming systems. They do this in a context where access to seeds and
support from formal sector agencies is either very much limited or absent.
Community Seed Banks for Participatory Crop Improvement and
Variety Registration
CSBs are also gradually emerging as a local grass-roots institution for crop
improvement, variety maintenance and registration of local farmers’ varieties
for increased benefit sharing with local communities. Their engagement in
participatory plant/grassroots breeding and variety selection activities have
strengthened access to and availability of improved seeds and increased diversity
through collaboration between farmers, plant breeders and seed producers.
For instance, the CSBs of Chippra, Humla and CSB Hanku, Jumla are engaged in
improvement of local farmers’ varieties, such as Dudhe Chino variety of proso
millet and Rato kodo variety of finger millet respectively through grass-roots
breeding. CSB Jungu, Dolakha is also engaged in selection and maintenance of
seeds of two endangered varieties of bean (Khairo Ghiu simi and Panhelo simi) and
is in the process of registration for marketing in collaboration with formal sector
agencies. CSB Bara (Kachorwa) has engaged in development and improvement
of Kachora-4 variety of rice through participatory plant breeding and maintaining
seed quality, registration and marketing of this variety. Community seed banks
practicing participatory plant/grassroots breeding activities build on the existing
and mostly informal forms of access and benefit sharing while adding new
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
elements. They have control over management of seeds and planting materials
to realize their rights to seeds.
Gaps in Implementation of ABS and Ensuring Farmers’ Rights
Farmers and stakeholders lack awareness and knowledge about ABS issues
including ownership rights of farmers and communities to genetic resources.
In addition, farmers are not adequately represented in national level fora and
decision-making bodies concerning the use and conservation of agricultural
genetic resources. Community seed banks as a form of farmer organization, do
not have formal legal status as such, hindering their organizational development.
The country lacks legal means to protect farmers’ rights and traditional knowledge
on genetic resources (Gauchan 2008). Legislation on plant variety protection,
farmers’ rights and access and benefit sharing mechanisms is not formally in
place, which hinders facilitated access and exchange of genetic resources
and the creation of incentives for farmers, plant breeders and other actors to
conserve and sustainable use the diverse agricultural genetic resources of the
country (Gauchan et al 2017). The Seed Act 1988 (amended 2008) mentions
breeders’ rights (specific details are not outlined), but the provision for farmers’
rights is not included. The Agriculture Development Strategy (2015) clearly
emphasizes the broad rights of farmers related to agriculture, land and support
services, but does not elaborate specific rights of farmers and local communities
to agricultural genetic resources as per the provisions of the ITPGRFA.
As a party to WTO TRIPS and the CBD, Nepal has drafted a Plant Variety
Protection and Farmers’ Rights Bill (2005) and an Access and Benefit Sharing Bill
(2016). Both have recently been revised, but are still in draft form. They need
improvement and approval from government before they can be implemented
to support ABS, farmers’ rights and conservation of agrobiodiversity. The present
draft Access and Benefit Sharing (ABS) legislation (2016), now in the process
of final approval, focuses on access and benefit sharing of genetic resources
with the provisions of Prior Informed Consent (PIC) and mutually agreed terms
(MAT) as per the provision of the CBD and Nagoya Protocol (2010). However, the
Bill has limited application to agricultural genetic resources (MoFE 2018). Since
crop genetic resources in community seed banks are presently maintained and
used through frequent and free exchange and sharing between and among the
communities, an access legislation that restricts facilitated and free exchange of
seeds among communities, will likely have negative effect on farmers’ incentives
to manage and promote local seed security and conservation of biodiversity.
Other challenges include the current varietal registration and release formats,
guidelines and procedures that are not farmer friendly. The varietal development
and release/registration processes are dominated by the formal system providing
no alternative, incentives and flexibility for farmers wishing to assess different
cultivars, obtain access to seeds, increase the genetic diversity of their crops or
add value to them (Gauchan et al 2005).
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Banks as Legitimate Institutions for Farmers’ Rights
and ABS Mechanisms
Many countries are in the process of developing (or some have developed)
national policies and legislation in line with international conventions, treaties
and protocols to implement farmers’ rights and ABS mechanisms. These policies
and legislation affect how national and local governments, public research
organizations, private sectors and farmers conserve, protect, manage and
make available and exchange genetic resources among different users and
stakeholders and also ensure rights of farmers and local communities to these
genetic resources. While the policy and legal frameworks are essential at the
national level to recognize, protect facilitate and implement ABS and ensure the
rights of farmers and communities, their practical implementation remain the
major challenge in a least developed agro-based country like Nepal (Gauchan
2011).
In this context, a local level institutional mechanism is required to implement and
facilitate effective ABS and ensure rights of farmers and local communities in line
with national and international policies. Considering this, the community seed
bank is proposed as a local legitimate institution or platform. A CSB facilitates
local level collective sharing, exchange, conservation and use of local genetic
resources. Many of the past and on-going projects and initiatives of Bioversity
International jointly with LI-BIRD and NARC have developed and piloted some
good practices, approaches and tools of community biodiversity management
(CBM) in Nepal (Sthapit and Gauchan 2006, Shrestha et al 2013c). CSBs use
these practices to enhance ABS at the local level and ensure rights of farmers to
genetic resources (Paudel et al 2008). Figure 2 illustrates this.
Participatory
Seed Exchange
Community
Biodiversity Register
Participatory
Plant Breeding
CSB for FRs & ABS
Participatory Value
Addition &
Marketing
Community
Biodiversity Fairs
Diversity Field
School (DFS)
Diversity Blocks &
Diversity Kits
Community
Biodiversity
Management
Trust Fund
Figure 2. Mechanisms that realize farmer’s rights and local level ABS in Nepal
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
A promising event is that the Association of community seed banks of Nepal
(ACSBN) recently formed by a network of 27 functional CSBs has agreed to
serve their member CSBs as the designated local institution for implementing
and defending farmers’ rights and ABS mechanism in respective parts of
Nepal. According to Anderson et al (2018), community seed banks are relevant
stakeholders and may thus be among those organizations that could be engaged
in decision making at the national level. National institutions including agricultural
extension services should provide the best institutional infrastructure to embark
on a scaling up of such approaches.
Conclusions and Implications
Farmers’ Rights and access and benefit sharing are important and interlinked
issues in the conservation and sustainable use of agrobiodiversity. Key applicable
approach based on existing rural realities are community seed banks and farmer
seed systems, which serve as local points of access to genetic resources as well
as ensuring equitable sharing of benefits. Community seed banks can enhance
both informal and formal access and benefit sharing through strengthening
farmers’ seed system and promoting its linkages with formal sector agencies.
They provide mechanisms that promote the availability and accessibility of
seed diversity and quality seeds of preferred varieties (both traditional and
modern). Community seed banks involved in participatory plant breeding and
variety selection and maintaining quality source seeds of farmer varieties and
their engagement in variety registration and release of locally adapted varieties
promote improved access and benefit sharing to local community, particularly
for traditional underutilized crops and landraces, where options for access to
seeds from external sources is limited and absent.
The information presented above envisages that community seedbank can be
an effective institution to implement farmers’ rights and ABS through saving,
exchanging, sharing and using farm-saved seeds and promoting prior informed
consent to obtain access to plant genetic resources and traditional knowledge
associated to local genetic resources. In addition, they can be used for
enhancement of farmers’ varieties, their registration, certification and marketing
of quality seeds by strengthening organizational capacities of local institutions
for promoting commercialization and wider sharing of benefits. Considering
these, we propose a model for developing CSB as a legitimate local platform
for prior-informed consent (PIC) and access and benefit sharing mechanisms
that promote and ensue farmers rights to genetic resources. This will however,
require legal recognition of community seed banks as farmer organization
and creating incentive mechanisms for custodian farmers and communities
by bringing support from formal sector agencies through relevant policies,
legislations and guidelines. Furthermore, there is a need of programs and action
plans to support, promote and sustain community seed banks by linking with
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
national genebank and other formal sector R &D agencies for formalizing farmers
rights and promoting facilitated access and effective equitable benefit sharing.
New national laws on access and benefit sharing, agrobiodiversity conservation
and utilization and plant variety protection and farmers’ rights that are under
formulation should make appropriate provisions of recognizing community seed
banks as local platform for facilitated ABS mechanisms and formalizing farmers
rights. This is a best suggested option because, presently there are no other local
level institutions that have knowledge, skills, experience, and expertise other
than community seed banks. International policies and funding mechanisms
such as Benefit sharing fund of ITPGRFA should make sure that sufficient funds
for supporting community seed banks are in place as part of their obligations
to implement Farmers’ Rights and other provisions of the Plant Treaty, such as
facilitating multilateral system of access, exchange and fair and equitable sharing
of benefits arising from the use of genetic resources.
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sfo{ yfngL ePsfn] o;nfO{ klxnf] ;fd'bflos aLp a}ssf ?kdf lnPsf] kfOG5
-afnL ljsf; lgb]z
{ gfno, @)^%_ . kl5 uP/ nL–a8{, g]kfn s[lif cg';Gwfg kl/ifb\ /
afof]el;{6L OG6/g]zgnn] af/f lhNnfsf] srf]jf{df ;fd'b' flos aLp a}s
+ sf] :yfkgf u/]sf]
kfOG5 . ;fd'bflos aLp a}s
+ sf] cjwf/0ffnfO{ lrq g+= ! df b]vfOPsf] 5M
JolQmut
;d"xut
/}yfg] hft
pGgt/cfw'lgs
hft
s[ifs
tl/sf
#= k|zf]wg
@= aLhj[l4
;fdbflos ljp
a}+s
!= aLpsf]
k|sf/
s[ifs /
cfw'lgs
tl/sf
$=
JolQmut
%= ljt/0f
gub
sf/f]af/
;f6f;f6
;d"xut
aLp C0f/aGwsL
lrq g+= !M ;fd'bflos aLp a}+ssf] cjwf/0ff
;fd'bflos aLp a}+ssf] p2]Zo s[lif cfg'j+lzs ;|f]tx?sf] ;+/If0f / ;+j4{g ugf{sf
;fy} ltgsf] ljsf; / plrt pkof]uaf6 s[ifs Pj+ ;d'bfonfO{ cfTdlge{/tkm{
pGd'v u/fpgfsf ;fy} cfly{s nfe klg lbnfpg ;Sg' xf] . t;y{ lrq g+= ! df
b]vfOPsf] cjwf/0ff cg';f/ ;fd'bflos aLp a}+sdf /}yfg] k|hfltnfO{ k|fyldstfdf
/fvL ;d'bfonfO{ cfjZos kg]{ pGgt aLpx?sf] ;d]t ;+/If0f ug'f{sf ;fy} ltgsf]
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
ljsf;, k|j4{g / pkof]u ug{ aLhj[l4, aLp k|zf]wg tyf e08f/0f ug'{, s[ifs–s[ifs
Pj+ ;d'bfoaLr ;f6f;f6 ug'{ / ljqmLljt/0f ug'{ klg xf] .
;fd'bflos aLp a}+s;Fu ;DalGwt gLltut Joj:yf
g]kfnsf] ;+ljwfg
g]kfnsf] ;+ljwfgsf] wf/f $@ df ;fdflhs Gofosf] xsdf :yfgLo aLplahg /
k|hfltsf ;DaGwdf ePsf] Joj:yf M -$_ k|To]s ls;fgnfO{ sfg"gadf]lhd s[lifsfo{sf
nflu e"lddf kx'Fr, k/Dk/fut ?kdf k|of]u / cjnDag ul/Psf :yfgLo aLplahg
/ s[lif k|hfltsf] 5gf]6 / ;+/If0fsf] xs x'g]5 .
To:f}u/L wf/f %! df /fHosf gLltx?df b]xfo cg';f/sf k|fjwfg /x]sf] kfOG5 M
• k|fs[lts ;|f]t;fwgsf] ;+/If0f, ;+j4{g / pkof]u;DaGwL gLltsf] a'Fbf g+=
% df hg;fwf/0fdf jftfj/0fLo :jR5tf;DaGwL r]tgf a9fO{ cf}Bf]lus Pj+
ef}lts ljsf;af6 jftfj/0fdf kg{ ;Sg] hf]lvdnfO{ Go"gLs/0f ub}{ jg,
jGohGt', kIfL, jg:klt tyf h}ljs ljljwtfsf] ;+/If0f, ;+j4{g / lbuf]
pkof]u ug]{,
• o;}u/L a'Fbf gDa/ -&_ df k|s[lt, jftfj/0f jf h}ljs ljljwtfdfly
gsf/fTds c;/ k/]sf] jf kg{ ;Sg] cj:yfdf gsf/fTds jftfj/0fLo
k|efj lgd"{n jf Go"g ug{ pko'Qm pkfox? cjnDjg ug]{] .
/fli6«o s[lifgLlt @)^!
/fli6«o s[lifgLltsf tLgj6f d'Vo p2]ZodWo] t];|f] p2]Zodf k|fs[lts ;|f]t, jftfj/0f
/ h}ljs ljljwtfsf] ;+/If0f, ;+j4{g Pj+ ;b'kof]u ug]{] Joj:yf ePsf] / of] p2]Zo
k|flKtsf nflu s[lifgLlt g+= %@ / %# df b]xfo cg';f/ pNn]v ePsf]M
• %@ M h}ljs ljljwtf ;+/If0fsf nflu hLg a}+ssf] Joj:yf / :j:yfgLo
;+/If0f (In-situ conservation) nfO{ k|f]T;flxt ul/g]5 . ;Defljt If]qdf
;xeflutfTds h}ljs ljljwtf ;+/If0f If]q (Participatory Biodiversity
Park) :yflkt ul/g]5 eGg] k|fjwfg /x]sf] kfOG5 .
• %# M x}l;ot lau|]sf jg tyf k|fs[lts hnfzosf] x}l;ot ;'wf/ ug]{ u/L
h}ljs ljljwtf ;+/If0f, ;+j4{g / ;b'kof]u tyf s[lif jgk|0ffnLsf] ljsf;
ul/g]5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s[lif h}ljs ljljwtf gLlt @)^# -klxnf] ;+zf]wg @)&!_
o; gLltdf vfB Pj+ s[lifhGo cfg'j+lzs ;|f]t, kbfy{ tyf :yfgLo 1fg, ;Lk
cflbsf] ;+/If0f, pkof]u / nfesf] ;dGoflos (Equitable) Pj+ Goflos (fair)
afF8kmfF8 u/L jt{dfg / efjL k':tfsf] vfB;'/Iff Pj+ ul/aL Go"gLs/0f ug]{ s'/fsf]
kl/sNkgf (Vision) ul/Psf] 5 . o; gLltsf p2]Zox? b]xfo cg';f/sf 5g\ M
• s[lif h}ljs ljljwtfsf] ;+/If0f, ;+j4{g / lbuf] pkof]u u/L s[lifsf] ;d'lrt
ljsf; Pj+ vfB tyf kf]if0f ;'/Iff ;'b[9 ug]{Ù
• s[ifssf] k/Dk/fut 1fg, ;Lk, vf]h, k|ljlw, pkof]u / cEof;x?sf] xs /
lxtsf] ;+/If0f Pj+ ;+j4{g ug]{Ù
• s[lif cfg'j+lzs ;|f]t tyf kbfy{sf] kx'Fr / pkof]uaf6 ;[lht cj;/ /
nfex?sf] ;dGoflos Pj+ Goflos ljt/0fk|0ffnLsf] Joj:yf ldnfpg]Ù
• bL3{sfnLg ?kdf s[lif h}ljs ljljwtfsf] ;+/If0f Pj+ ;+j4{g u/L kof{j/0fLo
;Gt'ng clej[l4 ug{df of]ubfg k'¥ofpg] .
s[lif h}ljs ljljwtf gLltsf k|d'v ljz]iftfx? lgDgfg';f/ /x]sf 5g\ M
• s[lif h}ljs ljljwtfsf] ;+/If0f, ;+j4{g / a'l4dQfk"0f{ pkof]uaf6 vfB tyf
kf]if0f ;'/Iff / ul/aL Go"gLs/0fdf hf]8Ù
• k/Dk/fut 1fg ;Lk, vf]h, k|ljlw pkof]u / cEof;x?sf] ;+/If0fÙ
• h}ljs ;|f]t / k/Dk/fut 1fgdf cfwfl/t cWoog, cg';Gwfg / k|;f/Ù
• s[ifs–s[ifs aLp ljlgdo ;'b[9Ls/0fÙ
• s[lif h}ljs ljljwtfdf cfwfl/t sfo{qmd, pBf]u Joj;fo / ahf/ ljsf;Ù
• s[lif h}ljs ;|f]tsf] clen]vLs/0f÷k~hLs/0fÙ
• s[lif h}ljs ;|f]t / h}ljs ;Dkltaf6 k|fKt nfesf] ;dGoflos afF8kmfF8Ù
• jftfj/0fLo k|efj d"Nofª\sg ubf{ s[lif h}ljs ljljwtfnfO{ dxÎjÙ
• hf]lvdo'Qm cg'j+z kl/jlt{t hLj (GMO) sf] pTkfbg, cfoft tyf k|of]unfO{
lg?T;fxg÷lgoGq0fÙ
• /fli6«o s[lif h}ljs ljljwtf ;+/If0f ;ldltsf] Joj:yf .
o;sf ;fy} s[lif h}ljs ljljwtf tyf k/Dk/fut 1fgsf] klxrfg, ;+/If0f, ;+j4{g,
ljsf; / lbuf] pkof]usf nflu lgDg gLltut Joj:yfx? 5g\ M
• cGt/f{li6«o :t/df ;+/lIft g]kfnsf cfg'jl+ zs kbfy{ / ;|ft] x?sf] :j:yfgLo
;+/If0f, k'g:yf{kgf (Restoration), cg';Gwfg / ljsf; sfo{x?sf] k|j4{gsf
nflu /fli6«o s[lif cfg'jl+ zs ;|ft] s]Gb|, l;d]g a}s
+ , ;fd'bflos aLp a}s
+ ,
s[lif, afujfgL tyf kz' kmfd{ / cGo cg';Gwfgsf lgsfox?;Fu ;xsfo{Ù
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
• ;d'bfodf cfwfl/t h}ljs ljljwtf Joj:yfkg k4ltnfO{ k|j4{g ug{
;fd'bflos h}ljs ljljwtf clen]vLs/0f, h}ljs ljljwtf d]nf,
;fd'bflos aLp a}+s, lkmN8 hLg a}+s, l;d]g a}+s / h}ljs ljljwtf
Joj:yfkg sf]ifh:tf sfo{qmdx? ;~rfng / lj:tf/Ù
• k/:yfgLo / :j:yfgLo ;+/If0f sfo{qmdx?nfO{ k|efjsf/L agfpg /fli6«o
s[lif cfg'j+lzs ;|f]t s]Gb| / l;d]g a}+s, ;fd'bflos aLp a}+sh:tf
:yfgLo sfo{qmdx?aLr ;dGjo / ;xsfo{ a9fOg]5 .
cfg'j+lzs kbfy{ / ;|f]t tyf k/Dk/fut 1fgdf s[ifs clwsf/sf] ;+/If0fsf nflu
b]xfoadf]lhdsf] gLltut Joj:yf /x]sf] 5 M
• s[ifsn] ljsf; u/L ;+/If0f / pkof]u ub}{ cfPsf jg:klt, kz'kIfL / cGo
k|f0fLsf hft Pj+ k|ljlw pkof]u u/L pTkfbg / laqmLljt/0f ug{ kfpg]
clwsf/df s'g} x:tIf]k x'g glbg] Joj:yf ul/g]5 . aLplahgsf] hu]gf{,
;f6f;f6 / k'gMk|of]u / pTkfbg u/L hf]ufPsf] aLplahg (Farmer saved
seed) laqmLljt/0f ug{ kfpg] s[ifs clwsf/df afwf kg]{ u/L s'g} sfg'g
agfOg]5}g .
s[lif ljsf; /0fgLlt -lj=;+= @)!%–@)#%_
g]kfnsf] @) jif]{ s[lif ljsf; /0fgLltn] s[lifsf] pTkfbsTj j[l4 ug]{, s[lif k]zfsf]
Joj;foLs/0f ub}{ k|lt:kwL{ Ifdtfåf/f s[lif If]qsf] b|"t ljsf; ug]{ kl/sNkgf u/]sf]
5 . o; /0fgLltn] of]hgf th'{df, sfo{qmd sfof{Gjog / /0fgLltsf] sfof{Gjogdf
ls;fgx?sf] ;xeflutf ;'lglZrt ug{ ;+:yfut ;+oGqsf] k|fjwfgsf] Joj:yf u/]sf]
5 . ls;fgx?sf clwsf/x?nfO{ ;'lglZrt ug{ / ljleGg gLltut÷;+/rgfut
;+oGqdf ls;fgsf] k|ltlglwTjsf nflu Ps pRr :t/Lo clwsf/ ;DkGg / :yfoL
k|s[ltsf] ls;fg cfof]u u7g ug]{ k|fjwfg /flvPadf]lhd ;f] u7g eO{ sfof{Gjogdf
cfO;s]sf] 5 .
s[lif ljsf; /0fgLltdf b]xfosf pRrtd pTkfbsTj;Fu ;DalGwt ljifoj:t'nfO{
;Daf]wg u/]sf] kfOG5 M
• s[ifs ;d"x / ;+:yfx?sf] a}+s tyf ljQLo ;+:yfx?;Fu ;DaGw :yfkgfÙ
• h}ljs ljljwtf gLltsf] sfof{GjogÙ
• aLp tyf bfgf / 3fF; ;l~rlt k|0ffnLsf] ;'b[9Ls/0fÙ
• h}ljs ljljwtf ;+/If0f tyf hnjfo' kl/jt{g cg's"ng .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s[lif ljsf; /0fgLltn] pSt h}ljs ljljwtf gLlt sfof{Gjog ug{sf nflu b]xfosf
gLltx? lnPsf] kfOG5 M
• s[lif;Fu ;DalGwt ljljw h}ljs ;+;fwgsf] ;ª\sng, juL{s/0f /
n]vfhf]vfnfO{ ;anLs/0f ug]{ / j}1flgs k|ltj]bg÷clen]vdf ;xof]u ug]{Ù
• s[lif–h}ljs ljljwtfsf] btf{k|0ffnL ;'? ug]{Ù
• g]kfnL h}ljs ljljwtf / cfg'j+lzs ;+;fwgsf] cg';Gwfg Pj+ k|of]usf nflu
lgod th'{df ug]{Ù
• h}ljs ljljwtf, cfg'j+lzs ;+;fwgsf] / dfgj :jf:Yodf kg{ ;Sg] gsf/fTds
k|efjaf6 aRg cg';Gwfgsf nflu afx]s cfg'j+lzs ?kdf kl/jlt{t hLjsf]
(Genetically Modified Oraganism) -aLp, afnLx?, kz'kG5L_ lgof{t,
pTkfbg / k|of]udf /f]s nufpg] .
lbuf] ljsf;sf] nIo -;g\ @)!^–@)#)_
lbuf] ljsf;sf] nIo g+= @ df ef]sd/Lsf] cGTo ug]{, vfB;'/Iff tyf pGgt kf]if0f
xfl;n ug]{ / lbuf] s[lifsf] k|j4{g ug]{ (End hunger, achieve food security and
improved nutrition and promote sustainable agriculture) nIo lgwf{{/0f u/]sf]
kfOG5 . h;df b]xfosf s[lif h}ljs ljljwtf;Fu ;DalGwt p2]Zox? /flvPsf]
kfOG5 M
• s[lif pTkfbsTj Ifdtf j[l4 ug{ u|fdL0f k"jf{wf/, s[lif cg';Gwfg, k|ljlw
ljsf;, jg:klt tyf rf}kfofsf] hLg a}+s :yfkgfdf nufgL j[l4 ug]{Ù
• vfB d"Nosf] r/d cl:y/tfnfO{ ;Lldt ug{df d2t k'¥ofpg vfBj:t' ahf/
/ tT;DaGwL sf/f]af/x?sf] ;d'lrt ;~rfng x'g] u/L pkfox? cjnDjg
ug]Ù{
• lbuf] ljsf;sf] nIo g+= @ df /flvPsf] z"Go ef]sd/Lsf nflu o;sf] qm=;+=
@=% df ;g\ @)@) ;Dd aLp, v]tL ul/g] af]6la¿jf, kmfd{ Pj+ kz'kfng /
ltgsf hª\unL k|hfltx?sf] ;+/If0fnfO{ k|fyldstf lbO{ ljleGg aLp, la¿jf
Pj+ nf]kf]Gd'v kz'x?sf] l8PgP (DNA) a}+s / ;fd'bflos aLp a}ssf] lj:tf/
ug{ nIo lgwf{/0f u/]sf] kfOG5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
lbuf] ljsf;sf] nIo g+= @ k"/f ug{sf nflu g]kfn ;/sf/n] sfo{of]hgf ljsf; u/]sf]
5, h;nfO{ tflnsf ! df k|:t't ul/Psf] 5M
tflnsf != aLp÷af]6la¿jf÷kmfd{÷kz'kfng / hª\unL k|hfltx?sf] ;+/If0fsf nIoM
cg'udg 9fFrf
nIo / ;"rs
8f6f
;do
lhDd]jf/ lgsfo
;|f]t
lbuf] ljsf; nIo @=%M
;g\ @)@) ;Dddf aLp–v]tL ul/g] afnL, kz'kfng /
ltgsf ;DalGwt hª\unL k|hfltsf cfg'j+lzs ljljwtf
;+/If0f Pj+ ;+j4{g ug]{
MIS
Annual
MoAD, MoLD,
lbuf] ljsf; nIo @=%=!M
MoFSC, NARC
vfB tyf s[lifsf] ;'lglZrttfsf nflu af]6la¿jf /
kz'sf cfg'j+lzs ;|f]tx?sf ;ª\Vofsf] dWod Pj+
bL3{sfnLg ;+/If0fsf sfo{x?
MIS
Annual
MoAD,
lbuf] ljsf; nIo @=%=@M nf]k x'g] hf]lvddf /x]sf,
MoFSC, NARC
g/x]sf / yfxf gePsf :yfgLo j+zx?sf] cg'kft M
MoAD, NARC
! aLpsf k|hfltx?sf] l8PgP (DNA) a}+ssf] ;ª\Vof ! MIS Annual
MIS
Annual
MoFSC, NARC
@ la¿jfsf k|hfltx?sf] l8PgP a}+ssf] ;ª\Vof
MoFSC, NARC
# nf]kf]Gd'v kz'sf k|hfltx?sf] l8PgP a}+ssf] ;ª\Vof MIS Annual
;|f]t M lbuf] ljsf;sf] nIo, @)&#
cGo gLltut Joj:yfx?
s[lif h}ljs ljljwtfsf] ;+/If0f tyf ;b'kof]u Pj+ ;fd'bflos aLp a}snfO{ 6]jf
k'¥ofpg b]xfosf cGo gLlt, ;f]r Pj+ 9fFrfx?n] ;Daf]wg u/]sf] kfOG5 M
• /fli6«o aLplahg gLlt @)%^
• hnjfo' kl/jt{g gLlt @)^&
• lj1fg tyf k|ljlw gLlt @)^!
• h}ljs k|ljlw gLlt @)^#
• jg gLlt @)&!
• aLplahgsf] bL3{sfnLg /fli6«o ;f]r ;g\ @)!#–@)@%
• hnr/ ;+/If0f P]g @)!& -klxnf] ;+zf]wg @)%%_
• /fli6«o e"–pkof]u gLlt @)^*
• /fli6«o h}ljs ;'/Iff 9fFrf–vfsf @)^# (National Bio-safety Framework)
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fd'bflos aLp a}+s M lgb]{lzsf, sfo{ljlw
s[lif h}ljs ljljwtfsf] ;+/If0f, vfB;'/Iffsf] ;'lglZrttf tyf lbuf] s[lif ljsf;sf
nflu u'0f:t/Lo aLpsf] pknJwtf Pj+ k|of]udf s[ifs ;d'bfosf] 7"nf] e"ldsf x'g]
x'gfn] ;f]sf] ;xsfo{ ug{ h?/L b]lvG5 . ljkGg, ul/a, ;LdfGts[t tyf lgjf{xd'vL
s[ifsx?sf] s[lif k4ltdf ;'wf/ Nofpg] r'gf}tLnfO{ ;Daf]wg ug{ g]kfn ;/sf/n]
cf=j= @)^%.^^ sf] ah]6 jStJodfk{mt ;fd'bflos aLp a}+s (Community Seed Bank)
:yfkgf ug]{ 3f]if0ff u/\of] . ;fy} ;DdfggLo k|wfgdGqLHo"sf] ldlt @)^%.!).!@
sf] ;Daf]wgdfk{mt ;fd'bflos aLp a}+s :yfkgf ug]{ yk k|lta4tf hgfOof] . ;f]xL
cg';f/ u'0f:t/Lo aLp–pTkfbg / k|of]udf Jofkstf Nofpg] r'gf}tLnfO{ ;dfwfg
ug{ ;fd'bflos aLp a}s :yfkgf / ;~rfng lgb]{lzsf / sfo{ljlw tof/ ul/Psf]
kfOG5 . o; qmddf ;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf -@)^%_ /
;fd'bflos aLp a}+s :yfkgf sfof{Gjog sfo{ljlw -@)&@_ sfof{Gjogdf /x]sf] 5 .
;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf @)^%
;fd'bflos aLp a}+s eGgfn] aLpsf] pTkfbg, ;ª\sng / e08f/0f ul/g] ;fd'bflos
uf]bfd eGg] a'lemG5 . o; a}+sdf vf; u/L ljleGg JolQm, cgf}krfl/s ;d"x tyf
u}/;/sf/L ;+:yfaf6 aLp ;ª\sng ug'f{sf ;fy} cfk;df afF8kmfF8 Pj+ laqmLljt/0f
ul/G5 eGg]h:tf cjwf/0ffut ljifo, kl/efiffdf ;d]l6Psf 5g\ . s[ifsx?sf]
cfjZostf / k|fyldstfsf cfwf/df 5gf]6 ePsf :yfgLo tyf pGgt hftsf aLp–
pTkfbg, k|zf]wg / e08f/0f ;d'bfo:t/d} u/L u'0f:t/Lo aLpdf kx'Fr, pknAwtf
tyf Joj:yfkgdf a9f]Q/L u/L ;f]af6 ul/a, ljkGg tyf ;LdfGts[t s[ifsx?sf]
hLjg:t/df clej[l4 ug]{ o; sfo{qmdsf] d'Vo p2]Zo /x]sf] 5 . o;sf ljlzi6
p2]Zox? lgDgfg';f/ /x]sf 5g\ M
• ;fd'bflos aLp a}+ssf] :yfkgf Pj+ ;+:yfut ;'b[9Ls/0f u/L u'0f:t/Lo
aLpsf] ;ª\sng, e08f/0f / ljt/0fdf ;xhtf Nofpg]Ù
• ef}lts k"jf{wf/x? h:t} M uf]bfd3/, aLp k|zf]wg pks/0f, vlnofg cflbsf]
ljsf; u/L ;d'bfoåf/f Jojl:yt ug]{Ù
• s[ifs tyf If]qLo aLplahg k|of]uzfnfx?sf] ;+o'Qm k|of;df cf}krfl/s
aLp u'0f:t/ lgoGq0f k4lt -k|df0fLs/0f, u'0f:t/, 3f]lift aLp / oyfy{
;ª\s]tkq_ sf] cjnDag ug]{Ù
• :yfgLo hftx?sf] k|of]u / ;+j4{g ug{ k|f]T;fxg ug]{ /
• ul/a, ljkGg, blnt, hghflt tyf dlxnf / åGåk|efljt u|fdL0f If]qdf
u'0f:t/Lo aLpsf] pknAwtf / kx'Frdf ;'wf/ ug]{ .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
ef}uf]lns sfo{If]q lgwf{/0f
;fd'bflos aLp a}+s vf; u/L pGgt hftx?sf] u'0f:t/Lo aLpsf] kx'Fr gk'u]sf
If]qsf s[ifsx?nfO{ nlIft ul/Psf] 5 . k|yd jif{ tflnsf @ df lbOPsf !& lhNnf
o; sfo{qmdsf nflu kfOn6 sfo{qmdsf ?kdf sfof{Gjog ul/g] / qmdzM cGo
lhNnfx?df lj:tf/ ub}{ nlug]5 eGg] k|fjwfg /flvPsf] kfOG5 .
tflnsf @= ;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf @)^% n] tf]s]sf] ef}uf]lns sfo{
If]q
ef}uf]lns If]q tyf lhNnfx?
ljsf;If]q
pRr kxf8
kxf8
t/fO{
k"jf{~rn ljsf;If]q
;ª\v'jf;ef
t]x|y'd, cf]vn9'ª\uf
l;/fxf
dWodf~rn ljsf;If]q
l;Gw'kfNrf]s
wflbª
/f}tx6
klZrdf~rn ljsf;If]q
d':tfª
u'NdL
gjnk/f;L
dWoklZrdf~rn ljsf;If]q
h'Dnf
hfh/sf]6
afFs]
;'b"/ klZrdf~rn ljsf;If]q
aemfª
8f]6L, 8F8]nw'/f
s~rgk'/
;|f]t M ;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf, @)^%
sfo{ljlw tyf /0fgLlt
sfo{ljlw /0fgLltdf b]xfosf ljifoj:t'x? ;d]l6Psf 5g\M
• ;d'bfodf hgr]tgf hufpg] sfo{qmd ;~rfngÙ
• ;fd'bflos aLp pTkfbs ;d"xx?nfO{ g} aLp a}+s ;~rfng ug{] lhDd]jf/LÙ
• ;fd'bflos aLp–pTkfbg ;d"x (CSP-G) u7gÙ
• !% ;b:oLo Ps ;fd'bflos aLp a}+s ;ldlt (SCB-C) u7gÙ
• ;LdfGts[t, blnt, hghflt tyf åGåaf6 k|efljt If]qnfO{ k|fyldstfÙ
• hft 5gf]6sf] cfwf/ FVs / MVs b'j} k|sf/sf hftx?sf]] aLhj[l4Ù
• aLpsf] u'0f:t/ lgoGq0fdf lhNnf s[lif ljsf; sfof{no tyf If]qLo aLplahg
k|of]uzfnfsf] ;xof]uÙ
• :yfgLo hftx?sf] a[xt\ cWoog, cg';Gwfg, 5gf]6, pTkfbg cflbsf nflu
/fli6«o hLg a}+s (National Genebank) ;Fu ;dGjoÙ
• s]Gb|Lo :t/df ;fd'bflos aLp a}+s sfo{nfO{ k|efjsf/L ?kdf sfo{Gjog ug{
Pp6f sfo{bnsf] u7g .
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ljleGg lgsfox?sf] e"ldsf / lhDd]jf/L
;fd'bflos aLp–pTkfbg ;d"x, ;fd'bflos aLp a}+s÷;~rfns ;ldlt, lhNnf s[lif
ljsf; sfof{no, lhNnf ljsf; ;ldlt÷uf=lj=;=, Pu|f] e]6÷lghL :t/sf aLp Joj;foL,
If]qLo s[lif lgb]{zgfno, s]Gb|Lo aLplahg k/LIf0f k|of]uzfnf÷If]qLo aLplahg
k/LIf0f k|of]uzfnf, aLplahg tyf u'0f:t/ lgoGq0f s]Gb|, u}/;/sf/L ;+:yf, g]kfn
s[lif cg';Gwfg kl/ifb\, s[lif ljefu÷afnL ljsf; lgb]{zgfno, kz' ;]jf ljefu,
/fli6«o aLplahg ;ldlt / tTsfnLg s[lif tyf ;xsf/L dGqfnox?sf] lhDd]jf/L
ls6fg ul/Psf] kfOG5 .
sfof{Gjogk|lqmof
;fd'bflos aLp a}+s :yfkgfsf nflu tk;Lnadf]lhdsf] sfo{ljlw ckgfpg'kg]{ k|fjwfg
/flvPsf] M
• ;fd'bflos aLp a}+s :yfkgf ljifoaf/] cled'vLs/0f tflndÙ
• ;fd'bflos aLp a}+s :yfkgf ul/g] uf=lj=;= tyf ;d'bfosf] 5gf]6Ù
• ;fd'bflos aLp–pTkfbg ;d"x u7gÙ
• ;fd'bflos aLp a}+s ;ldltsf] u7gÙ
• Ifdtf clej[l4 tflnd / aLpsf] hftLo gS;f tof/ ug]{ / jLhj[l4 sfo{qmd
sfof{GjogÙ
• ;xeflutfd"ns hftLo 5gf]6sf] sfof{Gjog (PVS)Ù
• aLpsf] u'0f:t/ lgoGq0f, aLp vl/b tyf ;ª\sngÙ
• aLp k|zf]wg e08f/0f tyf aLp d]nfsf] cfof]hgfÙ
• aLp ;f6f;f6 tyf ljt/0f, cg'udg lg/LIf0f / k|ltj]bg .
sfof{Gjog tyf ;+:yfut Joj:yf
• ;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf @)^%, sfof{Gjogsf
nflu s]Gb|Lo :t/df ul7t sfo{bn lhDd]jf/ /xg],
• o; lgb]{lzsfdf ;do ;fk]If kl/dfh{g tyf ;'wf/ s]Gb|Lo :t/df ul7t
sfo{bnn] ug]{ .
;fd'bflos aLp a}+ssf] sfo{of]hgf
;d'bfodf hgr]tgf hfu/0f, :yfgLo ;+:yfx?sf] :yfkgf tyf ;'b[9Ls/0f, gLltlgod
agfpg], ;fd'bflos aLp ljsf; a}+s ;+/rgfx? -k|zf]wg tyf cGo ;'ljwfx?_ sf]
lgdf{0f, Ifdtf clej[l4 -tflnd, e|d0f, k|bz{gL cflb_, aLp of]hgf÷ afnL tyf
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
hftsf] 5gf]6, pTkflbt aLpsf] ahf/ Joj:yf u/L cfo:t/ a9fpg], ;fd'bflos
aLp ljsf; a}+s tyf aLpsf] u'0f:t/ lg/LIf0f cg'udg / k|efj d"Nofª\sg h:tf
lqmofsnfkx? /fvL lhDd]jf/L ls6fg ul/Psf] kfOG5 .
ck]lIft pknlAw
o;
•
•
•
•
•
•
•
lgb]{lzsfdf /flvPsf ck]lIft pknlAwx? M
cfjZostf cg';f/sf] u'0f:t/Lo aLp :yfgLo :t/df g} cfk"lt{ x'g]Ù
uf=lj=;= :t/df g} u'0f:t/ aLpdf cfTdlge{/ x'gÙ]
k|To]s uf=lj=;=df sDtLdf Pp6f ;fd'bflos alp a}+s :yfkgf tyf ;~rfng
x'gÙ]
;d'bfosf ;b:ox?n] /f]huf/Lsf] cj;/ kfpg]Ù
;fd'bflos aLp a}+snfO{ ;xsf/Ldf kl/0ft ug{ ;lsg]Ù
;fd'bflos aLp a}+saf6 sDtLdf !)) 3/ kl/jf/ k|ToIf ?kn] nfeflGjt x'g]Ù
:yfgLo hftsf] ;+/If0f tyf pkof]u x'g] .
;fd'bflos aLp a}+s :yfkgf / ;~rfngsf nflu k|:tfljt gD;{
• ;fd'bflos aLp a}+s :yfkgf / ;~rfng ug{ 5'§} gD;{ tof/ ul/Psf] kfOG5 .
;fd'bflos aLp a}+s :yfkgf sfof{Gjog sfo{ljlw @)&@
s[lif OlGhlgol/ª lgb]{zgfnon] ;fgfb]lv 7"nf s[ifsx?sf] ;d:ofnfO{ Wofgdf /fvL
;fd'bflos ?kdf aLh e08f/0f, y|]l;ª, l;8 k|f];]l;ª, Kofs]lhª cflb sfo{df
;+nUg eO{ kf]i6 xfe]{i6 Ifltdf Go"gLs/0f u/L :yfgLo :t/df vfB;'/Iffsf nflu z'4
aLp Joj:yfkg ug{ ;fd'bflos aLp a}+s clt cfjZos b]vL e"sDkkLl8t lhNnfdf
;fd'bflos aLp a}+s :yfkgf ug]{ ;f]r /fvL of] sfo{ljlw sfof{Gjogdf cfPsf] kfOG5
. o; sfo{ljlwdf ljleGg kl/efiffx? ;d]6L nfeu|fxL ;+:yfsf ?kdf 36Ldf $)Ü
e"sDkkLl8t eO{ k|df0fkq k|fKt s[ifs ;d"x jf ;xsf/LnfO{ ;Daf]wg ug{ vf]lhPsf]
5 eg] o;sf p2]Zox? b]xfoadf]lhd /x]sf 5g\M
• e"sDk k|efljt lhNnfsf ls;fgx?nfO{ ;fd"lxs aLp e08f/0fdf ;xof]u
x'gÙ]
• e"sDk k|efljt lhNnfsf ls;fgx?nfO{ :yfgLo :t/df cfjZos aLp
;dodf / ;xh ?kdf pknJw x'g]Ù
• :yfgLo :t/df e"sDk k|lt/f]ws ef}lts k"jf{wf/x? lgdf{0f x'g]Ù
• aLp a}+s ;~rfng / Joj:yfkgaf6 ;+:yfsf] k|fljlws tyf Joj:yfksLo
Ifdtfclej[l4 x'g] .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
sfo{qmd ;~rfngk|lqmof
sfo{qmd ;~rfngsf nflu If]q 5gf]6sf cfwf/df @)&@ j}zfv !@ / @( ut] cfPsf]
ljgfzsf/L dxfe"sDkaf6 k|efljt @$ lhNnf / cfufdL cfly{s jif{df cGo pko'Qm
lhNnfx?df ;~rfng ul/g] Joj:yf ePsf] .
sfo{qmd th'{df / sfof{Gjog
s[lif OlGhlgol/ª lgb]{zgfnon] k|d'v ?kdf vfBfGg tyf t/sf/LafnLdf aLhj[l4
sfo{df ;+nUg ;+:yfx?dfkm{t, e"sDk k|lt/f]ws aLp e08f/ #) b]lv !)) d]=6g
Ifdtfsf] / cGo cfjZos kg]{ ef}lts k"jf{wf/ aLp a}+snfO{ 6«flGh6 ;]8, d]l;g ;]8,
y|]l;ª km\nf]/ cflb / cfjZos kg]{ aLp u|]l8ª d]l;g/L cflbdf sfof{Gjog x'g]
Joj:yf /x]sf] .
;+:yfsf] 5gf]6k|lqmof
s[lif OlGhlgol/ª lgb]{zgfnon] e"sDk k|efljt @$ lhNnfdf k|:tfj ;ª\sng ug{
/fli6«o b}lgs klqsfdf #) lbg] ;"rgf hf/L u/L ;+:yf 5gf]6 ug]{ k|fjwfg /fv]sf]
5 eg] cfjZos sfuhft ;lxt ;"rgfsf] Dofbleq ;DalGwt lh=s[=lj=sf=df k|:tfj
btf{ ug]{ ToxfFaf6 lgb]{zgfnodf k7fpg] k|lqmof ckgfpg] Joj:yf ePsf] kfOG5 .
k|fKt k|:tfjx?sf] 5gf]6sf nflu k|:tfj 5gf]6 ;ldltaf6 lg0f{o x'g] Joj:yf ul/Psf]
b]lvG5 .
sfof{Gjog–k|lqmof
aLp a}+s ejglgdf{0f sfo{qmdcGtu{t ljleGg lsl;dsf ef}lts k"jf{wf/x? / z'4 aLp
tof/ ug{ d]l;g/L pks/0fsf] Joj:yf ug]{ ePsfn] # cf=j=df sfo{qmd ;DkGg ug]{
Joj:yf /flvPsf] 5 . ef}lts k"jf{wf/x?sf] lgdf{0f sfo{df ;+:yfn] gub ;xeflutf
!) k|ltzt / d]l;g pks/0fx? vl/bsfo{df ;+:yfn] gub ;xeflutf %) k|ltzt
Aoxf]g'{kg]{ Joj:yf ul/Psf] kfOG5 . lgdf{0fsfo{ ubf{ ;+:yfn] s'g} klg 7]s]bf/nfO{
7]Ssf glbO{ cfkm\gf] /f]xj/df u/fpg'kg]{ x'G5 .
sfo{qmdsf] ;dGjo, cg'udg tyf d"Nofª\sg Joj:yf
;~rflnt sfo{qmdsf] s]Gb|Lo :t/af6 lgoldt cg'udg tyf d"Nofª\sgsf] sfo{
dGqfno, s[lif ljefu, ;DalGwt lgb]{zgfno jf sfo{qmdaf6 x'g] / lhNnf:t/df
cg'udg tyf d'Nofª\sgsf] sfo{ lhNnf s[lif ljsf; sfof{no / o;cGtu{tsf ;]jf
s]Gb|af6 x'g] Joj:yf ul/Psf] kfOG5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
d'Vo ;d:of / r'gf}tLx?
• gLlt, lgb]{lzsf Pj+ sfo{ljlw sfof{Gjogdf ;do;fk]If ;'wf/Ù
• hgr]tgf tyf Ifdtf clej[l4Ù
• cfg'j+lzs ;|f]t / k/Dk/fut 1fgsf] nf]kf]Gd'v cj:yf -ljz]if u/L ut *_
jif{sf cjlwdf ljZjdf &% k|ltzteGbf a9L ;a} afnL ljljwtfx? :yfoL
?kn] g} nf]k ePsff 5g egL ljZj vfB ;+u7gn] @))( df pNn]v
u/]sf] kfOG5 eg] s[lif ljsf; dGqfnosf] @)!& sf] k|sfzgdf hnafo'
kl/jt{g Pj+ cfw'lgsLs/0fsf sf/0f cfpg] bzsdf 7"nf] kl/df0fdf
dxÎjk"0f{ vfBfGg afnLsf hª\unL k|hfltx? Nff]k x'g ;S5g\ elgPsf]
kfOG5_ .
• cfg'j+lzs kbfy{ / ;|f]tsf] rf]/L (Biopiracy)Ù
• cfg'j+lzs ;|f]t / k/Dk/fut 1fgdf kx'Fr / ;f]af6 l;lh{t nfesf]
afF8kmfF8 Pj+ lgikIf / ;dGoflos ljt/0fÙ
• ;fd'bflos aLp a}+ssf] cfTdlge{/tf / Jofj;flostfÙ
• pk]lIft (Neglected) tyf Go"g pkof]udf /x]sf (Underutilized)
k|hfltx?sf] ;+/If0f, ;+j4{g, d"No clej[l4 / pkof]uÙ
• cWoog, cg';Gwfg tyf clen]vLs/0fÙ
• :jfldTj / ;dGjoÙ
• cGt/f{li6«o dxf;lGw÷;lGw÷cle;lGwdf ul/Psf k|lta4tfÙ
• vfg] afgL / kl/sf/df kl/jt{g .
;'wf/sf kIfx?
;fd'bflos aLp a}+snfO{ s[lif h}ljs ;|f]tx?sf] ;+/If0f, ;+j4{g Pj+ ;f]sf] pkof]uaf6
pTkfbgdf j[l4 NofO{ cyf]{kfh{s cfh{gdf 7f]; of]ubfg lbg ;Sg] ePsfn] ljleGg
;/sf/L tyf u}/;/;sf/L lgsfo Pj+ s[ifs ;d"xx?n] :yfgLo / /fli6«o :t/df
s[lif h}ljs ljljwtf / k/Dk/fut 1fgsf] clen]vLs/0f u/L k~hLs/0fsf] Joj:yf,
cGt/f{li6«o :t/df ;+/lIft g]kfnsf cfg'j+lzs kbfy{ / ;|f]tx?sf] :j:yfgLo
;+/If0f, k'g:yf{kgf, cg';Gwfg / ljsf; sfo{x?sf] k|j4{gsf nflu /fli6«o s[lif
cfg'j+lzs ;|f]t s]Gb|, l;d]g a}+s, s[lif, afujfgL, kz' kmfd{ / cGo cg';Gwfgsf
lgsfox?;Fu ;xsfo{sf ;fy} h}ljs ljljwtf d]nf, ;fd'bflos aLp a}+ssf] lj:tf/,
h:tf sfo{qmdx?nfO{ k|fyldstf lbg'kg]{ b]lvG5 . ;fy} pk]lIft tyf Go"g pkof]udf
/x]sf k|hfltx?sf] ;+/If0f, ;+j4{g, ljsf; / pkof]unfO{ ljz]if k|fyldstf lbO{
pQm k|hfltx?sf] lbuf] pkof]usf nflu Joj:yfkg, k|hgg Pj+ u'0f:t/ tyf d"No
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
clej[l4 u/L ahf/Ls/0f k|j4{gsf sfo{qmdnfO{ lj:tf/ ug'{kg]{ b]lvG5 . o;
kl/k|]Iodf ;fd'bflos aLp a}+s;DaGwL PsLs[t gLlt Pj+ lgb]{lzsf sfof{Gjogdf NofO{
;fd'bflos aLp a}+s lj:tf/, ;'b[9Ls/0f, d"No clej[l4, lbuf] ahf/Ls/0f ugf{sf
;fy} ;fd'bflos aLp a}+ssf] cfTdlge{/tf / Jofj;flostfdf hf]8 lbg'kg]{ b]lvG5 .
cGo s]xL ;'emfpx? tn lbOPsf 5g\M
• h}ljs ljljwtf d]nf, ;fd'bflos aLp a}+ssf] lj:tf/, PsLs[t
v]tLk|0ffnLdf cfwfl/t k|fËfl/s v]tL Pj+ kz'kfng, 3/–au}Frf, s[lif–jg,
h}ljs u|fd (Bio-village), zx/L jg, s[lif kof{ko{6g (Agro-ecotourism)
h:tf sfo{qmdnfO{ k|fyldstfÙ
• pk]lIft (Neglected) tyf Go"g pkof]udf /x]sf (Underutilized)
k|hfltx?sf] ;+/If0f, ;+j4{g, ljsf; / pkof]unfO{ ljz]if k|fyldstfÙ
• k|hfltx?sf] lbuf] pkof]usf nflu Joj:yfkg, k|hgg Pj+ u'0f:t/ tyf
d"No clej[l4 (Value addition) u/L ahf/Ls/0f k|j4{gsf sfo{qmdnfO{
lj:tf/Ù
• s[lif h}ljs ljljwtf ;+/If0f / lbuf] pkof]udf pNn]vgLo of]ubfg
k'¥ofpg] s[ifs, s[ifs ;d"x, ;fd'bflos a}+s, j}1flgs, k|fljlws,
;/f]sf/jfnfnfO{ k'/:sf/sf] Joj:yfÙ
• cfg'j+lzs kbfy{ / ;|f]tsf] rf]/L (Biopiracy) jf aLplahgsf] u}/sfg'gL
ljqmLlat/0f / k|of]u jf k/Dk/fut 1fgsf] b'?kof]usf sf/0f s[ifsnfO{
xfgLgf]S;fgL ePdf kL8saf6 Ifltk"lt{ e/fOlbg] Joj:yfÙ
• s[lif cfg'j+lzs kbfy{ / ;|f]t tyf ;DalGwt k/Dk/fut 1fgdf kx'Fr /
;f]af6 l;lh{t nfesf] afF8kmfF8 Pj+ lgikIf / ;dGoflos ljt/0fsf nflu
sfg"gL Joj:yfÙ
• k/Dk/fut tyf :yfgLo s[lif cfg'j+lzs ;|f]t / 1fgsf] :jfldTjsf] ;+/If0f
k|bfgÙ
• hgr]tgf Pj+ Ifdtf clej[l4 cleofg ;~rfngÙ
• z}lIfs lqmofsnfkx?df ljifoj:t' ;dfj]zÙ
• k|lta4tf cg'?k kIf /fi6«n] k""/f ug'{kg]{ sfg"gL Pj+ ;+:yfut bfloTj k"/f
ug'{kg]{Ù
• ;DalGwt lgsfox?aLr ;dGjofTds ckgTjÙ
• lgoldt sfo{qmddf cfGtl/sLs/0f / o;sf nflu ;|f]tJoj:yfÙ
• k/Dk/fut h}ljs ;|f]t tyf 1fgsf] clen]vLs/0f tyf k~hLs/0fÙ
• k"jf{wf/ Pj+ ;+:yfut ;'b[9Ls/0fÙ
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
• ;fd'bflos aLp a}+sM PsLs[t gLlt Pj+ lgb]{lzsf lgdf{0fÙ
• ;fd'bflos aLp a}+s lj:tf/, ;'b[9Ls/0f, d"No clej[l4 / lbuf]
ahf/Ls/0fÙ
• k|efjsf/L ;dGjo, cg'udg÷d"Nofª\sg / k[i7kf]if0f .
;Gbe{;|f]tx?
cfrfo{, n]vgfy / clgns'df/ cfrfo{ . @)&# . g]kfndf s[lif h}ljs ljljwtf ;+/If0f
tyf pkof]uM ;Defjgf, cfjZostf / gLltut Joj:yf . s[lif h}ljs ljljwtf
cGtlqmof uf]i7L, s[lif ljefu, s[lif ljsf; dGqfno, l;+xb/jf/, sf7df8f+} .
hL;L, o'jsWjh / cd//fh l3ld/] . @)&# . Status and Trends of Associated
Biodiversity in Nepal, s[lif h}ljs ljljwtf cGtlqmof uf]i7L, s[lif ljefu, s[lif
ljsf; dGqfno, l;+xb/af/, sf7df8f}+ .
g]kfnsf] ;+ljwfg . @)&@ g]kfn ;/sf/ .
s[lif h}ljs ljljwtf gLlt . @)^# . g]kfn ;/sf/, s[lif ljsf; dGqfno, l;+xb/af/,
sf7df8f}+ .
/fli6«o s[lif gLlt . @)^! . g]kfn ;/sf/, s[lif ljsf; dGqfno, l;+xb/jf/, sf7df8f}+ .
s[lif ljsf; /0fgLlt . @)&@ . s[lif ljsf; dGqfno, l;+xb/af/, sf7df8f}+ .
lbuf] ljsf;sf] nIo . @)&# . /fli6«o of]hgf cfof]u, l;+xb/af/, sf7df8f}+ .
;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf . @)^% . s[lif ljsf; dGqfno,
l;+xb/af/, sf7df8f}+ .
;fd'bflos aLp a}+s :yfkgf sfof{Gjog sfo{ljlw . @)&@ . s[lif ljsf; dGqfno,
l;+xb/af/, sf7df8f}+ .
afnL ljsf; lgb]{zgfno . @)^% . afnL ljsf; lgb]{zgfno, xl/x/ejg, nlntk'/ .
http://cddnepal.gov.np/content.php?id=30
FAO. 2009. Leading the field, a major international effort to achieve equity and food
security for all. Food and Agriculture Organization, http://www.fao.org/3/abc054e.pdf
MoAD. 2017. The state of Nepal’s biodiversity for food and agriculture (BK Joshi, AK
Acharya, D Gauchan and P Chaudhary, eds). Ministry of Agricultural Development,
Kathmandu, Nepal.
|l-------l|l-------l|
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
;fd'bflos aLp a}+s ;ª\3 g]kfn
/fdPsjfn k|;fb ofbj
l;d|f}gu9 gu/kflnsf *, srf]jf{, af/fÙ
@: adcs2010@gmail.com
kl/ro
h}ljs ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_ kf]v/fsf]
;+of]hgdf s[lif ljsf; tyf ;+/If0f ;dfh, srf]jf{, af/fn] lj=;+= @)^( kmfu'g @*
ut] b]lv #) ut];Dd ;fd'bflos aLp a}+s Joj:yfkgdf ;+nUg s[ifs ;d"xx?sf]
k|yd /fli6«o sfof{zfnf uf]i7L ;fd'bflos aLp a}+s, srf]jf{ af/fdf cfof]hgf u/]sf]
lyof] . o; uf]i7Lsf] d'Vo p2]Zo g]kfnsf ;fd'bflos aLp a}+sx?sf aLrdf ;dGjo,
;xsfo{, aLp ;"rgfsf] cfbfgk|bfg ug]{ / /fli6«o hLg a}+s;Fu ;dGjo ug]{ k|lqmofsf]
yfngL ug'{ /x]sf] lyof] . oL sfdx?nfO{ ;+:yut?k lbO{ lg/Gt/ ?kdf ;~rfngsf
nflu sfo{zfnf uf]i7Ln] g]kfnsf ;fd'bflos aLp a}+sx?sf] /fli6«o :t/sf] ;~hfn
agfpg'kg]{ lgisif{ lgsfn]sf] lyof] . ctM ;f]xL uf]i7Ln] ;fd'bflos aLp a}+s /fli6«o
;dGjo ;ldlt u7g ug]{ lg0f{o ub}{ srf]jf{ ;fd'bflos aLp a}+ssf tTsfnLg cWoIf
>L /fdPsjfn k|;fb ofbjsf] cWoIftfdf ( ;b:oLo tby{ ;ldlt;d]t u7g
u/]sf] lyof] . pSt uf]i7Ldf ;fd'bflos aLp a}+s ;~rfng ul//x]sf @# lhNnfsf
s[ifsx?, s[lif ljsf; dGqfno, /fli6«o hLg a}+s / nL–a8{sf k|ltlglwx? tyf
;~rf/sdL{x?sf] pkl:ylt /x]sf] lyof] .
pQm uf]i7Ln] gjul7t ;ldltsf nflu lgDgfg';f/sf sfo{x? ug{ kxn ug'{kg]{
lg0f{ox? klg u/]sf] lyof] M
• ;fd'bflos aLp a}+sx?sf aLrdf aLp, ;"rgf, tyf hfgsf/L / cg'ej
cfbfgk|bfg u/fpg]Ù
• ;fd'bflos aLp a}+s;DaGwL gLltut kxn ug]{Ù
• ;fd'bflos aLp a}+s;DaGwL ;femf cjwf/0f tof/ kfg]{Ù
• s[lif h}ljs ljljwtf;DaGwL /fli6«o txdf x'g] 5nkmn, uf]i7L tyf cGo
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
sfo{x?df k|ltlglwTj ug]{Ù
• /fli6«o hLg a}+s;Fu ;dGjo ug]{ /
• ;fd'bflos aLp a}+sx?sf] Ifdtf clej[l4 u/fpg] .
xfn;Dd ;DkGg lqmofsnfkx?
!= ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldltn] nL–a8{sf] ;xof]udf ljwfg tof/
u/L To;} cg';f/ sfd ub}{ cfO/x]sf] 5 . o; ;ldltsf] klxnf] ;fwf/0f;ef lj=;+=
@)&! sflQs @ / # ut] gjnk/f;Lsf] u+}8fsf]6sf] ;DkGg ePsf] lyof] . o;
;fwf/0f;efn] ;fd'bflos aLp a}+sx?df ;+/If0f ul/Psf :yfgLo hftx?sf] aLp
k/:yfgLo ;+/If0fsf nflu /fli6«o hLg a}+sdf k7fpg kf;kf]6{ 8f6f clgjfo{ ePsfn]
;f];DaGwL 5nkmn / /fli6«o hLg a}+sdf k7fpgsf nflu cfjZos aLpsf] kl/df0fsf
af/]df klg lg0f{o u/]sf] lyof] .
@= lj=;+= @)&! k'; !$ ut] cUof}nL ;fd'bflos aLp a}+s, gjnk/f;Ldf nL–a8{sf]
;xhLs/0fdf cfof]hgf ul/Psf] Ps sfo{qmddf g]kfnsf ljleGg ;fd'bflos aLp
a}+sx?n] ;+/If0f ul//x]sf ljleGg afnLx?sf (!^ hftx?s]f aLp kf;kf]6{ 8f6f;lxt
tTsfnLg /fli6«o hLg a}+ssf k|d'v >L dbg/fh e§nfO{ x:tfGt/0f ul/Psf] lyof] .
#= lj=;+= @)&# k'; & ut] /fli6«o hLGf a}+s v'dn6f/sf] cfof]hgfdf ;fd'bflos aLp
a}+s /fli6«o ;dGjo ;ldltsf ;b:ox? / /fli6«o hLGf a}+ssf aLrdf 5nkmn tyf
tflnd ;~rfgn ePsf] lyof] . o; tflnddf ;xefuL @% hgf s[ifsx?n] /fli6«o
hLg a}+sdf ;+/If0f ul/Psf aLpx?sf] hfgsf/L, cjnf]sg / cWoog ug]{ cj;/
kfPsf lyP .
$= lj=;+= @)&% j}zfv @) b]lv @@ ut];Dd nlntk'/ lhNnfsf] lxdfno xf]6ndf
nL–a8{, /fli6«o hLg a}+s / afof]el;{6L OG6/g]zgnsf] ;xof]udf g]kfndf ;fd'bflos
aLp a}+s ;DaGwL bf];|f] /fli6«o sfo{zfnf uf]i7L ;DkGg eof] . uf]i7Ldf w]/} ljifox?df
5nkmn eP / ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldltnfO{ j}wflgstf lbg]
ljifodf klg lg0f{o eof] / xfn To;sf nflu k|lqmof cl3 a9fO;lsPsf] 5 .
%= bf];|f] sfo{fzfnf uf]i7Ldf ePsf] lg0f{oadf]lhd ;fd'bflos aLp a}+s /fli6«o ;dGjo
;ldltnfO{ j}wflgstf lbg] ;Gbe{df klqmof cl3 a9fpg nflu lj=;+= @)&% >fj0f #!
ut] o; ;ldltsf] jflif{s ;fwf/0f;ef gjnk/f;L lhNnfsf] cUof}nLsf] ;fd'bflos
- 150 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
aLp a}+sdf ;DkGg eof] . To; e]nfn] u/]sf lg0f{ox? lgDgfg';f/ /x]sf 5g\ M
• ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldltsf] gfd kl/jt{g u/L ‘;fd'bflos
aLp a}+s ;ª\3 g]kfnÚ /flvof] .
• ;fd'bflos aLp a}+s ;ª\3 g]kfnsf p2]Zo lgDgfg';f/ /xg] lg0f{o ul/of] M
-s_ g]kfndf s[lif h}ljs ljljwtf ;+/If0f sfo{df ;+NfUg ;fd'bflos aLp
a}+sx?sf] ;dGjo ug]Ù{
-v_ ;fd'bflos aLp a}+sx?sf] d"n k|jfxLs/0fsf nflu :yfgLo, k|fb]lzs
tyf ;ª\3Lo txdf gLltut k}/jL ug]{Ù
-u_ ;fd'bflos aLp a}sx?sf] Ifdtf ljsf;sf nflu sfd ug]{
-3_ ;fd'bflos aLp a}+sx?n] u/]sf sfd tyf ljifo;Fu ;DalGwt ;"rgf
Pj+ hfgsf/Lsf] cfbfgk|bfg ug]{ /
-ª_ ;fd'bflos aLp a}+sx?n] u/]sf ultljlw tyf jflif{s k|ultljj/0f
Pslqtu/L jflif{s ?kdf cBfjlws ug]{ .
• o; ;fd'bflos aLp a}+s ;ª\3 g]kfnnfO{ lbgsf nflu j}wflgstf btf{k|lqmof
cufl8 a9fpg & j6} k|b]znfO ;d]6\g] u/L lgDgfg';f/sf] tby{ ;ldlt u7g
ul/of] M
cWoIf
pkfWoIf
;lrj
sf]iffWoIf
;b:o
;b:o
;b:o
;b:o
;b:o
M
M
M
M
M
M
M
M
M
/fdPsjfn k|;fb ofbj, k|b]z g+= @ k|ltlglw, af/f
kfj{tL e08f/L, u08sL k|b]z k|ltlglw, gjnk/f;L
gGbs'df/ bfxfn, k|b]z g+= !, k|ltlglw, ;'g;/L
;'ufs'df/L 8fFuL, k|b]z g+= % k|ltlglw, bf+ª
rGb|snf u'¿ª, s0f{fnL k|b]z k|ltlglw, ;'v]{t
cfzf/fd rf}w/L, k|b]z g+= & k|ltlglw, s~rgk'/
;Ltf/fd ahufO{, u08sL k|b]z k|ltlglw, tgx'F
w|'jk|;fb ;fksf]6f, k|b]z g+= # k|ltlglw, nlntk'/
g/dfof sfsL{, k|b]z g++= ! k|ltlglw, emfkf
- 151 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf !M ;fd'bflos aLp a}+s ;ª\3 g]kfnsf] ;fwf/0f ;b:otf lnPsf ;fd'bflos
aLp a}+sx?
;fd'bflos aLp a}+s jf ;fd'bflos
qm=;+= aLp a}+s ;~rfng ug]{ ;+:yfsf] 7]ufgf
;Dks{ g++=
gfd
!
s[lif ljsf; tyf ;+/If0f ;dfh
srf]jf{, af/f
(*%%)$*((#
@
#
$
%
^
&
*
(
!)
ejfgL ;fd'bflos aLp a}+s
h}ljs ljljwtf ;+/If0f s[lif
;xsf/L ;+:yf lnld6]8
h}ljs ljljwtf s[lif ;xsf/L
;+:yf lnld6]8
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
s~rg h}ljs ljljwtf ;+/If0f
tyf ljsf; ;ldlt
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
Kf|fËfl/s s[lif ;xsf/L ;+:yf
lnld6]8
Yff? s[lif h}ljs ljljwtf
;+/If0f ;d"x
s[lif ljsf; ;+/If0f tyf s[ifs
;ldlt
Tflnpd, h'Dnf
(&$*()*#)!
3G6]Zj/, 8f]6L
(*$**(%@%#
/fdk'/, bfª
(*%&*#@@$$
Hff]uLdf/f, wflbª
(*$()&^$&@
lzju~h, emfkf
(*)&((*&)%
d;'l/of, s}nfnL
(*$*$(@%*%
/fgLjf;, l;Gw'nL
(*!^**%)@)
l;dl/of, ;'g;/L
(*$@)^(!&)
cUof}nL,
gjnk/f;L
(*^&!*#!%)
!!
bnrf]sL ;fd'bflos aLp a}+s
bnrf]sL, nlntk'/
(*^@@^&^&^
!@
r]tgf s[lif ;xsf/L ;+:yf lnld6]8 cflntfn, 88]nw'/f
(&$(%##*#$
!#
!$
!%
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
a]njf, alb{of
(*$*)&))$%
Tfdfkmf]s, ;ª\v'jf;ef
(*$@!^@(!@
zª\s/k'/, s~rgk'/
(&$(%#!%(%
- 152 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fd'bflos aLp a}+s jf ;fd'bflos
qm=;+= aLp a}+s ;~rfng ug]{ ;+:yfsf] 7]ufgf
gfd
ldngrf]s dlxnf aLhj[l4
!^
s'Gtfb]jL, cf]vn9'Ëf
s[ifs ;d"x
;Dks{ g++=
(*$@(%##@$
!&
h}ljs ljljwtf ;+/If0f ;ldlt
k'sf]{6 #, tgxF'
!*=
cd[tkfg s[lif ;xsf/L
;+:yf lnld6]8
!(
xfd|f] ;fd'bflos aLp a}+s
@)
Rf/kft] ;fd'bflos aLp a}+s
Nfxfg gu/kflnsf !,
l;/xf
s6f/L gu/kflnsf *,
pbok'/
nvGt/L, df]/ª
(*$@)$%%)%
@!
s[ifs ;d"x ;dGjo ;ldlt
h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt
>L kljq hgsNof0f s[ifs
;xsf/L ;+:yf lnld6]8=
ky/}of, s}nfnL
(*$*$*(($&
ubl/of, s}nfnL
(*^**)%#@(
u'ef{sf]6, ;'v]{t
(*$*@)^%(*
@$
3gkf]v/f ;fd'bflos aLp a}+s
3gkf]v/f, ndh'ª
(*^$!@#^((
@%
s0ff{nL s[lif ;xsf/L ;+:yf
lnld6]8
vfk'{gfy ufpFkflnsf $,
l5k|f, x'Dnf
(*$*##)(()*
@^
>L lxdr'nL ax"2]ZoLo
;xsf/L ;+:yf lnld6]8
uf}/Lzª\s/ gu/kflnsf
!, h'u', bf]nvf
(*$#*!####
@&
wf}nLuf8 h}ljs ljljwtf
;+/If0f ;d"x
tftf]kfgL ufpFkflnsf $,
h'Dnf
(&$*)&()&#
@*
>L r]k]d:of{ªbL ;fd'bflos
ljsf; aLp a}+s
/fOgf; gu/kflnsf $,
ndh'ª
(*^))@!!)*
@@
@#
|l-------l|l-------l|
- 153 -
(*%^)^)*&*
(*)&&!&*#!
(*$((^)**#
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
lzju~h ;fd'bflos aLp a}+s, emfkf
l8NnL kf}8]n!, hfg'sf du/!, g/dfof sfsL{! / k"0f{ kf}8]n@
!
lzjztfIfL gu/kflnsf &, lzju~h gu/kflnsf, emfkf, @nL–a8{, kf]v/f
kl/ro
lzju~h ;fd'bflos aLp a}+s lj=;+ @)^% b]lv lj=;+= @)&# ;Dd h}ljs ljljwtf,
cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_ kf]v/fåf/f ;~rflnt ;d'bfodf
cfwfl/t h}ljs ljljwtf Joj:yfkg sfo{qmdsf] ;xof]udf lzjztfIfL gu/kflnsf
j8f g+= &, lzju~h Efmfkfdf :yfkgf ePsf] xf] . sfo{qmdsf] z'¿jftdf ;flassf]
lzju~h ufpF ljsf; ;ldltsf gf}j6} j8fnfO{ ;d]6]/ k|To]s j8fdf sDtLdf Ps
s[ifs ;d"x / ;a} j8fsf s[ifs ;d"xx?sf] k|ltlglwTjdf uf=lj=;= :t/Lo >L
s~rg h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldlt u7g u/L To;}dfkm{t ;d'bfodf
cfwfl/t h}ljs ljljwtf Joj:yfkg;DaGwL lqmofsnfkx? ;~rfng ul/Psf lyP
. o;} ;ldltn] lj=;= @)^* -;g\ @)!)_ df ;fd'bflos aLp a}+ssf] yfngL u/]sf]
xf] . z'¿jftsf s]xL jif{;Dd o; aLp a}+sn] :yfgLo hftsf aLpx?sf] gd"gfdfq
;ª\sng u/L/fVg] u/]sf] / aLp dfu ug]{ s[ifsx?nfO{ ;DalGwt s[ifs;Fu ;Dks{
u/fOlbg] Joj:yf ldnfPsf] lyof] .
lj=;+= @)&! j}zfvdf >L s~rg h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldltnfO{
lhNnf k|zf;g sfof{no, rGb|u9L efmkfdf s[ifsx?sf] ;+:yfsf ?kdf btf{ ul/Psf]
5 . o; ;ldltn] lzjztfIfL gu/kflnsf j8f g+= ^ / & -;fljssf] lzju~h
uf=lj=;=_ nfO{ cfkm\gf] sfo{If]q agfP/ sfd ul//x]sf] 5 . o;df ;fljssf] lzju~h
uf=lj=;= sf @# j6f s[ifs ;d"xx?df cfa4 !)&) hgf ;b:ox? /x]sf 5g\ .
oL ;b:ox?dWo] ^(* hgf -^% k|ltzt_ dlxnf / #&@ hgf -#% k|ltzt_ k'¿if
/x]sf 5g\ . >L s~rg h}ljs ljljwtf ;+/If0f tyf ljsf; sfo{;ldltdf !! hgf
;b:ox? /x]sf 5g\ . of] ;+:yf btf{ ePkl5 lgoldt ?kdf jflif{s ;fwf/0f;ef,
n]vf k/LIf0f / ;+:yf gjLs/0f x'Fb} cfPsf] 5 . btf{ ePsf] jif{b]lv g} o; ;ldltn]
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
:yfgLo tyf pGgt hftsf aLp–pTkfbg, ljqmLljt/0f, ;fd'bflos h}ljs ljljwtf
Joj:yfkg sf]if kl/rfng sfo{ ub}{ s[lif h}ljs ljljwtfsf] ;+/If0f, cfocfh{g /
hLljsf]kfh{g ;'wf/df 6]jf k'¥ofpFb} cfPsf] 5 .
s[lif h}ljs ljljwtf ;+/If0f
lzju~h ;fd'bflos aLp a}+ssf] d'Vo p2]Zo g} lzju~h / o;sf] j/k/sf ufFpx?df
pknAw tyf nf]k x'g nfu]sf ljleGg afnLx?sf :yfgLo hftx?sf] ;ª\sng tyf
;+/If0f ug'{ / s[ifsx?nfO{ ;'ne ?kdf tL hftx?sf] aLp pknAw u/fpg' /x]sf]
5 . of] ;fd'bflos aLp a}+sn] lgoldt ?kdf @^ lsl;dsf afnLx?sf] !$( j6f
:yfgLo hftx?sf] aLp–pTkfbg tyf ;+/If0f ub}{ cfPsf] 5 . oLdWo] wfgsf &)
j6f hftx?sf] ;+/If0fsf nflu # sÝf If]qkmndf k|To]s jif{ ljljwtf k|bz{gL :yn
-Diversity Block) :yfkgf u/L aLp–pTkfbg ul/G5 . cGo afnLx?sf xsdf aLp–
pTkfbg sfo{ s[ifsx?sf] v]ttaf/Ldf g} ul/G5 . lzju~h ;fd'bflos aLp a}+sn]
;+/If0f u/]sf :yfgLo afnL tyf hftx?sf] ljj/0f tflnsf ! df ;dfj]z ul/Psf]
5 M
tflnsf != lzju~h ;fd'bflos aLp a}+sn] ;+/If0f u/]sf :yfgLo afnL tyf
hftx?sf] ljj/0f
qm=;= afnL
Hfft
hft;+Vof
sfnf]g'lgof–!, sfnf]g'lgof–!), sfnf]g'lgof, stf/
v]/f, af;dtL, ?b\|fIf, sfnf] af;dtL, gflh/,
/ftf] aR5L, /ftf] xfK;f r'N7], a]nu'7L, xf]8aR5L,
;]tf] af;dtL, xf8Lkmf]/, ef]6fª], rDkf;/L, rgfr'/,
cgbL, wgs'6], nfnaR5L, lal/ªkm"n, 5f]6L af;dtL,
/ftf] cgbL, u'8'/f, cd/Wjh, uf]nf] cgbL, l8?jf,
abnwfg, ;]tf] cgbL, Efmx/, ;dn rf}/L, sf]dn,
^%
!
Wffg
uf}df, sgslh/f af;dtL, sfnf] /ftf] af;dtL, ;fgf]
/ftf] af;dtL], lh/f;/L, /fFuf, c§], b"w/fh, /f;wfg,
df;L{, c08L, hf]/kfn af;dtL, x+;/fh, /ftf] :yfgLo,
ltNsL, /ftf]6F'8] af;dtL, Zofdlh/f, l3ps'df/L, bf];/f,
l;sLrg, 7"nf] dG;/f, /fda]nf, cfFkEf'mQ], 5\ofu|f,
du/ cgbL, hg]{nL, l3pk'/L, lEfmg'jf, lel8of] cgbL,
yfkfrLgL alnª\6f/], ;]t]
@
Dfs}
;l7of ;]tf] / d'/nL ds}
@
- 155 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;=
#
$
%
^
&
*
(
!)
!!
!@
!#
!$
!%
!^
!&
!*
!(
@)
@!
@@
@$
@%
@^
afnL
Kfmfk/
sf]bf]
hf}
h'g]nf]
Hfft
;l7of / 7"nf] kmfk/
d'8\s], kfª\b'/] / dª\l;/]
:yfgLo
;]tf]
;]tf] af];] nfdf], ;]tf] af];] 5f]6f], ;]tf] xf8], xl/of]
Aff]8L
af];] xl/of] xf8], /ft]f af];], /ftf] xf8], /ftf]÷;]tf] sf];f
/ sfnf] sf];f
;]tf] nfdf], ;]tf] 5f]6f], xl/of] nfdf], xl/of] 5f]6f],
l;dL
xl/of] ;fgf], /ftf] nfdf], /ftf] 5f]6f], /ftf] 6f6], /ftf]
r'n];L, xl/of] 6f6], kf]y]|
as'Nnf :yfgLo
s]/fp :yfgLo ;fgf]
Dff;
sfnf] ;l7of, sfnf] lrNnf] / kx]nf]
/x/
;fgf] bfgf / 7\nf] bfgf
uxt
sfnf], s}nf] / /ftf]
d;'/f]
sfnf] / s}nf]
Ef6df; ;]tf], sfnf] / s}nf]
;]tf] nfdf], ;]tf] 8Nn], xl/of] nfdf], xl/of] 8Nn] /
Nff}sf
afx|df;]
s/]nf ;]tf] nfdf], xl/of] nfdf] / xl/of] ;fgf]
km;L{
8Nn], hfFt], dfbn], l5s]{ / sfnf]cfFv]
xl/of] 5f]6f], xl/of] nfdf], ;]tf] 5f]6f], ;]tf] nfd],
l3/f}+nf
af;dtL, Ef'mTtL ;fgf] / Ef'mTtL 7"nf]
;]s]g sRr', nª\s], k~rd'v], l;tf sRr', t]nL k];f,
lk+8fn' af; sRr', ;]tf] sRr', ;]tf] b"wdfg], sfnf] b"wdfg],
b;{g]
kf]O;fu /ftf] 8fF7], xl/of] 8fF7]
nfkmf
;fgf] kft] / 7\nf] kft]
;fu
cfn; :yfgLo
Tff]/L
7"nf] tf]/L, ;fgf] tf]/L
ltn
;]tf] ltn, sfnf] ltn
hDdf
- 156 -
hft;+Vof
@
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fd'bflos h}ljs ljljwtf sf]if kl/rfng
lzju~h ;fd'bflos aLp a}+s lbuf] ?kdf ;~rfngsf nflu >L s~rg h}ljs
ljljwtf ;+/If0f ;ldltn] ;fd'bflos h}ljs ljljwtf Joj:yfkg sf]if :yfkfgf u/L
kl/rfng ul//xsf] 5 . k6s–k6s u/L nL–a8{n] pknAw u/fPsf] ¿ ( nfv,
;d'bfosf] ¿ %) xhf/ / xfn;Ddsf] Aofh u/L @)&% c;f/ d;fGt;Dd ;fd'bflos
h}ljs ljljwtf Joj:yfkg sf]ifdf ¿= !&,!),))).– /sd hDdf ePsf] 5 . of] /sd
k|To]s jif{ jflif{s !* k|ltzt Aofhb/df ;b:ox?dfem cfod"ns sfo{qmdx?
;~rfng ug{sf nflu kl/rfng ul/G5 . o; sf]ifaf6 k|To]s ^÷^ dlxgf u/L jif{df
@@% hgfn] C0f lng] u/]sf 5g\ . o;/L k|fKt x'g] Aofhaf6 :yfgLo aLp vl/b ug]{
/ ;+:yfsf sd{rf/Lsf] tna / k|zf;lgs vr{ rnfpg] ul/Psf] 5 .
aLp–pTkfbg tyf ljqmLljt/0f
lj=;+= @)&! b]lv lzju~h ;fd'bflos aLp a}+sn] :yfgLo tyf pGgt hftsf aLp–
pTkfbg u/L k|rlnt ahf/d"NoeGbf ;'ne ?kdf :yfgLo s[ifsx?nfO aLp ljqmL
ub}{ cfO/x]sf] 5 . ;fy} Efmfkfsf] ;'?ªdf l:yt cgdf]n aLp sDkgL;Fu klg ;dGjo
u/L d"n aLp Nofpg] / pTkflbt aLp sDkgLnfO{ g} ljqmL ug]{ sfo{ klg ;~rfng
ul//x]sf] 5 . ;fd'bflos aLp a}+sn] ;~rfng u/]sf] aLp–pTkfbg sfo{af6 aLp–
pTkfbs s[ifsx?sf] pTkfbg, cfDbfgL / hLljsf]kfh{g ;'wf/df dgUu] 6]jf k'lu/x]sf]
5 . lzju~h ;fd'bflos aLp a}+sn] pTkfbg u/]sf] pGgt hftsf] aLpsf] kl/df0f
tflnsf @ df k|:t't ul/Psf] 5M
tflnsf @ M lzju~h ;fd'bflos aLp a}+sn] pTkfbg u/]sf] aLpsf] ljj/0f
aLp–pTkfbg kl/df0f -s]=hL=_
qm=;+= jif{ -lj=;+=_
:yfgLo hft
pGgt hft
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- 157 -
$%,)))
hDdf
@,@)*
!*,^**
@&,(#^
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$%,##&
$*,)))
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fem]bf/L ;ª\3;+:yf
lzju~h ;fd'bflos aLp a}+ssf] d'Vo ;fem]bf/ jf ;xof]uL ;+:yf nL–a8{, kf]v/f
xf] . ;fd'bflos aLp a}+snufotsf ;+:yfsf sfddf :yfkgf sfnb]lv xfn;Dd
nL–a8{sf] cfly{s tyf k|fljlws ;xof]u /xFb} cfPsf] 5 . ;flassf] lzju~h
uf=lj=;=n] o; aLp a}+snfO{ nueu @ sÝf If]qkmn a/fa/sf] ;fj{hlgs hUuf
pknAw u/fP/ ;fd'bflos aLp a}+s :yfkgf ug]{ sfo{df 7"nf] e"ldsf lgjf{x u/]sf]
5 eg] xfn;fn} lzjztfIfL gu/kflnsfaf6 klg ;|f]t aLp vl/b tyf cGo sfdsf
nflu cfly{s ;xof]u k|fKt x'g] u/]sf] 5 . tTsfnLg lhNnf s[lif ljsf; sfof{no,
If]qLo cg';Gwfg s]Gb| t/x/f / cgdf]n aLp sDkgLaf6 wfgsf] d"n aLp / cGo
k|fljws ;xof]u pknAw x'g] u/]sf] 5 . cgdf]n aLp / :yfgLo Pu|f]e]6x?n] klg
o;n] pTkfbg u/]sf] aLp vl/b ul/lbP/ dxÎjk"0f{ e"ldsf lgjf{x ul//x]sf 5g\ .
|l-------l|l-------l|
- 158 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
srf]jf{ ;fd'bflos aLp a}+s, af/f
dxfgf/fo0f ofbj, s'df/L s[i0ff, zdf{nfn ;fx, /fdafa' ofbj / /fdPsjfn ofbj
l;d|f}gu9 gu/kflnsf *, srf]jf{, af/fÙ
@: adcs2010@gmail.com
kl/ro
af/f lhNNffsf] l;d|f}gu9 gu/kflnsf j8f g+= * df cjl:yt srf]jf{ ;fd'bflos aLp
a}+s lj=;+= @)^) j}zfv ( ut] :yfkgf ePsf] xf] . o;sf] :yfkgf h}ljs ljljwtf,
cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_, g]kfn s[lif cg';Gwfg kl/ifb\
-gfs{_ / afof]el;{6L OG6/g]zngåf/f ;flassf] srf]jf{ ufpF ljsf; ;ldltdf lj=;+=
@)%% b]lv @)^@ ;Dd ;~rfng ul/Psf] oyf:yfgLo s[lif h}ljs ljljwtf ;+/If0f
sfo{s|dsf] cfly{s tyf k|fljlws ;xof]udf ePsf] xf] . srf]jf{ ;fd'bflos aLp
a}+ssf] :yfkgfsf] p2]Zo srf]jf{ tyf cf;kf;sf ufpFx?af6 nf]k x'g nflu/x]sf
wfgnufotsf cGo afnLx?sf :yfgLo hftx?sf] ;+/If0f ug'{ /x]sf] 5 . srf]jf{
ufpFdf oyf:yfgLo s[lif h}ljs ljljwtf ;+/If0f sfo{qmd ;~rfng eO/xFbf klg
wfgsf :yfgLo hftx?sf] ;ª\Vof ## af6 36]/ !$ j6f ePsfn] ;fd'bflos aLp
a}+ssf] cfjZostf dx;'; ul/Psf] xf] . ;fd'bflos aLp a}+ssf] :yfkgf ul/Pkl5
srf]jf{af6 nf]k ePsf / af/f, k;f{ tyf /f}tx6 lhNnfdf v]tL eO/x]sf :yfgLo
wfgsf hftx? ;d]t ;ª\sng u/]kl5 xfn of] ;fd'bflos aLp a}+sdf wfgsf *%
j6f hftx?sf] ;+/If0f ul/Psf] 5 .
z'¿jftL lbgx?df srf]jf{ ;fd'bflos aLp a}+ssf] Ifdtf ljsf;sf nflu tTsfnLg
srf]jf{ ufpF ljsf; ;ldlt / lhNnf ljsf; ;ldltaf6 klg ;fj{hlgs hUuf /
cfly{s ;xof]u k|fKt ePsf] lyof] . To;} u/L cfO{=8L=cf/=;L= Sofg8fsf] cfly{s
;xof]udf o"=P;=;L= Sofg8f g]kfnåf/f ;~rflnt ;fgkm]s sfo{qmd / o"=Pg=8L=kL=
sf7df8f}+sf] ;fgf cg'bfg sfo{qmdn] ;fd'bflos aLp a}+s ;'b[9Ls/0fsf nflu ;xof]u
pknAw u/fPsf] lyof] . of] ;fd'bflos aLp a}+s ;kmn ?kdf lg/Gt/ ;~rfng
eO/x]sfn] xfn;Dd klg nL–a8{, gfs{ / afof]el;{6L OG6/g]zngåf/f ;~rflnt cGo
- 159 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
kl/of]hgfx?af6 s]xL cfly{s / k|fljlws ;xof]u k|fKt eO/x]sf] 5 . o; aLp a}+ssf]
;~rfng s[lif ljsf; tyf ;+/If0f ;dfh srf]jf{, af/fn] ub{5 . ;fd'bflos aLp a}+s
;~rfngsf nflu g} of] ;+:yfsf] :ykgf klg lj=;+= @)^) j}zfv ( ut] g} ePsf] xf]
. of] ;+:yf lhNnf k|zf;g sfof{no af/f, sn}ofdf btf{ ePsf] 5 / lgoldt ?kdf
gjLs/0f klg eO/x]sf] 5 . o; ;+:yfn] ;fd'bflos aLp a}+ssf cnfjf ;fd'bflos
h}ljs ljljwtf Joj:yfkg sf]ifsf] kl/rfng, art tyf C0f ;xsf/Lsf] :yfkgf tyf
;~rfng / cGo ;fd'bflos ljsf;sf ultljlwx? klg ;~rfng ul//x]sf] 5 . o;
;+:yf;Fu !! j6f s[ifs ;d"xx? cfa4 5g\ . oL ;a} ;d"xx?sf] k|ltlglwTj x'g]
u/L #( hgf s[lif ljsf; tyf ;+/If0f ;dfhsf ;fwf/0f ;b:o /x]sf 5g\ . hDdf
;b:ox?dWo] !$ hgf dlxnf / @% hgf k'¿if /x]sf 5g\ . oL ;fwf/0f ;b:ox?sf]
;fwf/0f;efn] ( ;b:oLo sfo{sfl/0fL ;ldltsf] u7g ub{5 . k|To]s sfo{sfl/0fL
;ldltsf] cjlw tLg jif{sf] x'G5 .
s[lif h}ljs ljljwtf ;+/If0f
srf]jf{ ;fd'bflos aLp a}+ssf] p2]Zoadf]lhd o;n] ljleGg tf}/tl/sfaf6 o; If]qsf
s[lif h}ljs jljwtfsf] ;+/If0fsf] sfd ul//x]sf] 5 . ;fd'bflos aLp a}+s z'¿jft
ubf{ s[lif h}ljs ljljwtf d]nf k|bz{gLsf] cfof]hgf / ;fd'bflos h}ljs ljljwtf
clen]vnfO{ cfwf/ dfg]/ :yfgLo hftsf aLpx?sf] ;ª\sng ul/Psf] lyof] .
To;kl5 l5dsL ufpF / k;f{ tyf /f}tx6 lhNnfaf6 klg afnL kfSg] a]nfdf @÷#
hgf ;b:osf] 6f]nL agfP/ wfgsf aLp ;ª\sng ul/P . sltko aLpx? ;fd'bflos
aLp a}+ssf ;b:ox?n] cfkm\gf gft]bf/dfkm{t klg aLp ;ª\sng ug]{ u/]sf 5g\ .
xfn of] ;fd'bflos aLp a}+sn] wfg, sf]bf], /x/, l3/f}+nfnufot !! k|hfltsf !)&
j6f :yfgLo hftx?sf] ;+/If0f ul//x]sf] 5 -tflnsf !_ . Psflt/ ;fd'bflos aLp
a}+sdf ;+/If0f ul/Psf aLpx?nfO{ k|To]s jif{ ljljwtf k|bz{gL :yndf nufP/ aLp–
pTkfbg ul/G5 eg] eg] csf{lt/ ;fd'bflos h}ljs ljljwtf Joj:yfkg sf]ifaf6 C0f
lnP/ cfocfh{g ug]{ ;b:ox?nfO{ klg pgLx?sf] ¿lr / v]taf/L ;'xfpFbf aLp
/f]Kg nufP/ ;+/If0fsf] sfd ul/G5 . ljljwtf k|bz{gL :yn klxnf hUuf ef8fdf
lnP/ ;~rfng ul/GYof] eg] xfn ;flassf] srf]jf{ ufpF ljsf; ;ldltsf] sfof{non]
pknAw u/fPsf] % sÝf ;fj{hlgs hUufdf nufpg] ul/Psf] 5 . o; hUufdf cGo
:yfgLo afnLx? klg nufP/ lkmN8 hLg a}+ssf ?kdf ljsf; ub}{ hfg] ;f]r /x]sf]
5 . o;/L pTkfbg ul/Psf aLpnfO{ k|To]s jif{ afnf em'G8\ofP/, k/fnsf] df]/df
afFw]/, df6fsf] sf]7L tyf 5}+7L, af;sf] sf]7L, df6fsf] 3}+6f, Knfli6ssf] xfjf aGb
l8Aaf / af]tnx?df e08f/0f u/]/ /flvG5 . o;/L e08f/0f u/]/ /flvPsf] aLp /f]Kg]
;do z'¿ x'gf;fy pdf/zlQm k/LIf0f u/L aLpsf] dfu cg';f/ ljqmLljt/0f ul/G5 .
- 160 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf !M ;fd'bflos aLp a}+sdf ;+/If0f ul/Psf afnL / :yfgLo hftx?sf] ljj/0f
qm=;+= afnL
Hfft
hft;ª\Vof
glv;f/f], ;f]6jf, /fËf], l;lsrg, d'6d'/, uh/uf}n,
b'lw;f/f], ;f7L, au/L, e]nf;f/f], em/nfemL, s6f}+;,
nNsf af;dtL, sl/of sdf]w, /dgL, a/de';L,
ph/sf af;dtL, axfgL{, dfnef]u, /dhjfOg,
l3ps'df/, nfemL, and;f/, dxfhf]ugL, e7L,
hu/glyof, l;nx6, nfn6]Ëu/, /hnf, dw'dfnf,
sdf{, b"w/fh, 5t/fh, xl/0fs]/, dG;f/f, cfdf3f}+h,
;]tf] k/]jfKjFfv, sl/of k/]jfKjfFv, ;]tf] v]x|f, sl/of
v]x|f, cfFuf, kfv/, /ftf] uf]nf–!, nNsf h];l/of,
*%
!
Wffg
phsf{ h];l/of, aT;/, a"9L8fOg–!, aª\ulnof,
efF8;/, cgbL, sfGx/, hfu8, ;fv8, a"9L8fOg–@,
3'ylg;f/f], uf]s'nrg, /ftf]6'F8], sfnf]g'lgof, emfkf
af;dtL, lgdf]O, slGs/aL{, ux'df, /ftf]cgbL lrtjg,
s];/aRrL, rgGr'/, sfnf]t'n;L, Gofp/L, dnfy] c6],
lrp/], s:t'/L, s';'dsnL, w';/f, /f6Lg, sfFem, ;]tf]
8Nn], 9'Gd'lgof ;]tf], b]j;f/, a"l98fOg–#, cGhgf,
s/ËL, ;]tf] ;f7L, sfnf] ;f7L -6'F8fjfnf_, eb}of
af;dtL, /ftf]uf]nf–@
Ufnkm'lnof, tujf, nDsf phsf{, nDsf xl/osf{,
@
l3/f}+nf
%
a;dltof
#
sf]bf]
d'gf, emfn/L
@
$
/x/
rgsL, khfjf
@
%
as'nf sfnf], ph/sf, nNsf
#
^
cfn; :yfgLo
!
&
uxt
Dff3L
!
*
hf}
6'F8fjfnf, d'8nf
@
(
s'laG8f] ;]tf] nfdf], uf]Nsf
@
!)
km;L{
xl/of] uf]nf], nDsf
@
!!
cf]n
:yfgLo
!
hDdf
!)^
;fd'bflos aLp a}+sn] ;+/If0f u/]sf :yfgLo hftsf aLpx? k/:yfgLo ;+/If0fsf
nflu /fli6«o hLg a}+s, v'dn6f/, nlntk'/ klg k7fOPsf] 5 . of] ;fd'bflos
aLp a}+sn] oyf:yfgLo s[lif h}ljs ljljwtf ;+/If0f kl/of]hgf cjlwdf z'¿ u/]sf]
;xeflutfd"ns afnL k|hgg sfo{qmdaf6 ljsf; ul/Psf] srf]jf{–$ wfgsf] klg
- 161 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
aLp–pTkfbg tyf ljqmLljt/0f ub}{ cfO/x]sf] 5 . of] hft :yfgLo b"lw;f/f] / pGgt
hftsf] xbL{gfy–! nfO{ qm; u/fO{ srf]jf{df g} ljsf; ul/Psf] xf] . srf]jf{–$ nfO{
/fli6«o :t/df btf{ ug]{ k|of; klg eO/x]sf] 5 .
;fd'bflos h}ljs ljljwtf Joj:yfkg sf]if kl/rfng
;fd'bflos aLp a}+snfO{ lbuf] ?kdf ;~rfng ug{ tyf ;b:o s[ifsx?nfO{
cfocfh{gd"ns lqmofsnfkx? ;~rfng ug{ ;xof]u k'¥ofpg] p2]Zon] s[lif ljsf;
tyf ;+/If0f ;dfh srf]jf{n] ;fd'bflos h}ljs ljljwtf Jo:yfkg sf]ifsf] :yfkgf
u/]sf] 5 . o; sf]ifaf6 ;b:ox?nfO{ cfod"ns lqmofsnfk ;~rfngsf nflu
jflif{s !@ k|ltzt Aofhb/df lagflwtf] C0f lbOG5 . o;/L C0f lng] ;b:on]
;fd'bflos aLp a}+sdf /x]sf :yfgLo hftx?dWo] clgjfo{ ?kdf Pp6f hftsf] aLp
lnO{ cfkm\gf] v]taf/Ldf nufpg'kb{5 . pbfx/0fsf nflu olb s'g} s[ifsn] ;+/If0fsf
nflu ! s]=hL= aLp lnPdf afnL kfs]kl5 sDtLdf ! s]=hL= %)) u|fd z'4 aLp
;fd'bflos aLp a}sdf kms{fpg'kb{5 . ;fd'bflos h}ljs ljljwtf Joj:yfkg sf]ifsf]
:yfkgf klg lj=;+= @)^) g} z'¿ ul/Psf] xf] . z'¿df kl/of]hgfsf] ¿= %) xhf/, tLg
j6f dlxnf ;d"xsf] ¿= !%,))) / s[lif ljsf; tyf ;+/If0f ;dfhsf] ?= !),)))
u/L ¿= &% xhf/Aff6 z'¿ ul/Psf] xf] . xfn o; sf]ifdf ¿= !,#)$,))).– k'u]sf] 5 .
o; sf]ifaf6 jflif{s ?kdf !!) hgf nfeflGjt eO/x]sf 5g\ .
|l-------l|l-------l|
- 162 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
k'sf]{6 ;fd'bflos aLp a}+s, tgx'F
;Ltf/fd ahufFO{ / nIdL s'dfn
>L h}ljs ljljwtf ;+/If0f ;ldlt, efg' gu/kflnsf j8f g+= * k'sf]{6, tgxF'
kl/ro
k'sf]{6 ;fd'bflos aLp a}+s tgx'F lhNnfsf] ;flassf] k'sf]{6 ufpF ljsf; ;ldltdf
:yfkgf ePsf] xf] . xfn of] efg' gu/kflnsfsf] j8f g+= *, afO{;hª\3f/df cjl:yt
5 . ;d'b|L ;txaf6 $)$ ld6/b]lv !)*) ld6/ prfOdf km}lnP/ /x]sfn] k'sf]{6
h}ljs ljljwtfdf wgL 5 . t/ s}of}+ c;n u'0f ePsf ljleGg k|hfltsf afnL /
hftx? nf]k xF'b} uO/x]sf 5g\ . log} s'/fnfO{ dgg u/L lj=;+= @)^@ df tTsfnLg
lhNnf s[lif ljsf; sfof{no tgxF'n] k'sf]{6df Ps ;ldlt u7g u/L pQm ;ldltsf]
cu'jfOdf ;fd'bflos h}ljs ljljwtf clen]vsL/0f sfo{qmd ;DkGg u¥of] . o;
qmddf ljleGg k|f0fL / jg:kltx? u/]/ ^%) hftx? clen]vLs/0f ul/Psf lyP .
k|fKt ^%) hftx?nfO{ cfwf/ agfO{ lj=;+= @)^& df h}ljs ljljwtf, cg';Gwfg tyf
ljsf;sf nflu :yfgLo kxn -nL–a8{_ n] k'sf]{6df ;d'bfodf cfwfl/t h}ljs ljljwtf
sfo{qmd ;~rfng u¥of] . o; sfo{qmdcGtu{t lj=;+= @)^* df k'sf]{6df ;fd'bflos
aLp a}+ssf] yfngL ul/Psf] xf] . o;sf] d'Vo p2]Zo k'sf]{6 tyf cf;kf;sf
ufpFx?df v]tL ul/g] ljleGg /}yfg] jf :yfgLo hftx?sf] klxrfg, ;+/If0f, lgoldt
aLp–pTkfbg / s[ifsx?sf] dfu cg';f/ ;'ne ?kdf pknAwtf u/fpg' xf] . oL
lqmofsnfkx? j}wflgs ?kdf ;~rfngsf nflu z'¿df h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt u7g ul/Psf] / ;f]xL ;+:yfnfO{ lj=;+= @)&! >fj0f !^ ut] h}ljs
ljljwtf ;+/If0f ;ldlt gfds/0f u/L lhNnf k|zf;g sfof{no, tgx'Fdf btf{ ul/Psf]
5 . o; of] ;+:yfdf xfn @@ j6f s[ifs ;d"xx?df cfa4 &@* dlxnf / #!@ k'¿if
u/L hDdf !)$) 3/sf kl/jf/ ;b:o 5g\ .
- 163 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
k'sf]{6sf ax';ª\Vos s[ifsx? d"ntM s[lif k]zfdf g} lge{/ /x]sfn] s[ifsx?sf nflu
kz'kfng, cGgafnL, t/sf/Lv]tL, t]nxg, bnxg / gub] afnL ;fy} :yfgLo tyf
pGgt hftsf] aLpaLhg pknAw u/fpgsf nflu ;+:yfn] ;fd'bflos h}ljs ljljwtf
sf]ifaf6 shf{, tflnd / k|fljlws ;xof]u klg lbO/x]sf] 5 .
s[lif h}ljs ljljwtfsf] ;+/If0f
k'sf]{6 ;fd'bflos aLp a}+sn] $@ k|hfltsf afnLx?sf !!^ :yfgLo hftx?sf]
;+/If0f, lgoldt aLp–pTkfbg / s[ifsx?sf] cfjZstf cg';f/ ljt/0f ub}{ cfO/x]sf]
5 -tflnsf !_ . oL afnLx?sf] ljljwtf k|bz{gL :yn :yfkgf u/L k|To]s jif{
gofF aLp–pTkfbg u/L ;+/If0fsf] sfd ul/G5 . ljljwtf k|bz{gL :ynsf nflu
o;cl3 lhNnf s[lif ljsf; sfof{no / xfn j8f sfof{noaf6 cfly{s ;|f]t pknAw
x'g] u/LPsf] 5 . h}ljs ljljwtf k|bz{gL :ynsf cnfjf aLp–pTkfbs / ;+/Ifs
s[ifsx?af6 klg :yfgLo aLp–pTkfbg u/fO{ vl/b ul/G5 . o; a}+sn] afnL k|hflt
/ hft cg';f/ k|To]s jif{ @)) u|fd b]lv %) s]=hL= ;Dd aLp vl/b tyf pTkfbg
ub{5 . o;/L aLp vl/b ubf{ aLp–pTkfbs s[ifsx?sf nflu k|ToIf cfly{s kmfObf
klg k'lu/x]sf] 5 .
tflnsf !M k'sf]{6 ;fd'bflos aLp a}+sn] ;+/If0f ul//x]sf afnL / ltgsf :yfgLo
hftx?
qm=;++=
afnL
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hft;ª\Vof
/ftf] cgbL, ;]tf] cgbL, l3pk'/L, cfFkem'Q],
lrlgofF, h]7f]a"9f], kx]+n], sfnf] 8Nn] dl;gf],
sfnf] dl;gf], kx]+nf] dl;gf], dG;/f, sf7],
sfnf] kfTn], df;L{, rf]af], b]jsf]l6gL, 7fF6/,
kfv] lemg'jf
sflQs], nfkm|], ;fgf] d'8s], kfFpb'/], b"w],
tgxF', HjfOF -;]tf]_ , uf]/vfnL, rd]|
kx]+nf], ;]tf], /ftf], d'/nL ;]tf], kx]+nf] d'/nL,
sfnf]
;]tf], /ftf]
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lrgf] -wfg sf]bf]_
:yfgLo
dL7] kmfk/
- 164 -
!*
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;++=
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sfnf], sfnf] ufhn], ;]tf] ufhn], tg],
sflQs]
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sfnf] km';|], /bnL, lrNnL, d'ª,
v}/f]
kx]+nf], 7"nf] l5s]{lds]{,
;fgf] l5s]{lds]{, 7"nf] /ftf], sfnf]
;]tf], /ftf]
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em';] ltn, ltn
tf]/L, tf]/f, ;:o"+{
cfn;
b"w], 5fp/], v/L, k~rd'v],
sfnf] d'v], np/], /ftf] d'v]
hfFt], wf]qm]
cf]n
8Nn], kf6], hfFt]
5f]6f] xl/of], a'b'g], jf:gf cfpg]
nfdf] dfbn], 8Nn]
xl/of], ;]tf]
;]tf]
dfbn], xl/of] ;fgf]
xl/of] wf/]
r'r] xl/of]
xl/of] c;f/], ;tf] c;f]h]
lrNnf] kft], v;|f]kft]
sfF8], lrNnf] kft]
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g;], af];],
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- 165 -
%
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
pGgt hftsf] aLp–pTkfbg tyf ahf/Ls/0f
k'sf]{6 ;fd'bflos aLp a}+sn] nL–a8{, lhNnf s[lif ljsf; sfof{no / ndh'ª
s[lif SofDk;;Fusf] ;xsfo{df pGgt hftsf] aLp klg pTkfbg / laqmLljt/0f
ub}{ cfO/xsf] 5 . o;af6 :yfgLo s[ifsx?sf nflu s]xL hftsf wfgsf] aLp
;'ne ?kdf pknAw eO/x]sf] 5 eg] aLp pTkfbs s[ifsn] /fd|f] cfDbfgL klg
ul//x]sf 5g\ . pGgt hftsf] aLpsf] sf/f]af/sf nflu of] ;fd'bflos aLp a}+s;Fu
¿= $%),))).– sf] aLp k'FhLsf]if /x]sf] 5 . aLp laqmLaf6 ePsf] gfkmfsf] s]xL k|ltzt
;+:yfsf] sd{rf/Lsf] tna / ;~rfng vr{sf] ?kdf k|of]u ul/G5 .
;fd'bflos h}ljs ljljwtf Joj:yfkg sf]if
;fd'bflos aLp a}+s lbuf] ?kdf ;~rfngsf nflu h}ljs ljljwtf ;+/If0f ;ldlt;Fu
¿= @!,$%,))).– sf] ;fd'bflos h}ljs ljljwtf Joj:yfk sf]if /x]sf] 5 . of] /sd
nL–a8{, tTsfnLg lhNnf s[lif ljsf; sfof{no, lhNnf kz';]jf sfof{no, ufpF ljsf;
;ldltsf] sfof{no / ;d'bfosf] cfkm\g} of]ubfgaf6 h'6fOPsf] xf] . sf]ifaf6 k|To]s
jif{ :yfgLo v/L afv|f k|jw{g, aLp–pTkfbgnufotsf s[lif;Fu ;DalGwt sfdsf nflu
o;sf ;b:ox?nfO{ jflif{s !@Ü k|ltzt Aofhdf C0fsf ?kdf kl/rfng ul/G5
. Aofhsf] s]xL k|ltzt sd{rf/Lsf] tna / ;+:yfsf] ;~rfng vr{sf ?kdf k|of]u
ul/G5 eg] afFsL Aofh sf]ifdf g} hDdf ul/G5 .
;fd'bflos aLp a}+sdf /x]sf ;fdfu|L tyf k"jf{wf/x?
;fd'bflos aLp a}+s ;~rfng tyf cGo sfdsf nflu h}ljs ljljwtf ;+/If0f
;ldltn] ljleGg ef}lts ;DklQx? h'6fO;s]sf] 5 . tTsfnLg lhNnf s[lif ljsf;
sfof{nodfkm{t ;fdYo{ g]kfnsf] ;xof]udf %) 6g Ifdtfsf] e"sDk k|lt/f]wL aLp
e08f/0f ejg klg lgdf{0f ul/Psf] 5 .
|l-------l|l-------l|
- 166 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
cUof}nL ;fd'bflos aLp a}+s, gjnk/f;L
kfj{tL e08f/L! / cf:yf e';fn@
!
sfjf;f]tL !$, cUof}nL, gjnk/f;LÙ @nL–a8{, kf]v/f
kl/ro
cUof}nL ;fd'bflos aLp a}+s lj=;+ @)^% -;g\ @))*_ b]lv lj=;+= @)&# -;g\ @)!^_
;Dd h}ljs ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_
kf]v/fåf/f ;~rflnt ;d'bfodf cfwfl/t h}ljs ljljwtf Joj:yfkg sfo{qmdsf]
;xof]udf sfjf;f]tL gu/kflnsf j8f g+= !$ cUof}nL, gjnk/f;Ldf :yfkgf ePsf]
xf] . sfo{qmdsf] z'¿jftdf ;flassf] cUof}nL ufpF ljsf; ;ldltsf gf}j6} j8fnfO{
;d]6]/ k|To]s j8fdf sDtLdf Pp6f s[ifs ;d"x / gf}j6} j8fsf s[ifs ;d"xx?sf]
k|ltlglwTjdf uf=lj=;= :t/Lo h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldlt u7g u/L
To;}dfkm{t ;d'bfodf cfwfl/t h}ljs ljljwtf Joj:yfkg;DaGwL lqmofsnfkx?
;~rfng ul/Psf] lyof] . o;} ;ldltn] lj=;= @)^* -;g\ @)!)_ df cUof}nL
;fd'bflos aLp a}+ssf] yfngL u/]sf] xf] . z'¿jftsf s]xL jif{;Dd o; aLp a}+sn]
:yfgLo hftsf aLpx?sf] gd"gfdfq ;ª\sng u/L /fVg] u/]sf] / aLp dfu ug]{
s[ifsx?nfO{ ;DalGwt s[ifs;Fu ;Dks{ u/fOlbg] Joj:yf ldnfOPsf] lyof] .
lj=;+= @)&! h]7df h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldltnfO{ s[lif ljsf; tyf
;+/If0f ;ldlt gfds/0f u/L lhNnf k|zf;g sfof{no, gjnk/f;Ldf s[ifsx?sf]
;+:yfsf ?kdf btf{ ul/Psf] 5 . o; ;ldltdf sfjf;f]tL gu/kflnsf j8f g+= !$,
!% / !^ -;flassf] cUof}nL uf=lj=;=_ sf $! j6f s[ifs ;d"xx?df cfa4 (%#
hgf ;b:ox? 5g\ . hDdf ;b:ox?dWo] ^*) hgf -&! k|ltzt_ dlxnf / @&#
hgf -@( k|ltzt_ k'¿ifx? /x]sf 5g\ . s[lif ljsf; tyf ;+/If0f s[ifs ;ldltdf
!! sfo{sf/L ;b:ox? 5g\ . ;+:yf btf{ ePkl5 lgoldt ?kdf jflif{s ;fwf/0f;ef,
n]vf k/LIf0f / ;+:yf gjLs/0f x'Fb} cfPsf] 5 . btf{ ePsf] jif{b]lv g} o; ;ldltn]
:yfgLo tyf pGgt hftsf] aLp–pTkfbg, ljqmLljt/0f, ;fd'bflos h}ljs ljljwtf
- 167 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Joj:yfkg sf]if kl/rfng cflb sfo{ ub}{ s[lif h}ljs ljljwtfsf] ;+/If0f, cfocfh{g
/ hLljsf]kfh{g ;'wf/df 6]jf k'¥ofpFb} cfPsf] 5 .
s[lif h}ljs ljljwtf;+/If0f
cUof}nL ;fd'bflos aLp a}+ssf] d'Vo p2]Zo g} cUof}nL tyf j/k/sf ufFpx?df
pknAw tyf nf]k x'g nfu]sf ljleGg afnLx?sf :yfgLo hftx?sf] aLp ;ª\sng
tyf ;+/If0f ug'{ / s[ifsx?nfO{ ;'ne ?kdf tL aLpx? pknAw u/fpg' /x]sf] 5 .
o; aLp a}+sn] lgoldt ?kdf @$ lsl;dsf afnLx?sf ^# j6f :yfgLo hftx?sf]
aLp–pTkfbg tyf ;+/If0f ub}{ cfPsf] 5 . oLdWo] wfgsf @! j6f hftx?sf]
;+/If0fsf nflu % sÝf If]qkmn hUufdf k|To]s jif{ ljljwtf k|bz{gL :yn -Diversity
Block) :yfkgf u/L aLp–pTkfbg ul/G5 . cGo afnLx?sf] xsdf aLp–pTkfbg sfo{
s[ifsx?sf] v]ttaf/Ldf g} ul/G5 . cUof}nL ;fd'bflos aLp a}+sn] ;+/If0f u/]sf
:yfgLo afnL tyf hftx?sf] ljj/0f tflnsf ! df ;dfj]z ul/Psf] 5 .
tflnsf ! M cUof}nL ;fd'bflos aLp a}+sn] ;+/If0f u/]sf :yfgLo afnL tyf
hftx?sf] ljj/0f
s|=; afnL
Hfftsf] gfd tyf ;ª\Vof
hft;ª\Vof
l3pk'/L, em'Kk], rd]nL, 5\ofª0ff, /fda]nf, lel8of]
cgbL, yfkflrgL, lemg'jf, a'lnª\ 6f/, ;]t] wfg,
!
Wffg
cfFkem'Q], ltns~rg, uf}l/of, ld7fO{, dw's/, /ftf]
@!
cgbL, du/ cgbL, afs'nL cgbL, hg]{nL cgbL,
;]tf] af;dtL, sfnf] af;dtL
@
Dfs}
;]tf] ds}, kx]+nL ds}
@
#
Kfmfk/
ld7] kmfk/
!
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!
%
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Dfs} af]8L, sflQs] af]8L, af];] af]8L
#
^
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dfOnL s]/fp, ;]tf] s]/fp
@
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km;L{
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#
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lt/fO
lt/fO
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s'le08f] :yfgLo
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lrlrG8f] 5f]6f]
!
- 168 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s|=;
!^
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!*
!(
@)
@!
@@
@#
@$
hDdf
afnL
cfn;
Tff]/L
Tff]/f
ltn
em';] ltn
Ef6df;
Dff;
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Df';'/f]
Hfftsf] gfd tyf ;ª\Vof
:yfgLo
sfnf] tf]/L
Kfx]+nf]
sfnf], v}/f], ;]tf]
em';] ltn
;]tf], sfnf], v}/f]
sfnf] df;, e6df;] df;, d'ª df;
dª\l;/], r}t]
:yfgLo
hft;ª\Vof
!
!
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#
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#
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^#
;fd'bflos h}ljs ljljwtf sf]if kl/rfng
cUof}nL ;fd'bflos aLp a}+ssf] lbuf] ?kdf ;~rfngsf nflu s[lif ljsf; tyf
;+/If0f s[ifs ;ldltn] ;fd'bflos h}ljs ljljwtf sf]if :yfkgf u/L kl/rfng
ul//xsf] 5 . k6s–k6s u/L nL–a8{n] pknAw u/fPsf] ¿= &,@(,%!#.– / xfn;Ddsf]
Aofh ¿= #,$!,%(^.– u/L lj=;+= @)&% c;f/ d;fGt;Dd ;fd'bflos h}ljs ljljwtf
Joj:yfkg sf]ifdf ¿= !),&!,!)( .– hDdf ePsf] 5 . of] /sd k|To]s jif{ jflif{s
!@ k|ltzt Aofhb/df ;b:ox?dfem cfod"ns sfo{qmdx? ;~rfng ug{sf nflu
C0fsf ?kdf kl/rfng ul/G5 . o; sf]ifaf6 k|To]s jif{ #% b]lv %) hgfn] C0f
lng] u/]sf 5g\ . o;/L k|fKt x'g] Aofhaf6 :yfgLo aLp vl/b ug]{ / ;+:yfsf]
sd{rf/Lsf] tna / k|zf;lgs vr{ rnfpg] ul/Psf] 5 .
aLp–pTkfbg tyf ljqmLljt/0f
lj=;+= @)&! b]lv cUof}nL ;fd'bflos aLp a}+sn] :yfgLo tyf pGgt hftsf aLp–
pTkfbg u/L k|rlnt ahf/d"No eGbf ;'ne ?kdf :yfgLo s[ifsx?nfO{ aLp ljqmL
ub}{ cfO/x]sf] 5 . ;fy} lrtjgsf] e/tk'/ l:yt cgdf]n aLp sDkgL;Fu klg ;dGjo
u/L d"n aLp Nofpg] / pTkflbt aLp sDkgLnfO{ g} ljqmL ug]{ sfo{ klg ;~rfng
ul//x]sf] 5 . cUof}nL ;fd'bflos aLp a}+sn] pTkfbg u/]sf] pGgt hftsf] aLpsf]
kl/df0f tflnsf @ df k|:t't ul/Psf] 5 M
- 169 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf @ M cUof}nL ;fd'bflos aLp a}+sn] pTkfbg u/]sf] aLpsf] ljj/0f
aLp–pTkfbg kl/df0f -s]=hL=_
jif{ -lj=;+=_
:yfgLo
pGgt
@)&)
!,)#&
–
@)&!
!,!^*
@%,%&^
@)&@
$@(
$&,#^#
@)&#
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!,)))
$),)))
hDdf
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$&,&(@
$^,^%(
!(,#*^
$!,)))
;fem]bf/ ;ª\3;+:yf
cUof}nL ;fd'bflos aLp a}+ssf] d'Vo ;fem]bf/ jf ;xof]uL ;+:yf h}ljs ljljwtf,
cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_ xf] . :yfkgf sfnb]lv
xfn;Dd nL–a8{sf] cfly{s tyf k|fljlws ;xof]u /xFb} cfPsf] 5 . ;flassf] cUof}nL
uf=lj=;=n] of] ;fd'bflos aLp a}+snfO{ nueu # sÝf If]qkmn a/fa/sf] ;fj{hlgs
hUuf pknAw u/fP/ ;fd'bflos aLp a}+s :yfkgf sfo{df 7"nf] e"ldsf lgjf{x u/]sf]
5 eg] xfn;fn} sfjf;f]tL gu/kflnsfaf6 klg d"n aLp vl/b tyf cGo sfdsf
nflu cfly{s ;xof]u k|fKt x'g] u/]sf] 5 . tTsfnLg lhNnf s[lif ljsf; sfof{no
gjnk/f;Laf6 klg wfgsf] d"n aLp / cGo k|fljws ;xof]u pknAw x'g] u/]sf]
lyof] . cgdf]n aLp / :yfgLo Pu|f]e]6x?n] klg o;n] pTkfbg u/]sf] aLp vl/b
ul/lbP/ dxÎjk"0f{ e"ldsf lgjf{x ul//x]sf 5g\ .
|l-------l|l-------l|
- 170 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
d;'l/of ;fd'bflos aLp a}+s, s}nfnL
uf]df e08f/L, kfj{tL ;fksf]6f! / dgdfof u'¿ª@
!
uf}/Luª\uf gu/kflnsf *, d;'l/of, s}nfnLÙ @nL–a8{, kf]v/f
kl/ro
d;'l/of ;fd'bflos aLp a}+ssf] :yfkgf klZrdL t/fO{ e"–kl/lw ljsf; cfof]hgfcGtu{t
h}ljs ljljwtf cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_ n] ;~rfng
u/]sf] s[lif h}ljs ljljwtf sfo{qmdsf] kxndf ePsf] xf] . of] sfo{qmd lj=;+=
@)^$ b]lv @)&) ;fn;Dd ;~rfng ePsf] lyof] . nL–a8{n] d;'l/ofdf s[lif
h}ljs ljljwtf sfo{qmd ;~rfngsf nflu lj=;+= @)^$ df3 dlxgfdf ;flassf]
d;'l/of uf=lj=;= sf gf}j6} j8f ;d]6L k|To]s j8fdf s[ifs;d"x? / tL ;d"xx?sf]
k|ltlglwTjdf uf=lj=;=:t/df Pstf h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldlt :yfkgf
ug{ ;xhLs/0f u/]sf] lyof] . of] ;ldlt :yfkgf ugf{sf] d'Vo p2]Zo d;'l/of tyf
j/k/sf s[lif h}ljs ljljwtfsf] vf]hL / To;sf] ;+/If0fsf] dfWodaf6 s[ifsx?sf]
hLljsf]kfh{g ;'wf/df 6]jf k'¥ofpg' /x]sf] lyof] .
d;'l/of ;fd'bflos aLp a}+s :yfkgf ug'{eGbf klxnf d;'l/ofsf] s[lif h}ljs
ljljwtfsf] clen]vLs/0f, s[lif h}ljs ljljwtf k|bz{gL d]nf, s[ifs e|d0f cflb
lqmofsnfkx? ;~rfng ul/Psf lyP . oL lqmofsnfk ;~rfngkl5 s[lif h}ljs
ljljwtfsf] dxÎj / ;+/If0fsf] cfjZostf dx;'; u/L lj=;+= @)^$ df g} ;fd'bflos
aLp a}+ssf] yfngL ul/Psf] xf] . o;sf] d'Vo p2]Zo s[lif h}ljs ljljwtfsf] lbuf]
;+/If0f tyf pkof]u k|j4{g ug]{, :yfgLo s[ifsx?sf nflu cfjZos y/Ly/Lsf
u'0f:t/Lo aLp ;'ne ?kdf pknAe u/fpg] / d;'l/ofsf s[ifsx?sf] vfBfGg
pTkfbg / hLljsf]kfh{g ;'wf/df 6]jf k'¥ofpg' /x]sf] 5 .
- 171 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;~rfng tyf Joj:yfkgk|lqmof
Pstf h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldltnfO{ lj=;+= @)^$ df g} tTsfnLg
lhNNff s[lif ljsf; sfof{no, wfgu9Ldf s[ifs ;dGjo ;ldltsf ?kdf btf{ ul/Psf]
lyof] . o; ;ldltdf ;flassf] d;'l/of uf=lj=;=df /x]sf @$ j6f s[ifs ;d"xx?
cfa4 lyP . tL @$ j6f s[ifs ;d"xx?df #^( hgf dlxnf / !%% hgf k'¿if u/L
$@^ hgf ;b:o lyP . log} @$ j6f s[ifs ;d"xaf6 5gf]6 eOcfPsf k|ltlglw
s[ifsx?sf] d"n ;ldltn] ;fd'bflos aLp a}+s, ;fd'bflos h}ljs ljljwtf Joj:yfkg
sf]if kl/rfng, lhNnf s[lif ljsf; sfof{no, g]kfn s[lif cg';Gwfg kl/ifb\, /fli6«o
aLplahg sDkgLnufotsf ;ª\3;+:yfx?;Fu ;dGjo u/L sfo{qmdx? ;~rfng
ul//x]sf] lyof] . xfn o; ;ldltdf cfa4 s]xL ;d"x tyf ;b:ox? lgliqmo /x]sfn]
o; ;ldltnfO{ ;xsf/Lsf ?kdf btf{ u/L ;~rfng ug]{ sfo{sf] k|f/De ul/Psf] 5
. o;df k'gM lj=;+= @)&$ c;f/af6 ;~rfngdf cfPsf] nL–a8{sf] hLljsf]kfh{g ;'wf/
tyf ;dfg's"ng Ifdtf clej[l4 kl/of]hgfn] ;xhLs/0f ul//x]sf] 5 .
s[lif h}ljs ljljwtfsf] ;+/If0f
:yfkgfsfnb]lv g} d;'l/of ;fd'bflos aLp a}+sn] s[lif h}ljs ljljwtf ;+/If0f sfo{df
dxÎjk"0f{ e"ldsf lgjf{x u/]sf] 5 . o; ;fd'bflos aLp a}+sn] d"ntM s[ifsx?:fFu
;dGjo u/L :yfgLo afnL tyf hftx?sf] aLp–pTkfbg tyf ;+/If0f sfo{ ul//x]sf]
5 . klZrdL t/fO{ e"kl/lw ljsf; cfof]hgfsf] ;dflKtkl5 s[lif h}ljs ljljwtfsf]
;+/If0f sfo{df s]xL ;d"x tyf ;b:ox? lgliqmo /x] klg s]xL ;b:ox?sf] lg/Gt/
k|of;af6 cfh;Dd of] a}+s ;~rfng eO{ g} /x]sf] 5 . lj=;+= @)&$ c;f/af6 nL–
a8{sf] k'gMcfudgn] ;fd'bflos aLp a}+s;DaGwL sfo{ yk k|efjsf/L agfpg] k|of;sf]
yfngL eO;s]sf] 5 . xfn o; a}+sn] @& lsl;dsf afnLx?sf] ^% j6f :yfgLo
hftx? ;+/If0f, aLp–pTkfbg / ljt/0f ul//x]sf] 5 -tflnsf !_ .
Tflnsf != uf}/Luª\uf ;d'bflos aLp a+}sdf gd'gf /flvPsf] afnL tyf hftsf]
;ª\Vof
qm=;= afnL
!
Wffg
@
#
Dfs}
sf]bf]
Hftfsf] gfd tyf ;ª\Vof
Zofdlh/f, cGhgf, /ftf] cgbL, ;]tf]
cgbL, /ftf] af;gfbf/ cgbL, lemg'jf,
ltNsL, ;]tf] ;f7f, sfnf] ;f7f, df;L{
/ftf] :yfgLo
8Nn] sf]bf]
- 172 -
hft;ª\Vof
!)
!
!
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;=
$
%
^
&
*
(
!)
!!
!@
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!$
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!^
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hDdf
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l;N6'ª
Dff;
s]/fp
Hftfsf] gfd tyf ;ª\Vof
sfnf] tf]/L, vf}/f] tf]/L
kx]nf] ;:oF"{
sfnf] ltn
;]tf]
sfnf]
sfnf]
sfnf], l5s]{, ;fgf] bfgf, xl/of] bfgf
kf]y|]
:yfgLo
u'OFl6, xl/of] af];], /ftf], xl/of] nfdf],
lxpFb] l;dL
r]K6]
Ef06f
8Nnf], xl/of], sfnf], ;]tf]
Nff}sf
8Nn], dfbn], lrGGf]
km;L{
Affx|df;], rlsof, hfFt], 8Nn], nfdf]
sflt{s], tg]af]8L, ds}af]8L, :yfgLo /ftf]
Aff]8L
sfnf] af]8L, yfFqm] af]8L
l3/f}+nf
xl/of]
tf]/}of,
em'QL tf]/+of, xl/of] tf]/}of
Af]nrg
clDnldrf{, lrNnf] nrf{
s/]nf
;bfkmn
V'f;f{gL
cfsf;] sfnf] / ;]tf]
t¿n
;]tf] hfFt], /ftf], kQfn]
lk+8fn'
b"w], sfnf], gª\u|], k~rd'vL, uAbf, ;]n]
cfn'
Yff? cfn'
hft;ª\Vof
@
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aLp–pTkfbg tyf ahf/Ls/0f
d;'l/of ;fd'bflos aLp a}sn] wfg / ux'F afnLx?sf] pGgt hftsf] aLp lg/Gt/
pTkfbg tyf ljqmLljt/0f ul/x/sf] 5 . jif{ cg';f/ ljqmL ul/Psf] aLpsf] kl/df0f
tflnsf @ df k|:t't ul/Psf] 5M
- 173 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf @ M d;'l/of ;fd'bflos aLp a}+sn] pTkfbg tyf ljqmL u/]sf] aLpsf] kl/df0f
ljqmL ul/Psf]
jif{
d'Vo aLp
afnL d'Vo hftx?
aLpsf] kl/df0f
-lj=;+=_
vl/bstf{
-s]=hL=_
/fwf $, ;'Svf #, ;'Svf
/fli6«o aLplahg
wfg
#%#^
@)&$
@, ;'Svf !, xlb{gfy !,
sDkgL
ux'F
Pg= Pn= (&!, laho
$%%)
lhNnf s[lif ljsf;
;fjf ;a !, ;fljqL,
wfg
&^)
sfof{no, Pu|f]e]6,
;'Svf #
aLplahg sDkgL
@)&#
lhNnf s[lif ljsf;
ux'F
8An=' s]= !@)$, ljho
@)$$
sfof{no, Pu|f]e]6,
aLplahg sDkgL
lhNnf s[lif ljsf;
/fwf $, ;fljqL, ;fjf
@)&@
wfg
!@)
sfof{no, Pu|f]e]6,
dG;'nL
aLplahg sDkgL
;fljqL, ;fjf dG;'nL,
wfg
$)
s[ifs
/fwf $
@)&!
/fli6«o aLplahg
Ufx'F
cflbTo, ljho
(@))
sDkgL
wfg kGt !@, /fwf $
^)!)
@)&)
cflbTo, Pg= Pn= @(&,
ux'F
!&*#
uf}td
@)^(
wfg kGt !@, /fwf $
!^&)
Pg= Pn= !)%#, Pg= Pn=
@)^(
ux'F
@%*%
!)&#, uf}td
@)^*
wfg ;fljqL, l3pk'/L, hfgsL
%@^*
aL= Pn= #@^$, la= Pn=
@)^*
ux'F
#)^#, Pg= Pn= @(&,
$^#!
uf}td
/fwf $, ;fljqL, cGhgf,
@)^&
wfg
$!*^
jif{] @)!$, 3}of, /fdwfg
Uff}td, aL= Pn= @*)), Pg=
@)^&
ux'F
$*%)
Pn= @(&,
@)^^
wfg xbL{gfy !, /fwf $
!&))
hDdf
%@,%!(
|l-------l|l-------l|
- 174 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
306]Zj/ ;fd'bflos aLp a}+s, 8f]6L
ef]haxfb'/ dNn / u0f]z lai6
hf]/fon ufpFkflnsf j8f g+= !, u}/f, 8f]6L,
@ bhojbdr.tpt@gmail.com
kl/ro
306]Zj/ ;fd'bflos aLp a}+s 8f]6L lhNnfsf] hf]/fon ufpFkflnsf j8f g+= !, u}/fdf
cjl:yt 5 . of] a}+s lj=;+= @)^% b]lv @)&# ;Dd h}ljs ljljwtf, cg';Gwfg
tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_ n] 8f]6L lhNnfsf] 306]Zj/nufot
b]zsf ljleGg ef}uf]lns If]qdf ;~rfng u/]sf] ;d'bfodf cfwfl/t h}ljs ljljwtf
Joj:yfkg sfo{qmdsf] ;xof]udf :yfkgf ePsf] xf] . o; a}+ssf] z'¿jft eg] lj=;+=
@)^* df ul/Psf] xf] . ;d'bfodf cfwfl/t h}ljs ljljwtf Joj:yfkg sfo{qmdsf
nflu cfly{s ;xof]u ljsf; sf]if gj]{dfkm{t gf]/\of8af6 k|fKt ePsf] lyof] . of] a}+s
z'¿ ubf{ Pp6f sf]7f ef8fdf lnO{ sfdsf] yfngL ul/Psf] lyof] . tTkZrft nL–a8{,
tTsfnLg ufpF ljsf; ;ldlt / lhNNff s[lif ljsf; sfof{noaf6 ejg lgdf{0f /
cGo ef}lts ;fdu|Lx?sf] Joj:yfkgsf nflu ;xof]u k|fKt ePsf] lyof] . xfn of]
;fd'bflos aLp a}+s ;~rfng / sfof{no k|of]hgsf nflu ;–;fgf # j6f ejg
lgdf{0f ul/Psf] 5 .
306]Zj/ ;fd'bflos aLp a}+s 8f]6L lhNNffsf] klxnf] / & g+= k|b]zsf] gd'gf
;fd'bflos aLp a}Fssf ?kdf ljsf; eO/x]sf] 5 . o;sf] :yfkgf d"ntM 306]Zj/
tyf cf;kf;df v]tL ul/g] ljleGg afnLx?sf :yfgLo hftx?sf] ;+/If0f / lg/Gt/
k|jw{g ug'{ /x]sf] 5 . ;fy} :yfgLo tyf pGgt hftsf y/Ly/Lsf aLp–pTkfbg
u/L aLp–pTkfbs :yfgLo s[ifsx?sf] cfDbfgL a9fpg] / ;du| ;'b"/ klZrd If]qdf
t/sf/L tyf cGgafnLx?sf] :yfgLo / pGgt hftsf] aLpsf] pknAwtf a9fpg'
/x]sf] 5 . of] aLp a}Fs & g+= k|b]zsf] kxf8L lhNnfsf] k|j]zåf/df /x]sfn] jflif{s
?kdf ljleGGf ;ª\3;+:yfsf k|ltlglwx?sf] e|d0fnufot cf]=h]=6L= ljBfyL{x?n] l;Sg]
ynf]sf] ?kdf ljsf; eO/x]sf] 5 .
- 175 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;~rfng tyf JoJf:yfkgk|ls|of
306]Zj/ ;fd'bflos aLp a}+s s[lif h}ljs ljljwtf ;+/If0f tyf s[lif ;xsf/L ;+:yfn]
;~rfng ul//x]sf] 5 . ;xsf/L btf{ ug'{k"j{ o;nfO{ h}ljs ljljwtf ;+/If0f tyf
ljsf; ;ldlt gfds/0f ul/Psf] lyof] . ;xsf/L btf{ ePkl5 lgoldt ?kdf n]vf
k/LIf0f, ;fwf/0f;ef / gjLs/0f eO/x]sf] 5 . of] ;xsf/Ldf hf]/fon ufpFkflnsf
jf8{ g+=! jf ;flassf] 306]Zj/ ufpF ljsf; ;ldltsf gf}j6} j8fdf tTsfnLg lhNnf
s[lif ljsf; sfof{nodf btf{ ePsf !^ j6f s[ifs ;d"xx? k|ToIf cfa4 ePsf 5g\
. oL ;d"xx?df !^& dlxnf / !$* k'¿if u/L hDdf #!% hgf ;b:ox? /x]sf 5g\
. oL ;b:ox? ;xsf/Lsf z]o/ ;b:o klg x'g\ . o; h}ljs ljljwtf ;+/If0f tyf
s[lif ;xsf/Lsf] ;~rfns ;ldltdf !! hgf / n]vf tyf ;'k/Lj]If0f ;ldltdf #
hgf ;b:o /x]sf 5g\ eg] sd{rf/Lx? $ hgf /x]sf 5g\ . ;fd'bflos aLp a}+s
:f~rfngsf nflu # hgf ;b:o /x]sf] 5'6\6} ;fd'bflos aLp a}+s Joj:yfkg ;ldlt
u7g ul/Psf] 5 . oxL ;ldlt / sd{rf/Lx?n] lgoldt ?kdf :yfgLo aLp–pTkfbg,
;ª\sng, ljt/0f / cg'udgsf] sfd ub{5g\ .
;+/If0f
306]Zj/ ;fd'bflos aLp a}Fsn] cGgafnL, bnxgafnL t/sf/LafnL, d;nfafnL /
t]nafnL u/L #@ afnL k|hfltx?sf ^( j6f :yfgLo hftx?sf] ;+/If0f, lgoldt aLp–
pTkfbg / ljqmLljt/0f ub}{ cfO/x]sf] 5 tflnsf -!_ . oL hftx?sf] aLp k/:yfgLo
;+/If0fsf nflu /fli6«o hLg a}s, v'dn6f/df kf;kf]6{ 8f6f;lxt k7fOPsf] 5 .
tflnsf ! M 306]Zj/ ;fd'bflos aLp a}s
F , 8f]6Ldf ;+/If0f ul/Psf afnL tyf hftx?
qm=;+= afnL
hft
hft;ª\Vof
df;L{, ;]p8f], pHunf], df;f]{,
!
wfg
*
x+;/fh, kf]v/]nL, yfkflrgL, kfv]
sfF8] ;]tf], sfF8] /ftf], ;]tf] 7"nf],
@
ds}
%
lg:sf]6], d'/nL
#
sf]bf]
sfnf] 8Nn], d'8\s]
@
$
ux'F
;]tf] bfAbL, em';] /ftf], bfAbL
#
%
kmfk/
:yfgLo
!
^
hf}
:yfgLo em';]
!
@
&
d:ofª
l;N6'ª u'/f}+;
@
*
uxt
sfnf], v}/f]
(
df;
sfnf] df;
!
!)
e6df;
;]tf] 7"nf], v}/f], ;fgf] ;]tf], sfnf]
$
- 176 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;+=
afnL
!!
l;dL
!@
!#
!$
!%
!^
!&
!*
!(
@)
@!
@@
@#
@$
@%
@^
@&
@*
@(
#)
#!
#@
d';'/f]
s]/fp
d"nf
lk+8fn'
l3/f+}nf
sfFs|f
n§]
kfn'ª\uf]
Kofh
cb'jf
xNbL
v';f{gL
n;'g
wlgofF
;:o'{+
em';] ltn
ltn
efFuf]
l;nfd
cfn;
;:o"F{
hDdf
hft
ef]6], ls/ld/], nfx'/], bfr'{n], /ftf] l5s]{lds]{,
sk/f, /ftf], sfnf], d':tfª kx]Fnf], l3pl;dL,
ws]{, ;f]:6f, km';|f], sfnf] l5s]{lds]{, a]g;] /ftf]
sfnf], v}/f]
;fgf] s]/fp
rf]tf]
;]tf] s'rfo, nf}/], 3'OofF, aª\ufnL
xl/of] nfdf]
:yfgLo
;]tf] df6]
:yfgLo sfF8]
:yfgLo 7"nf] Kofh
:yfgLo
:yfgLo
:yfgLo
:yfgLo
:yfgLo
kx]Fnf]
em';] ltn
:yfgLo
3/efFuf]
;]tf] l;nfd
:yfgLo
sfnf] ;:o"F{
hft;ª\Vof
!%
@
!
!
$
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
^(
pGgt aLp–pTkfbg tyf ahf/Ls/0f
:yfgLo hftsf afnLx?sf] ;+/If0fsf cltl/Qm o; a}+sn] pGGft hftsf ds} -c¿0f
@, /fdk'/ sDkf]lh6, b]ptL, dgsfdgf #_, d"nf -ldg'cnL{, $) lbg], 6f]lsgf;]_ /fof]
-dfkmf{ rf}8fkft, dgsfdgf, v'dn rf}8fkft, v'dn /ftf]_, s]/fp ufFh/, wlgofF,
a|f]sfpnL, sfpnL cflbsf aLp–pTkfbg u/L lhNnfleq / lhNnfaflx/sf Pu|f]e]6,
aLp sDkgLx?;Fu ;dGjo u/]/ laqmL ul//x]sf] 5 . o;af6 ;fd'bflos aLp
a}+sdf cfa4 ePsf / gePsf s[ifsx?sf] cfDbfgL j[l4 / hLljsf]kfh{g ;'wf/df
pNn]vgLo of]ubfg k'lu/x]sf] 5 . aLp–pTkfbg tyf laqmLljt/0faf6 cf};tdf jflif{s
sf/f]af/ %) nfv a/fa/sf] x'g] u/]sf] 5 .
- 177 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
g;{/L
;fd'bflos aLp a}+sn] aLpsf cltl/Qm o;sf] lbuf] cfDbfgLsf] ;|f]tsf] ?kdf /
:yfgLo s[ifsx?nfO{ kmnkm"n tyf 8fn] 3fF;sf la¿jfx?df ;'ne kx'Fr a9fpgsf
nflu ljut & jif{b]lv g;{/L klg Joj:yfkg ub}{ cfO/x]sf] 5 . o;af6 jflif{s ?kdf
nuenu !),))).– la¿jfx? pTkfbg u/L ljqmLljt/0f ul/G5 .
;fem]bf/ tyf ;xof]uL ;ª\3;+:yfx?
306]Zj/ ;fd'bflos aLp a}+ssf] :yfkgf tyf lbuf] ?kdf ;~rfngsf nflu nL–
a8{, kf]v/fsf] d'Vo e"ldsf /x]sf] 5 . o;sf ;fy} nL–a8{s} cu|;/tfdf tTsfnLg
lhNNff s[lif ljsf; sfof{no, 8f]6L;Fu ;dGjo u/L ljleGg ;dodf cfly{s tyf
k|fljlws ;xof]u kfO/x]sf] 5 . ;fd'bflos aLp a}+ssf] ejglgdf{0f / hUuf v/Lb
ug{ tTsfnLg 306]Zj/ uf=lj=; af6 ;xsf/L ljsf; sf]ifsf] /sd ;xof]u k|fKt
ePsf] lyof] .
|l-------l|l-------l|
- 178 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
tfdfkmf]s ;fd'bflos aLp a}+s, ;ª\v'jf;ef
l8NnL lhdL
wd{b]jL gu/kflnsf @, tfdfkmf]s, ;ª\v'jf;ef
kl/ro
lj=;+= @)^* df h}ljs ljljwtf cg';Gwfg, tyf ljsf;sf nflu :yfgLo kxn
-nL–a8{_ åf/f ;flas tfdfkmf]s ufpF ljsf; ;ldltdf s[lif h}ljs ljljwtf ;+/If0f;Fu
;DalGwt sfo{qmd ;~rfng ePsf] lyof] . o; sfo{qmdn] k|To]s j8fdf s[ifs ;d"x
/ tL j8fdf ePsf ;d"xsf k|ltlglwx?af6 ufpF ljsf; ;ldlt txdf tfdfkmf]s
h}ljs ljljwtf ;+/If0f tyf ljsf; ;ldltsf] u7g ug{ ;xhLs/0f u/]sf] lyof] .
To;kl5 o; ;ldltdfkm{t tfdfkmf]sdf ;fd'bflos h}ljs ljljwtf clen]vLs/0f,
s[lif h}ljs ljljwtf d]nf k|bz{gL, g;{/L :yfkgf, ;fd'bflos h}ljs ljljwtf
Joj:yfkg sf]if :yfkgf / ;fd'bflos aLp a}+sh:tf lqmofsnfkx? ;~rfng ePsf
lyP . t/ ;ldltn] z'¿ u/]sf] ;fd'bflos aLp a}+s ;~rfng ug{ s]xL c;xh ePkl5
;flas j8f g+ % sf] s[ifs ;d"xn] cfkm\g} j8fdf xfn ;~rfng eO/x]sf] ;fd'bflos
aLp a}+ssf] z'¿jft u/]sf] xf] . To;kl5 nL–a8{af6 oxL ;fd'bflos aLp a}+snfO{
s]xL cfly{s tyf k|fljlws ;xof]u k|fKt eof] . nL–a8{åf/f ;~rflnt kl/of]hgf tLg
jif{df g} ;dfKt eP klg ;flas j8f g+ % sf s[ifs ;d"xx? ldn]/ o; a}+ssf]
;~rfng lg/Gt/ ?kdf ul//x]sf 5g\ .
tfdfkmf]s ;fd'bflos aLp a}+s ;ª\v'jf;ef lhNnfsf] wd{b]jL gu/kflnsf j8f g+= @,
tfdfkmf]sdf /x]sf] 5 . o;n] tflnsf ! df plNnlvt tfdfkmf]saf6 nf]k x'g nfu]sf
vfBfGg, t/sf/L / cGo u/L #^ lsl;dsf afnLx?sf *$ j6f :yfgLo hftsf
aLpx? lgoldt pTkfbg, ;+/If0f / ljt/0f ul//x]sf] 5 . o;sf] cfkm\g} ejg klg
/x]sf] 5 . ejgsf] tNnf] tnf ;fd'bflos aLp a}+s / dflyNnf] tnf ;fd'bflos
;efxnsf ?kdf ;~rfng eO/x]sf] 5 . o;sf] lgdf{0f ug{ nL–a8{n] rf/ nfv
krf; xhf/, hf]/wf/f ls;fg ;d"xn] k};ÝL xhf/, pnfª\t]g s[ifs ;d"xn] bz
- 179 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
xhf/, l;+xb]jL vf]nfkfl/ ls;fg ;d"xn] kfFr xhf/ aufn] 6f]n ls;fg ;d"xn] bz
xhf/, hf]/wf/f dlxnf ;d"xn] kfFr xhf/, n]cn'ª\df ax"2]ZoLo dlxnf ;d"xn] kfFr
xhf/, ljleGg JolQmx?sf] ;xof]uaf6 tL; xhf/, hg>dbfgaf6 Ps nfv krkGg
xhf/, ;flas tfdfkmf]s ufpF ljsf; ;ldltaf6 Ps nfv k}+tL; xhf/ C0f u/L
hDdf cf7 nfv k}+;ÝL xhf/sf] nfutdf lgdf{0f ul/Psf] xf] .
tflnsf != tfdfkmf]s ;fd'bflos aLp a}+sn] ;+/If0f ul//x]sf afnL tyf :yfgLo
hftx?sf] ljj/0f
s|=;= afnL
!
Wffg
@
#
$
%
^
hf}
kmfk/
sf]bf]
pjf
ux'F
&
l;dL
*
(
!)
!!
!@
!#
!$
!%
!^
!&
!*
!(
@)
@!
@@
@#
@$
as'Nnf
s]/fp
df;
as'Nnf l;dL
uxt
d:ofª
e6df;
sfFqmf]
nf}sf
km;L{
l3/f}+nf
s'leG8f]
tLt] s/]nf
r'Rr] s/]nf
lkmn'Ë]
tf]/L
ltn
Hfftsf] gfd tyf ;ª\Vof
kfyLe/f, slrg], h'+u], c§], /ftf] gn], b/dfnL,
afu], /ftf] cgfbL, a]ns'6L, lemg'jf, u'b'/],
sfnf] af;dtL
d'8'n] hf}, h'Fu] hf}
tLt], dL7]
8Nn], n§], ;]tf], 8fF8fufpFn], r'ªjfª, kfpFb'/
:yfgLo pjf
d'8'n]
r]K6] sfn], r]K6] /ftf], l5/la/], /ftf], v}/f],
d+l;/], sfnf], l3p l;dL, ebf}/] kx]+nf]
as'Nnf
:yfgLo s]/fp, d6/
sfnf] df;
:yfgLo
/ftf] uxt, v}/f] uxt
;]tf], ;fgf], yfFqm], ;]tf] ;fgf]
;]tf], g]kfn], sfnf]
xl/of], ;]tf]
:yfgLo nf}sf
hfFt], l5/la/]
:yfgLo l3/f}+nf
:yfgLo s'leG8f]
7"nf], ;fgf]
r'Rr] s/]nf
lkmn'Ë]
:yfgLo tf]/L
sfnf], ;]tf]
- 180 -
hft;ª\Vof
!@
@
@
^
!
!
(
!
@
!
!
@
$
#
@
!
@
!
!
@
!
!
!
@
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s|=;= afnL
@% ;:o"F{
@^ ;"o{dv
' L
@&
v';f{gL
@*
@(
#)
#!
#@
##
#$
#%
#^
;f]+k
wlgofF
5\ofkL
n;'g
cb'jf
/fof]
cfn'
?v uf]ne]8f
a}u'g
hDdf
Hfftsf] gfd tyf ;ª\Vof
;:o"{F
;"o{d'vL
csa/], 8Nn], nfDr], cfsf;],
lh/] /ftf], lh/] ;]tf]
:yfgLo ;f]+k
:yfgLo, sfF8]
;fgf], 7"nf]
;fgf], 7"nf]
;fgf], 7"nf]
:yfgLo /fof]
v}/f] cfn', s';'d] cfn'
?v uf]ne]8f
nfDr], 8Nn]
hft;ª\Vof
!
!
^
!
@
@
@
@
!
@
!
@
*$
tfdfkmf]s ;fd'bflos aLp a}+ssf r'gf}tLx?
tfdfkmf]s ;fd'bflos aLp a}+sn] xfn;Dd aLpsf] Joj;flos pTkfbg / ahf/Ls/0fdf
Wofg lbg ;s]sf] 5}g . o;sf] sf/0f oftfoftsf] /fd|f] Joj:yf geP/ klg xf] .
sltko cj:yfdf aLpnfO{ vfBGgsf ?kdf klg ljqmL ug'{ kl//x]sf] 5 . t/sf/Lsf]
aLpaf6 eg] s]xL d'gfkmf klg eO/x]sf] 5 . o; ;fd'bflos aLp a}+sn] d"ntM aLpx?
nf]k x'gaf6 hf]ufpg] sfd dfq ul//x]sf] 5 . ;fd'bflos aLp a}+saf6 ahf/ klg
6f9f 5 eg] ufpFdf jif}{lkR5] v]taf/L klg afFlem+b} uPsf] cj:yf 5 . wfg, ds} /
sf]bf] v]tL ubf{ sltko cj:yfdf nufgL klg gp7\g] tyf o'jfx? klg ljb]z hfg]
ePsfn] >lds kfpg klg sl7g x'Fb} 5 . tfdfkmf]ssf v]taf/L / kfvfdf cn}FrLv]tL
lj:tf/ ePsfn] o; ;fd'bflos aLp a}+sn] Tolt kmfObf lng ;ls/x]sf] 5}g tfklg
o; ;fd'bflos aLp a}+ssf] d'Vo p2]Zo w]/} kmfObf lng]eGbf klg vfBfGg, t/sf/L,
t]nxg, nx/] afnL tyf sf];] afnLx?sf :yfgLo hftx? nf]k x'gaf6 hf]ufpg]
ePsfn] To;} cg';f/ sfd cl3 al9/x]sf] 5 .
|l-------l|l-------l|
- 181 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
3gkf]v/f ;fd'bflos aLp a}+s, ndh'ª
vu]Zj/h+u u'¿ª! / >L/fd ;'j]bL@
!
d:of{ª\bL ufpFkflnsf @, 3gkf]v/f, ndh'ªÙ @nL–a8{, kf]v/f
kl/ro
3gkf]v/f ;fd'bflos aLp a}+ssf] :yfkgf lj= ;= @)&# -;g\ @)!^_ df d:of{ª\bL
ufpFkflnsf j8f g+= @ -;flassf] 3gkf]v/f uf= lj= ;= j8f g+= %_ ndh'ªdf ePsf]
xf] . o; a}+ssf] :yfkgf 3gkf]v/f aLp–pTkfbs tyf ;+/Ifs s[ifs ;d"x, h}ljs
ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_, s[lif ljefu,
g]kfn s[lif cg';Gwfg kl/ifb\÷hLg a}+s / afof]efl;{6L OG6/g]zgnsf] ;+o'Qm kxndf
;~rflnt “:yfgLo afnL kl/of]hgf” sf] ;xof]udf ePsf] xf] . o;sf] d'Vo p2]Zo
ljleGg afnLx?sf :yfgLo hftx?sf] ;+/If0f tyf pkof]u k|jw{g ub}{, :yfgLo
s[ifsx?sf] cfjZostf cg';f/sf u'0f:t/Lo aLplahg ;'ne ?kdf pknAwtf u/fO{
s[lifdf cfwfl/t cfod"ns lqmofsnfkx? ;~rfng ug{' /x]sf] 5 . oL p2]Zox? k"/f
ug{sf nflu o; a}+sn] d:of{ª\bL ufpFkflnsf j8f g+= ! / @ nfO{ sfo{If]q agfO{
ljleGg afnLx?sf :yfgLo hftsf] klxrfg, clen]vLs/0f, ;+/If0f, aLp–pTkfbg
/ ljt/0fsf lqmofsnfkx? ;~rfng ub}{ cfO/x]sf] 5 . cfufdL lbgdf d:of{ª\bL
ufpFkflnsf cGo j8f / l5d]sL ufpFkflnsfx?df klg sfo{If]q lj:tf/ ug]{ nIo lnO{
:yfgLo ;/sf/L tyf ;/f]sf/jfnf lgsfox?;Fu ;dGjo ub}{ cfPsf] 5 .
;~rfng tyf Joj:yfkgk|lqmof
3gkf]v/f ;fd'bflos aLp a}+ssf] ;~rfng tyf Joj:yfkg 3gkf]v/f aLp–pTkfbs
tyf ;+/Ifs s[ifs ;d"xn] ub}{ cfPsf] 5 . of] s[ifs ;d"x tTsfnLg lhNnf s[lif
ljsf; sfof{no, ndh'ªdf lj= ;+= @)&# df btf{ ul/Psf] lyof] . o; ;d"xdf hDdf
$) hgf k'¿if / !% hgf dlxnf u/L %% ;b:ox? 5g\ eg] $ dlxnf;lxt !! hgf
;b:o /x]sf] Ps sfo{sfl/0fL ;ldlt klg u7g u/LPsf] 5 . 3gkf]v/f ;fd'bflos
aLp a}+ssf] Joj:yfkg oxL sfo{sfl/0fL ;ldltn] ub}{ cfPsf] 5 . k|To]s dlxgfsf]
- 182 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
% ut] o; ;ldltsf] dfl;s a}7s a:5 . :yfgLo afnL kl/of]hgfsf] cfly{s tyf
k|fljlws ;xof]udf o; a}+sn] jflif{s of]hgf agfO{ ToxL cg'?k aLp–pTkfbg tyf
ljt/0fsf] sfo{qmd ;~rfng ub}{ cfPsf] 5 . of] ;fd'bflos aLp a}+s :yfkgfsf]
z'¿jftL r/0fd} ePsfn] cem w]/} sfd ug{ afFsL g} 5 . o;nfO{ lbuf] ?kdf
;~rfng ug{sf nflu h}ljs ljljwtf Joj:yfkg sf]if klg :yfkgf u/L kl/rfng
ug{ yflnPsf]] 5 . xfn o; sf]ifdf :yfgLo afnL kl/of]hgfsf tkm{af6 pknAw
u/fOPsf] ¿= #,!%,))).– /sd /x]sf] 5 .
s[lif h}ljs ljljwtf ;+/If0f
3gkf]v/f ;fd'bflos aLp a}+sn] aLp–pTkfbs tyf ;+/Ifs s[ifsx?sf] ;xeflutfdf
h}ljs ljljwtf k|bz{gL :yn tyf aLp–pTkfbg u/L !% k|hfltsf afnLx?sf] &$
j6f :yfgLo hftx? ;+/If0f ul//x]sf] 5 -tflnsf !_ . o;} u/L s[lif h}ljs
ljljwtf d]nf k|bz{gLsf] cfof]hgf u/L 3gkf]v/f ufpFdf v]tL u/Lg] afnL tyf
To;sf :yfgLo hftx? / k/Dk/fut 1fgsf] clen]vLs/0f klg ul/Psf] 5 .
tflnsf != 3gkf]v/f ;fd'bflos aLp a}+sdf ;+/If0f u/LPsf afnL tyf :yfgLo
hftx?
qm=;+= afnL
:yfgLo hftsf] gfd
hft;ª\Vof
uf}/], 8Nn], cfFkem'Q], lkofFn], hf} wfg, /ftf]
bdf{nL, sflQs], dg;/f, cfFuf, /ftf] cgbL,
!
wfg
sfnf] lemg'jf, uf]vf{nL, u'bL{, kdfnL, n]sfnL
@#
af;dtL, af]/fª, sfnf] wfg, ;]tf] sflQs], h'Fu],
;n]g, ef]6], su]/L, PSn]
8Nn], gªu|], av]{, d'n", ;Fun], kfpFb'/], s]u|f],
@
sf]bf]
!)
;]tf], 5ª\u|], nD;/]
#
hf}
:yfgLo hf}
!
$
sfu'gf]
al/of], tLgdf;], /ftf], sfnf]
$
%
ds}
:yfgLo ;]tf], :yfgLo kx]+nf]
@
^
pjf
dgfª] :yfgLo
!
lxpFb] ;]tf], lxpFb] sfnf], av]{ -c;f]h]_, tLgdf;],
&
l;dL
^
rf}df;], l3p
*
af]8L
sflQs], ;]tf] af];], sfnf] af];], ds}af]8L
$
(
uxt
:yfgLo
!
!)
e6df;
v}/f], ;fgf] sfnf], 7"nf] sfnf], ;]tf]
$
!!
l3/f}+nf
xl/of], ;]tf]
@
!@
lk+8fn'
nx/] ;]tf], 5fp/], sfnf] nx/]
#
- 183 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;+=
afnL
!#
v';f{gL
!$
!%
sfFqmf
km;L{
:yfgLo hftsf] gfd
csa/], ;xlnof -nfdf]_, lh/] ;]tf],
lh/] xl/of]
dfbn], xl/of], eQmk'/]
nfDr], 8Nn], km';|]
hDdf
hft;ª\Vof
$
#
#
&$
aLp–pTkfbg tyf ahf/Ls/0f
3gkf]v/f ;fd'bflos aLp a}+sn] :yfkgfsfnb]lv clxn];Dd cfOk'Ubf & j6f
afnLx?sf @$ hftx?sf] *%# s]=hL= aLp–pTkfbg u/L ($! 3/w'/LnfO{ ljt/0f
u/]sf] 5 . aLp–pTkfbg tyf ahf/Ls/0fsf lglDt o; ;fd'bflos aLp a}+sn] ljleGg
;/sf/L tyf lghL ;ª\3;+:yfx?;Fu ;fem]bf/L tyf ;dGjo ug]{ ;f]r agfPsf]
5 . ;f]xL cg'?k @)&$ ;fndf la/dkm"n # sf] aLp–pTkfbg u/L Pu|f]e]6dfkm{t
ahf/Ls/0fsf] z'¿jft u¥of] eg] lj=;+= @)&% b]lv cgdf]n aLp k|f=ln= ;Fu ;dGjo
u/L dfn]kf6g ! hftsf] af]8L / rf}df;] l;dLsf] aLp–pTkfbg sfo{ z'¿ u/]sf] 5 .
3gkf]v/f ;fd'bflos aLp a}+sn] u/]sf dxÎjk"0f{ sfo{x? M
y ljleGg afnLx?sf :yfgLo hftsf] aLpsf] gd'gf ;ª\sng u/L hfgsf/L;lxt
k|bz{gLdf /flvPsf], h}ljs ljljwtf k|bz{gL :yn, aLp–pTkfbs s[ifs /
;+/If0f s[ifsx?dfkm{t :yfgLo hftx?sf] ;+/If0f sfo{sf] ;'?jft u/]sf],
:yfgLo hftsf] aLp–pTkfbg u/L aLpsf] pknAwtfdf ;'wf/ NofPsf]Ù
y nf]kf]Gd'v afnLx? h:t}, sfu'gf], pjf cflbsf] ;+/If0f tyf oL afnLx?sf
;fy;fy} cGo :yfgLo afnL h:t}, sf]bf], n§]af6 aGg] vfB kl/sf/nfO{ vfB
dxf]T;jdf k|bz{g u/L k|jw{gsf] sfo{df 6]jf k'¥ofPsf]Ù
y h}ljs ljljwtf kf7zfnf ;~rfng u/L :yfgLo aLp–pTkfbs s[ifsx?sf]
Ifdtf j[l4, s[lifsf ljleGg ;d;fdlos ljifox?df 5nkmn tyf tflnd
;~rfng u/]/ dlxnf tyf k'¿if s[ifsx?sf] ;zQmLs/0f /
y pGgt aLp–pTkfbg sfo{sf] yfngL u/L :yfgLo :t/df cfocfh{gsf] cj;/
l;h{gf u/]sf] .
- 184 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fem]bf/ ;ª\3;+:yfx?M
:yfgLo afnL kl/of]hgfsf ;fem]bf/ ;+:yfx?df nL–a8{, /fli6«o hLg a}+s, /
afof]el;{6L OG6/g]zgnaf6 o; a}+ssf nflu cfjZos ef}lts, cfly{s tyf k|fljlws
;xof]ux? k|fKt xF'b} cfPsf 5g\ . :yfgLo :t/df j8f sfof{no, ufpFkflnsfsf]
sfof{no, ;+/If0f If]q Joj:yfkg ;ldlt / cGgk"0f{ ;+/If0f If]q cfof]hgfn] klg
;xof]uLsf] e"ldsf lgjf{x ub}{ cfPsf 5g\ . o;sf cnfjf, tTsfnLg s[lif ;]jf
s]Gb| / lhNnf s[lif ljsf; sfof{non] klg ;do–;dodf cf–cfkm\gf] If]qaf6 ;xof]u
ul//x]sf lyP . o;} u/L pTkflbt aLp lalqmljt/0fsf qmddf :yfgLo lzlz/ Pu|f]e]6
/ cgdf]n aLp sDkgLn] ;fy lbPsf 5g\ .
;d:of / r'gf}tLx?
3gkf]v/f ;fd'bflos aLp a}+s :yfkgfsf] ;'?jftL r/0fd} ePsfn] w]/} sfdx? ug{
afFsL g} 5g\ . tyflk oxfF;Dd cfOk'Ubf o; a}+sn] ;fdgf u/]sf s]xL ;d:of tyf
r'gf}tLx? lgDgfg';f/ /x]sf 5g\M
• ;d'bfo tyf ;d"xsf ;a} ;b:ox?df ;fd'bflos aLp a}+ssf] dxÎj tyf
sfo{z}nL ;DalGw ;dfg 1fg gx'g tyf hgr]tgfsf] klg cefj b]lvg'Ù
• ;d'bfosf ;fy;fy} :yfgLo ;/sf/ tyf hgk|ltlglwdf o; ljifoa:t'k|lt
1fg tyf rf;f] sd ePsfn] ubf{ of] If]q tyf sfo{qmd :yfgLo ;/sf/
sf] sfo{qmdsf] k|fyldstfdf kg{ g;Sg'Ù
• hgr]tgfsf] cefjsf ;fy;fy} ef}uf]lns ljs6tf, sfd ug]{ If]q ;a}lt/
oftfoft tyf ;~rf/sf] c;'ljwfn] ubf{ 3gkf]v/f ;fd'bflos aLp a}+sn]
of]hgf cg'?ksf] ult lng g;Sg'Ù
• Jofj;flos aLp–pTkfbgsf nflu v]tLof]Uo hldg tyf aLp–pTkfbs
s[ifssf] cefj x'g', ;fy} of] cl;gf kg]{ If]q ePsfn] aLp–pTkfbg ubf{
gf]S;fgL v]Kg'kg]{ hf]lvd /xg'Ù
• aLp Jofj;foLs/0fsf nflu kof{Kt ;dGjo tyf of]hgf agfP/ sfo{qmd
ug{ g;Sg'Ù
• ;fd'bflos aLp a}+sn] :yfgLo :t/df cfly{s ;|f]t h'6fpg g;sL k"0f{
?kn] kl/of]hgfdf g}] lge{/ /xg' .
|l-------l|l-------l|
- 185 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
h'+u' ;fd'bflos aLp a}+s, bf]nvf
g]qaxfb'/ v8\sf! / j[Gbf ln+vf@
!
uf}/Lzªs/ ufpFkflnsf !, h'+u', bf]nvfÙ @nL–a8{, kf]v/f
kl/ro
h}ljs ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_, s[lif ljefu,
g]kfn s[lif cg';Gwfg kl/ifb\÷/fli6«o hLg a}+s / afof]el;{6L OG6/g]zgnsf] ;+o'Qm
kxndf ;~rflnt …:yfgLo afnL kl/of]hgfÚ / :yfgLo ;xsf/L …>L lxdr'nL ax"]ZoLo
;xsf/L lnld6]8Ú sf] ;xsfo{df h'+u' ;fd'bflos aLp a}+ssf] :yfkgf @)&$ ;fn
h]7 @$ ut] uf}/Lzª\s/ ufpFkflnsf ! h'+u' bf]nvfdf ePsf] xf] . lj= ;= @)^) df
:yflkt o; ;xsf/Lsf] Ps sfo{qmdsf ?kdf of] ;fd'bflos aLp a}+s ;~rflnt
5 . xfn o; ;fd'bflos aLp a}+sn] uf}/Lzªs/ ufpFkflnsf j8f g+= ! / @ nfO{
sfo{If]q agfP/ sfo{qmd ;~rfng ul//x]sf] eP tfklg eljiodf ufpFkflnsfsf cGo
j8fx?df klg o;sf] ;]jf lj:tf/ ug]{ nIo lnPsf] 5 . h'u' tyf cf;kf;sf] If]qdf
v]tL ul/g] ljleGg afnLx?sf :yfgLo hftx? / oL hftx?;Fu ;DalGwt k/Dk/fut
1fgsf] ;+/If0f / k|of]u a9fpg' o;sf] d'Vo p2]]Zo /x]sf] 5 . ;fy} :yfgLo
s[ifsx?sf] cfjZostf cg';f/ pGgt aLpx?sf] pTkfbg / ;xh pknAwtf a9fpg',
aLpdf cfwfl/t cfod"ns cj;/x?sf] l;h{gf ug{' klg o; ;fd'bflos aLp a}+ssf
cGo p2]Zox? x'g\ . xfn o; a}+sn] ljleGg afnLx?sf] ljljwtf k|bz{gL :ynsf]
Joj:yfkg / aLp–pTkfbg sfo{qmd ;~rfng u/L :yfgLo aflnx?sf] ;+/If0f tyf
k|jw{g ub}{ cfPsf] 5 .
;~rfng tyf Joj:yfkgk|lqmof
h'+u' ;fd'blos aLp a}+ssf] ;~rfngsf nflu >L lxdr'nL ax"2]ZoLo ;xsf/LcGtu{t
rf/ hgf dlxnf ;lxt ( hgf ;b:o /x]sf] ;fd'bflos aLp a}+s Joj:yfkg ;ldlt
u7g ul/Psf] 5 . ;fd'bflos aLp a}+ssf] sfd ;~rfngdf yk # hgf k'¿if / !#
hgf dlxnfx? klg ;lqmo ?kdf nflu/x]sf 5g\ . ;fd'bflos aLp a}+sn] ;~rfng
- 186 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
ug]{ aLp–pTkfbg lqmofsnfkdf !$) 3/w'/Lx? ;+nUg x'Fb} cfPsf 5g\ . ;fd'bflos
aLp a}+s Joj:yfkg ;ldltn] dfl;s ?kdf a}7s u/L ;fd'bflos aLp a}+ssf
lgoldt lqmofsnfkx? ;~rfng ub}{ cfO/x]sf] 5 . aLp–pTkfbg of]hgf lgdf{0f
tyf sfof{Gjog, lalqmljt/0f / aLp k'FhL sf]ifsf] kl/rfng o; ;ldltn] g} ub{5|
. ;fd'bflos aLp a}+s ;~rfng tyf Joj:yfkgsf nflu ;xsf/L / :yfgLo afnL
kl/of]hgfsf] e"ldsf dxÎjk"0f{ /x]sf] 5 eg] :yfgLo lgsfox?n] klg ;fy / ;xof]u
lbO/x]sf 5g\ . ;fd'bflos aLp a}+s :yfkgf tyf ;~rfngsf nflu cfjZos d'Vo
ef}lts, cfly{s Pjd\ k|fljlws ;xof]u kl/of]hgfsf tkm{af6 ul/Psf]] 5 eg] s]xL
;xof]u ;xsf/L, ufpFkflnsf / j8f sfof{nox?n] klg ul//x]sf 5g\ . ;fd'bflos
aLp a}+ssf] lbuf]kgf / o;df cfa4 ;b:ox?sf] cfly{s ;|f]tdf kx'Fr a9fpg]
p2]Zon] h}ljs ljljwtf Joj:yfkg sf]if klg :yfkgf / ;~rfng ul/+b} cfOPsf] 5
. xfn o; sf]ifdf ¿= #,)),)))÷– /sd /x]sf] 5 . o; sf]ifsf] kl/rfngaf6 k|fKt
Aofh ;fd'bflos aLp a}+ssf lgoldt lqmofsnfkx? ;~rfngsf nflu vr{ ul/G5 .
s[lif h}ljs ljljwtf ;+/If0f
h'+u' ;fd'bflos aLp a}+sn] ljleGg afnlx?sf] ljljwtf k|bz{gL :yn / aLp–
pTkfbg sfo{qmd ;~rfng u/L tflnsf ! df pNn]v u/]adf]lhdsf !) k|hfltsf
afnLx?sf $@ j6f :yfgLo hftx? ;+/If0f ub}{ cfPsf] 5| . ;fd'bflos aLp a}+sdf
oL :yfgLo hftx?sf] kf;kf]6{ kmf/fddf To; hft;Fu ;DalGwt k/Dk/fut 1fgx?sf]
klg clen]v /flvPsf] 5| . xfn;Dd ;fd'bflos aLp a}+s Joj:yfkg ;ldltn] tL
hftx?sf] ;+/If0fsf] cj:yf / cfly{s ;|f]tsf] pknAwtf cg';f/ pTkfbg ul/Psf]
aLp lgMz'Ns ljt/0f ug]{ u/]sf] 5 . ;fd'bflos aLp a}+sn] yk :yfgLo afnL tyf
hftx?sf] vf]hL / ;+/If0f ub}{ hfg] ;f]r agfPsf] 5 .
tflnsf ! M h'+u' ;fd'bflos aLp a}+sn] ;+/If0f ul//x]sf afnL / ltgsf :yfgLo
hftx?
qm=;+= afnL
hftsf gfdx?
Hfft;ª\Vof
lxdfnL /ftf], lxdfnL ;]tf], lemGufdnL, u'8'n]
!
wfg
df;L{, kx]+nL df;L{, dNb'+u] df;L{, dg;/f, sf]OnL,
!)
cgbL, ltNk'+u] df;L{
8Nn], sfnf], n8La8L, kx]+nL, ef]6f+u], d'8\s],
@
sf]bf]
!#
gª\u|], ;]tf], RofN7], nfkmf{g], ;}n'+u], cu/], cf]Vn]
#
kmfk/
tLt], dL7]
@
$
pjf
:yfgLo d'8'n]
!
%
hf}
:yfgLo 6F'+8]
!
- 187 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;+=
afnL
^
l;dL
&
*
(
!)
hDdf
km;L{
sfFqmf]
v';f{gL
n§]
hftsf gfdx?
kx+]nf], v}/f], /ftf] l5s]{, sfnf] l5s]{, ;]tf], 7"nf]
l5la{/], sfnf], ;fgf] kx]+nf]
xl/of] 8Nn], bflh{ln+ª]
:yfgLo xl/of]
csa/]
sfnf], /ftf], ;]tf]
Hfft;ª\Vof
*
@
!
!
#
$@
aLp–pTkfbg, ljt/0f tyf ahf/Ls/0f
h'+u' ;fd'bflos aLp a}+sn] :yfkgfsfnb]lv @)&% c;f/;Dd !^ lsl;dsf afnLx?sf
%) j6f hftx?sf] @,@!$ s]=hL= aLp–pTkfbg u/L !,#)@ 3/w'/Lx?nfO{ pknAw
u/fPsf] 5 . o; jif{ sl/a $&) s]=hL l;lSsd nf]sn s]/fpsf] aLp–pTkfbg u/L
laqmL ug]{ sfo{sf] yfngL;d]t u/]sf] 5| . :yfgLo hftsf] kx]+nf] / v}/f] l;dLsf]
aLp klg pTkfbg / ahf/Ls/0f ug]{ sfo{ cl3 a9fO/x]sf] 5 . o; a}+sn] laqmLsf
nflu s]/fp, l;dL, /fof], n§], as'Nnf cflbsf] aLp–pTkfbg ub}{ cfPsf] 5 eg]
ahf/Ls/0fsf nflu :yfgLo s[lif ;xsf/L, Pu|f]e]6, cgdf]n aLp sDkgL / nL–a8{sf
ljleGg kl/of]hgfx?;Fu ;xsfo{ ub}{ cfPsf] 5| .
aLp a}+sn] u/]sf dxÎjk"0f{ sfo{x?
• cGgafnL, bnxgafnL, t/sf/LafnLnufotsf afnLx?sf] :yfgLo hftx?sf]
aLp ;ª\sng, k'g{:yfkgf / ;+/If0fÙ
• :yfgLo kx]+nf] / v}/f] l3pl;dLsf] ;+/If0f, k|jw{gsf ;fy} hft btf{k|lqmofsf
nflu kxnÙ
• !)$ j6f :yfgLo hftsf aLpx?sf] gd'gf / kf;kf]6{ 8f6f k/:yfgLo
;+/If0f nflu /fli6«o hLg a}+sdf k7fOPsf]Ù
• l;lSsd nf]sn s]/fp, dfkmf{ /fof], /fd]5fk xl/of] n§], :yfgLo kx]+nf] /
v}/f] l3pl;dLsf] aLp–pTkfbg u/L :yfgLo :t/df cfocfh{gsf] cj;/
l;h{gf ul//x]sf]Ù
• :yfgLo ;fgf s[ifsx?, ljz]if u/L dlxnfx?sf] cfly{s ;|f]tdf kx'Fr
a9fpgsf nflu ;fd'bflos h}ljs ljljwtf Joj:yfkg sf]ifsf] :yfkgf /
kl/rfng ul//x]sf]Ù
• s[lif h}ljs ljljwtf kf7zfnf ;~rfng u/L :yfgLo aLp–pTkfbs s[ifsx?sf]
Ifdtf j[l4, s[lif;Fu ;DalGwt ljleGg ;d;fdlos ljifox?df 5nkmn tyf
tflnd ;~rfng u/L dlxnf tyf k'¿if s[ifsx?sf] ;zQmLs/0f .
- 188 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
ef}lts ;fdu|L tyf k"jf{wf/x?sf] cj:yf
h'+u' ;fd'bflos aLp a}+s ;~rfngsf nflu cfjZos ef}lts k"jf{wf/ Pjd\ ;fdu|Lx?
:yfgLo afnL kl/of]hgf, ;xsf/L / :yfgLo lgsfox? -tTsfnLg lhNnf s[lif
ljsf; sfof{no, ufpFkflnsf / j8f sfof{no_ dfkm{t pknAw u/fOPsf] 5 .
;d:of tyf r'gf}tLx?
h'+u' ;fd'bflos aLp a}+ssf xfnsf ;d:of tyf r'gf}tLx? lgDgfg';f/ /x]sf 5g\M
• :yfgLo nf]kf]Gd'v afnL tyf hftx?sf] ;+/If0fsf lqmofsnfksf ;~rfng
ug{ kof{Kt cfly{s ;|f]tsf] sdLÙ
• ;fd'bflos aLp a}+sdf :yfgLo o'jf / bf];|f] k':tfx?sf] sd rf;f]Ù
• :yfgLo lgsfoaf6 ;fy / ;xof]udf sd k|fyldstfÙ
• Jofj;flos aLp–pTkfbgsf nflu v]tLof]Uo hldg /
• ahf/df kx'Fr sd .
oL r'gf}tLx?sf] ;fdgf ug{ / ;fd'bflos aLp a}+ssf] cjwf/0ffnfO{ :yfgLo lgsfosf]
ljsf; sfo{qmddf d"n k|jfxLs/0f ug{ ;fd'bflos aLp a}+s Joj:yfkg ;ldlt /
;xsf/L nfluk/]sf] 5 . ;fd'bflos aLp a}+ssf] lbuf] ?kdf ;~rfngsf nflu
:yfgLo ljsf; sfo{qmddf ;dfof]hg Pj+ o'jf tyf pBdL s[ifsx?sf] ;+nUgtf
u/fpFb} cfocfh{gsf cj;/x?sf] l;h{gf u/L ;fd'bflos aLp a}+s ;~rfng ug]{
;f]r /x]sf] 5 .
|l-------l|l-------l|
- 189 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
xfFs' ;fd'bflos aLp a}+s, h'Dnf
wgs[i0f kf08] / sljtf h};L
tftf]kfgL ufpFkflnsf %, P]/]gL, h'Dnf
kl/ro
h}ljs ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{_, s[lif ljefu,
g]kfn s[lif cg';Gwfg kl/ifb\÷/fli6«o hLg a}+s / afof]el;{6L OG6/g]zgnsf] ;+o'Qm
kxndf ;~rflnt …:yfgLo afnL kl/of]hgfÚ / >L Bf}nLuf8 s[lif h}ljs ljljwtf
;+/If0f ;d"xsf] ;xsfo{df xfFs' ;fd'bflos aLp a}+ssf] :yfkgf @)&@ ;fn r}q !#
ut] tftf]kfgL ufFpkflnsf $, xfFs', h'Dnfdf ePsf] xf] . lj= ;= @)&@ df :yflkt
>L Bf}nLuf8 ljljwtf ;+/If0f s[ifs ;d"xsf] Ps sfo{qmdsf ?kdf of] ;fd'bflos
aLp a}+s ;~rflnt 5 / o;sf] ;Dks{ sfof{no tftf]kfgL ufpFkflnsf–% P]/]gL df
/x]sf] 5 . xfn o; a}+sn] tftf]kfgL ufpFkflnsf j8f g+= $ / % nfO{ sfo{If]q agfP/
sfo{qmd ;~rfng ul//x]sf] eP tfklg eljiodf ufpFkflnsfsf cGo j8fx?df klg
o;sf] ;]jf lj:tf/ ug]{ nIo lnPsf] 5 . xfFs' tyf cf;kf;sf If]qdf v]tL ul/g]
ljleGg afnLx?sf :yfgLo hftx? / oL hftx?;Fu ;DalGwt k/Dk/fut 1fgsf]
;+/If0f / k|of]u a9fpg' o;sf] d'Vo p2]Zo /x]sf] 5 . ;fy} :yfgLo s[ifsx?sf]
cfjZostf cg';f/ pGgt aLpx?sf] pTkfbg / ;xh pknAwtf a9fpg', aLpdf
cfwfl/t cfod"ns cj;/x?sf] l;h{gf ug{' klg o; ;fd'bflos aLp a}+ssf cGo
p2]Zox? x'g\ . xfn o;n] ljleGg afnLx?sf] ljljwtf k|bz{gL :ynsf] Joj:yfkg
/ aLp–pTkfbg sfo{qmd ;~rfng u/L :yfgLo afnLx?sf] ;+/If0f tyf k|jw{g ub}{
cfPsf] 5 .
;~rfng tyf Joj:yfkgk|lqmof
xfFs' ;fd'bflos aLp a}+s ;~rfngsf nflu >L Bf}nLuf8 s[lif h}ljs ljljwtf
;+/If0f ;d"xcGtu{t kFfr hgf dlxnf;lxt !! hgf ;b:o /x]sf] ;fd'bflos aLp
a}+s Joj:yfkg ;ldlt u7g ul/Psf] 5, h;nfO{ d"n ;ldlt klg eGg] ul/G5 . pQm
- 190 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
d"n ;ldlt tftf]kfgL ufpFkflnsfsf] j8f g+= $ / % df cjl:yt ljleGg rf/ pkef]Qmf
s[ifs ;d"xaf6 r'lgPsf k|ltlglwx?sf] ;d"x xf] . t;y{ o; Bf}nLuf8 s[lif h}ljs
ljljwtf ;+/If0f ;d"x cfkm} Ps 5'§} ;d"x geO{ ;d"xx?sf] k|ltlglw ;d"x cyf{t
dfly elgP h:t} d"n ;ldlt xf] . o;/L sfo{ ubf{ x/]s ;ldltdf 5'§f5'§} hfg gkg]{
/ ;Gb]z k|jfxdf 5l/tf] x'g] x'G5 . o;/L ;/;/tL x]bf{ ;Dk"0f{ rf/ ;d"x u/L o;
;d"xdf &* -%& dlxnf, @! k'¿if_ ;fwf/0f ;b:ox? /x]sf 5g\ eg] xfn aLp–pTkfbg
lqmofsnfkdf ^# 3/w'/L ;+nUg /x]sf 5g\ . ;ldltsf] dfl;s lgoldt a}7s a;L
;fd'bflos aLp a}+ssf ultljlwx?, aLp–pTkfbg / laqmLlat/0f;DaGwL lg0f{ox?
ugf{sf ;fy} aLp k'FhL sf]ifsf] kl/rfng / Joj:yfkg klg o;} ;ldltdfkm{t x'g]
u/]sf] 5 . aLp a}+s ;~rfng / Joj:yfkgsf nflu kl/of]hgfsf] e"ldsf klg lgs}
dxÎjk"0f{ /x]sf] 5 ;fy} :yfgLo lgsfox?sf] klg ;fy / ;xof]u k|fKt eO/x]sf]
5 . aLp a}+s ;~rfngsf lgldQ rflxg] ef}lts, cfly{s Pjd\ k|fljlws cfjZostf
kl/of]hgfn] k"lt{ ub}{ cfO/x]sf] 5 . s]xL ;xof]u ufpFkflnsfaf6 klg k|fKt ePsf] 5
. aLp a}+s ;~rfngdf ;xhtf Nofpg, s[ifsx?nfO{ Joj;foL agfpg] / pgLx?sf]
cfly{s kx'Fr a9fpg] x]t'n] 3'DtLsf]if -h}ljs ljljwtf sf]if÷;L=aL=Pd= sf]if_ ;~rfng
ul/Psf] 5 h;sf] cfDbfgLsf] s]xL k|ltzt aLp a}+s ;~rfngdf vr{ u/L o;sf]
lbuf]kgnfO{ 6]jf k'¥ofpg] nIo 5 . xfn o; sf]ifdf :yfgLo afnL kl/of]hgfsf
tkm{af6 pknAw u/fOPsf] ¿= #,@),))).– /sd /x]sf] 5 .
s[lif h}ljs ljljwtf ;+/If0f
xfFs' ;fd'bflos aLp a}+sn] ljleGg afnlx?sf] ljljwtf k|bz{gL :yn / aLp–pTkfbg
sfo{qmd ;~rfng u/L tflnsf ! df pNn]v u/]adf]lhdsf @) k|hfltsf afnLx?sf
^% j6f :yfgLo hftx? -!) j6f cGgafnLsf @# hft, & j6f bnxgafnLsf #(
hft, ! j6f t]nxg afnLsf] ! hft / @ t/sf/L afnLsf @ hft_ ;+/If0f ub}{
cfPsf] 5| . ;fd'bflos aLp a}+sdf oL :yfgLo hftx?sf] kf;kf]6{ kmf/fd e/L
To; hft;Fu ;DalGwt k/Dk/fut 1fgx?sf] klg clen]v /flvPsf] 5| . xfn;Dd
;fd'bflos aLp a}+s Joj:yfkg d"n ;ldltn] tL hftx?sf] ;+/If0fsf] cj:yf /
cfly{s ;|f]tsf] pknAwtf cg';f/ pTkfbg ul/Psf] aLp lgMz'Ns ljt/0f ug]{ u/]sf]
5 . ;fd'bflos aLp a}+sn] yk :yfgLo afnL tyf hftx?sf] vf]hL / ;+/If0f ub}{
hfg] ;f]+r agfPsf] 5 .
- 191 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf ! M xfFs' ;fd'bflos aLp a}+sn] ;+/If0f u/]sf afnL / ltgsf :yfgLo
hftx?
qm; afnL
hftx?
hft;+Vof
d]N6], n]sfnL, h'DnL df;L{,
!
wfg
^
sfnL df;L{, kfv] wfg, bfl/d]
@
sf]bf]
/ftf], sfnf]
@
#
kmfk/
tLt] kmfk/, dL7] kmfk/
@
kx]+nf] uf]nf], ;]tf] ;fgf], sfnf], skmL /ª, v/fg],
sn]hL, v}/f] 7"nf]], v}/f] yf]Kn], sfnf] l5s]{, km';|f]
l5s]{, v}/f] l5s]{, /ftf] nfdf], sn]hL l5s]{ 7"nf]],
/ftf] ;fgf], ;]tf] l5s]{, ;]tf] nfdf], sfnf] nfdf],
#)
$
l;dL
l;Gb"/] l5s]{, kx]nf] l5s]{, lrNnf] sfnf], v}/f] nfdf],
sn]hL l5s]{, sn]hL l5s]{ nfdf], /ftf] 8Nnf],
v/fgL ;fbf, £o' /ª, /ftf] dfn], kx+]nf] a];f/],
sfnf] ;fgf], sfnf] dfn]
%
lrgf]
b"w], xf8], skf8]
#
^
sfu'gf] /ftf]], kx]+nf]], cf}n]n÷;]tf]
#
&
u'/fF;
:yfgLo ;]tf], :yfgLo /ftf]
!
*
pjf
:yfgLo
!
(
hf}
:yfgLo
!
!)
n6\6]
Nffn df;]{,
!
!!
ux'F
bfjnL, 6\of;]
@
!@
ds}
d'/nL, bfjnL÷:yfgLo, 6\of;]
@
!#
efFuf]
:yfgLo
!
!$
e6df; sfnf], ;]tf] ;fgf], ;]tf] 7"nf]] v}/f]
#
!%
s]/fp
xl/of] ;fgf] s]/fp
@
!^
uxt
/ftf] :yfgLo
!
!&
df;
sfnf] :yfgLo
!
!*
sfFqmf]
:yfgLo
!
!(
a/]nf
s/]nf
!
@)
d';'/f]
:yfgLo
!
hDdf
^%
aLp–pTkfbg, ljt/0f tyf ahf/Ls/0f
xfFs' ;fd'bflos aLp a}+sn] ut jif{sf] cfFs8f cg';f/ ljleGg afnLx?sf] ($# s]=hL=
aLp–pTkfbg u/L @!^@ 3/w'/LnfO{ ;'ljwf k|bfg ul//x]sf] 5 . o; jif{ eg] aLp–
pTkfbgsf nflu ^# 3/w''/LnfO{ ;+nUg u/fO{ @#$) s]=hL= aLp–pTkfbg ug]{ nIosf
;fy cl3 al9/x]sf] 5 . ;fy} o;} jif{ cfO{=cf/=8L= eg]/ ljleGg @&^^ 3/w'/LnfO{
- 192 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;'ljwf k|bfg ul/Psf] 5 . :yfgLo afnLsf] k|jw{gsf vflt/ o; aLp a}+sn] cfkm\gf]
5'6\6} ;'ky d"No k;n :yfkgf ug]{ of]hgf agfO/x]sf] 5 . pQm k;ndf :yfgLo
afnLsf k|zf]lwt a:t'x? laqmLljt/0f ug]{ nIo lnPsf] 5 . ;fy} pTkflbt aLp
laqmLljt/0f ug{sf] nflu :yfgLo Pu|f]e]6 tyf ljleGg kl/of]hgf;Fu ;xsfo{ klg
ub}{ cfO/x]sf] 5 .
;fd'bflos aLp a}+sn] u/]sf dxÎjk"0f{ sfo{x?
:yfggLo :t/df pknAw eP;Ddsf aLpx?sf] gd"gf ;ª\sng u/L ljljwtf
k|bz{gL :yn / aLp–pTkfbg :yfnx?sf] Joj:yfkg ub}{ o; aLp a}sn] ;+/If0fsf]
sfdnfO{ k|fyldsLs/0f u/]sf] 5 . ;fy} pTkflbt aLp tyf pkhsf] laqmLlat/0fdf
;xhLs/0fsf nflu ;'ky d"No k;nsf] :yfkgf ul/Psf] 5, h'g k;ndf pTkflbt
ljleGg aLp tyf :yfgLo afnLsf] k|zf]lwt ?k cyf{t\ vfgof]Uo agfP/ laqmLljt/0f
ug]{ ul/G5 . o;sf ;fy} hfgsf/Ld"ns n]v tyf k'l:tsfx? ;d]t pknAw u/fP/
:yfgLo afnLsf] ;+/If0f ug{ ls;fgx?nfO{ xf};nf÷k|f]T;fxg k|bfg ug]{ sfo{;d]t
u/]sf] 5 .
;fem]bf/ tyf ;xof]uL ;ª\3;+:yfx?
:yfgLo afnL kl/of]hgfsf ;fem]bf/ ;+:yfx? nL–a8{, /fli6«o hLg a}+s, / afof]el;{6L
OG6/g]zgnaf6 o; aLp a}+ssf nflu cfjZos ef}lts, cfly{s tyf k|fljlws
;xof]ux? k|fKt xF'b} cfPsf 5g\ . :yfgLo :t/df j8f sfof{no, ufpFkflnsfsf]
sfof{non] klg ;xof]uLsf] e"ldsf lgjf{x ub}{ cfPsf 5g\ . o;sf cnfjf, tTsfnLg
s[lif ;]jf s]Gb| / lhNnf s[lif ljsf; sfof{non] klg ;do–;dodf cf–cfkm\gf
If]qaf6 ;xof]u ul//x]sf lyP .
;d:of tyf r'gf}tLx?
;fd'bflos aLp a}+ssf xfnsf ;d:of tyf r'gf}tLx? lgDgfg';f/ /x]sf 5g\M
• :yfgLo tyf nf]kf]Gd'v afnLx?sf] ;+/If0f lqmofksnfksf nflu ;|f]tsf]
sdLÙ
• s[lifIf]qk|lt :yfgLo o'jfx?sf] ljt[i0ffÙ
• :yfgLo lgsfox?af6 :yfgLo afnL k|jw{gdf sd WofgÙ
• Jofj;flos aLp–pTkfbgsf nflu s[life"ldsf] sdLÙ
• sdhf]/ ahf/ kx'Frh:tf r'gf}tLx?sf] ;fdgf o; aLp a}+sn] ul//xg' k/]sf]
5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
oL r'gf}tLx?sf] ;fdgf ub}{ ;fd'bflos aLp a}+ssf] cjwf/0ffnfO{ :yfgLo ljsf;
sfo{qmddf d"n k|jfxLs/0f ug{ ;fd'bflos aLp a}+s Joj:yfkg d"n ;ldlt / ;Dk"0f{
s[ifs ;d"x nfluk/]sf 5g\ . ;fd'bflos aLp a}+s lbuf] ?kdf ;~rfngsf nflu
:yfgLo ljsf; sfo{qmddf ;dfof]hg Pj+ o'jf tyf pBdL s[ifsx?sf] ;+nUgtf
u/fpFb} cfocfh{gsf cj;/x?sf] l;h{gf u/L ;fd'bflos aLp a}+s ;~rfng ug]{
;f]r /x]sf] 5 .
|l-------l|l-------l|
- 194 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
l5k|f ;fd'bflos aLp a}+s, x'Dnf
gj/fh e08f/L! / ;'Gb/ /fpt@
!
vfk'{gfy $, l5k|f, x'DnfÙ @nL–a8{, kf]v/f
kl/ro
h}ljs ljljwtf, cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -ln–a8{_, s[lif ljefu,
s[lif cg';Gwfg kl/ifb\ -gfs{_ / aof]el;{6L OG6/g];gnsf] ;+o'Qm kxndf ;~rflnt
:yfgLo afnL kl/of]hgf / :yfgLo ;xsf/L …>L s0ff{nL s[lif ;xsf/L lnld6]8Ú sf]
;xsfo{df l5k|f ;fd'bflos aLp a}+ssf] :yfkgf lj= ;+= @)&$ c;f/ !* ut] vfk{'gfy
ufpFkflnsf $ l5k|f -;flassf] l5k|f uf= lj= ;=_ x'Dnfdf ePsf] xf] . lj= ;+= @)&) df
:yflkt o; s[lif ;xsf/Lsf] dftxtdf /xL o;}sf] Ps cª\usf ?kdf of] ;fd'bflos
aLp a}+s ;~rfngdf /x]sf] 5 . o; aLp a}+sn] vfk{'gfy ufpFkflnsfcGtu{t jf8{
g=$ nfO{ k|d'v sfo{If]q agfO{ l5d]sL ufpFkflnsfsf jf8{x?df ;d]t ;]jf lj:tf/
u/L/x]sf] 5 . :yfgLo :t/df :yfgLo tyf pGgt aLpx?sf] pknAwtf a9fpg'Ù
:yfgLo afnLsf hftx? / oL;Fu ;DalGwt 1fgx?sf] ;+/If0f ug{' / h}ljs
ljljwtfdf cfwfl/t cfod"ns cj;/x?sf] l;h{gf ug{' o; aLp a}+ssf k|d'v
p2]Zox? /x]sf 5g\ . ljleGg afnLsf h}ljs ljljwtf k|bz{gL :yn / aLp–pTkfbg
:ynx?sf] Joj:yfkg u/L o; aLp a}+sn] oyf:yfg ;+/If0fsf] sfd k|fyldstfsf
;fy ub}{ cfPsf] 5 eg] :yfgLo aflnx?sf] aLp–pTkfbg / laqmL u/L :yfgLo :t/df
cfocfh{gsf cj;/sf] klg l;h{gf ub}{ cfPsf] 5 .
;~rfng tyf Joj:yfkgk|lsof
l5k|f ;fd'blos aLp a}+s >L s0ff{nL s[lif ;xsf/Lsf] dftxtdf /xL o;}sf] Ps
cª\usf ?kdf ;~rfngdf /x]sf] 5 . o;nfO{ ;jf{lwsf/;DkGg !@ ;b:oLo aLp
a}+s Joj:yfkg ;ldlt / ;xsf/LcGtu{tsf] aLp a}+s ;~rfng pk;ldlt - %
dlxnf, & k'¿if_ n] ub{5 . o; aLp a}+sdf @) hgf ;fwf/0f ;b:ox? -!! k'¿if, (
dlxnf_ 5g\ eg] aLp–pTkfbgsf lqmofsnfkx? !*) eGbf a9L 3/w'/Ln] ub}{ cfPsf
- 195 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
5g\ . ;ldltsf] dfl;s lgoldt a}7s a;L aLp a}+ssf ultljlwx?, aLp–pTkfbg,
laqmLljt/0f;DaGwL lg0f{ox? ugf{sf ;fy} aLp k'FhL sf]ifsf] kl/rfng / Joj:yfkg
klg o;} ;ldltdfkm{t x'g] u/]sf] 5| . aLp a}+s ;~rfng / Joj:yfkgsf nflu
;xsf/L / kl/of]hgfn] dxÎjk"0f{ e"ldsf lgjf{x ub}{ cfPsf] 5 eg] :yfgLo lgsfox?
/ ;/sf/n] klg ;fy / ;xof]u lbPsf 5g\ . aLp a}+s ;~rfngsf nflu cfjZos
kg]{ ef}lts, cfly{s Pjd\ k|ljlws ;|f]t kl/of]hgfdfkm{t g} k"/f x'Fb} cfPsf] 5 .
o;df ;xsf/L, ufpFkflnsf / j8f sfof{nox?n] klg s]xL ;xof]u u/]sf 5g\ .
aLp a}+s ;~rfngdf ;xhtf Nofpg, s[ifsx?nfO Jofj;flos / pgLx?sf] cfly{s
;|f]tdf kx'Fr a9fpg] p2]Zon] 3'DtL sf]if -h}ljs ljljwtf sf]if_ ;~rfng u/LPsf]
5 . o;sf] cfDbfgLsf] s]xL k|ltzt aLp a}+s ;~rfng vr{df pkof]u u/L o;sf]
lbuf]kgnfO{ 6]jf k'¥ofOPsf] 5 . xfn o; sf]ifdf :yfgLo afnL kl/of]hgfsf tkm{af6
pknAw u/fOPsf] ¿= #,%),))).– /sd /x]sf] 5 .
s[lif h}ljs ljljwtf ;+/If0f
l5k|f ;fd'bflos aLp a}+sn] ljleGg h}ljs ljljwtf k|bz{gL :yn tyf aLp–pTkfbg
:ynx?sf] Joj:yfkg u/L !! k|sf/sf afnLx?sf %! y/L hftx? ;+/If0f ub}{
cfPsf] 5| . aLp a}+sdfkm{t :yfgLo afnLx?sf] kf;kf]6{ kmf/fd eg]{ sfd ;DkGg
u/L oL afnLx?;Fu ;DalGwt k/Dk/fut 1fgx?sf] ;d]t clen]v /flv;s]sf] 5|
. ;fd'bflos aLp a}+s / Joj:yfkg ;ldltn] afnLx?sf] cj:yf / cfly{s ;|f]tsf]
pknAwtf cg';f/ ;+/If0f ug]{ afnL / hftx? cfk;df 5nkmn u/L 5gf]6 ug]{ /
pTkflbt aLp lg'MzNs ljt/0f ug]{ u/]sf] 5| . :yfgLo :t/df pknAw eP;Ddsf
;a} :yfgLo aLpx?sf] gd'gf ;ª\sng u/L ljljwtf k|bz{gL ug]{ Joj:yf ldnfOgfsf
;fy} hfgsf/Ld"ns n]v / k'l:tsfx?;d]t aLp a}+sdf pknAw u/fOPsf 5g\ .
tflnsf ! M l5k|f ;fd'bflos aLp a}+sn] ;+/If0f ul//x]sf afnL / ltgsf :yfgLo
hftx?sf] ljj/0f
qm=;+= afnL
hftsf gfdx?
Hfft;+Vof
wfg
sfnL df;L{, h'ª]/hf} wfg ,w}gfn], sfnf] n'D;]/f],
!
*
/tgk'/], yfkflrgL, vRr],gfg wfg
@
lrgf]
b"w] ,sKtf8] ,/ftf] ,sfnf]
$
#
sfu'gf]
sfnf], kx+]nf] , /ftf] , h'DnL , ndh'ª]
%
l;dL
sfnf] -yfFqm]_, ;]tf] dfn], sfnf] dfn], 8Nn], kx]+nf],
$
(
;]tf] ;fgf] , sfnf] nx/] ,l3p l;dL , ;]tf] 7"nf]
%
kmfk/
dL7] , tLt]
@
- 196 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
qm=;+=
^
&
*
(
!)
!!
afnL
pjf
uxF'
sf]bf]
df;]{
hf}
ds}
hDdf
hftsf gfdx?
s'gfnf] , /ftf] , 6fs'n], ;f]n', d'8'n]
kfk},efa|L, lkKnª\uL
sfnf], tLgdf;], /ftf], nfKr], l/pn], cf}n]
dfn df;]{, 7f8f] df;]{
sfnf], ;]tf], nfd/]
/ftf], ;]tf], d'/nL, b"w]
Hfft;+Vof
%
#
^
@
#
$
%!
aLp–pTkfbg tyf ahf/Ls/0f
l5k|f ;fd'bflos aLp a}+sn] cfkm\gf] :yfkgfsfn b]lv @)&% c;f/;Dddf cfOk'Ubf
#@$) s]=hL aLp -!@ aflnx?sf ^# hftx?_ pTkfbg u/L !^)) 3/w'/Lx? nfO{
aLpdfkm{t ;'ljwf k'¥ofO;s]sf] 5 . :yfgLo hftnfO{ g} k|fyldstfdf /fVb} o; aLp
a}+sn] :yfgLo b"w] lrgf]sf] aLp–pTkfbg / ahf/Ls/0fnfO{ ljz]if Wofg lb+b} cfPsf]
5 . d'Vo ?kdf o; a}+sdfkm{t ljqmLsf nflu l;dL, lrgf], n§], sfu'gf], kmfk/,
sf]bf], pjf cflbsf] aLp–pTkfbg ub}{ cfPsf] 5 eg] ahf/Ls/0fsf nflu :yfgLo
s[lif ;xsf/L, Pu|f] e]6 nufot nL–a8{sf ljleGg kl/of]hgfx?;Fu ;xsfo{ ub}{
cfPsf] 5| .
l5k|f ;fd'bflos aLp a}+sn] u/]sf dxÎjk"0f{ sfo{x? M
• :yfgLo b"w] lrgf]sf] ;+/If0f, k|jw{gsf ;fy} hft btf{k|lqmofsf nflu kxnÙ
• sfnf] l;dL, b"w] lrgf],pjf, sfu'gf]sf] aLp–pTkfbg u/L :yfgLo :t/df
cfocfh{gsf] cj;/sf] l;h{gfÙ
• :yfgLo afnLx?sf] ;+/If0f / k|jw{gsf nflu ljleGg hgr]tgfd"ns
sfo{sdx? ;~rfngÙ
• :yfgLo afnLx? h:t}, n§], pjf, l;dL, lrgf], kmfk/, sf]bfsf ljleGg
kl/sf/x? agfO{ vfB dxf]T;jaf6 :yfgLo afnLx?sf] k|jw{gsf ;fy} vfg]
afgLdf kl/jt{gsf] k|of;Ù
• h}ljs ljljwtf kf7zfnf ;~rfng u/L :yfgLo aLp pTkfbs s[ifsx?sf]
Ifdtf j[l4, s[lifsf ljleGg ;d;fdlos ljifox?df 5nkmn tyf tflnd
;~rfngsf ;fy} dlxnf ;zQmLs/0f .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fem]bf/ ;ª\3;+:yfx?
:yfgLo afnL kl/of]hgfdfkm{t aLp a}+ssf k|d'v ;fem]bf/ ;+:yfx?df nL–a8{, gfs{,
aof]el;{6L OG6/g];gn tyf /fli6«o hLg a}+s /x]sf 5g\ . oL ;+:yfx?af6 ef}lts,
cfly{s tyf k|fljlws ;xof]ux? k|fKt xF'b} cfPsf 5g\ . :yfgLo :t/df :yfgLo
;xsf/Lx?, ufpFkflnsf sfof{no tyf j8f sfof{nox?n] klg ;xof]uL e"ldsf
lgjf{x ub}{ cfPsf 5g\ . o;sf cnfjf, s[lif ;]jf s]Gb|, lhNnf s[lif sfof{no cflbn]
;do–;dodf cf–cfkm\gf] If]qaf6 ;xof]u u/L ;fem]bf/ ;+:yfsf] e"ldsf lgjf{x u/]sf
5g\ . o;} u/L, pTkflbt aLp laqmLljt/0fsf qmddf :yfgLo Pu|f]e]6 / cgdf]n aLp
sDkgLn] klg pNn]Vo ;xof]u / ;fy lbPsf 5g\ .
;d:of / r'gf}tLx?
• Jofj;flos aLp–pTkfbgsf nflu v]tLof]Uo hldg sd, jif{el/ g} v]tL
ugf{sf nflu cg's"n jftfj/0f gx'g' / ;8s ;~hfn;Fu ghf]l8Psf] lhNnf
ePsfn] sDhf]/ ahf/ kx'Fr x'g'Ù
• :yfgLo nf]kf]Gd'v afnL / hftx?sf] ;+/If0fsf lqmofsnfksf nflu kof{Kt
cfly{s ;|f]tsf] sdL x'g'Ù
• aLp a}+ssf ;b:ox? / ;d'bfosf dflg;x?n] klg aLp a}+ssf] lbuf]
;~rfngsf nflu sd rf;f] lbg'Ù
• aLp a}+s;DaGwL] ultljlwx?df :yfgLo ;/sf/n] sd rf;f] lbg' / cfkm\gf]
jflif{s sfo{qmddf ;d]t c? s[lifsf of]hgfx?eGbf sd k|yflsdtf /fVg'Ù
• Jofj;flos aLp–pTkfbgsf nflu w]/} g} hf]lvdo'St 7fpF ePsf] / afnL
aLdf;DaGwL 1fg sd ePsfn] s[ifsx?n] hf]lvd lng gvf]Hg'Ù
• aLp a}+ssf] lbuf] ;~rfngsf nflu k|fljlws hgzlQmsf] sdL x'g' .
|l-------l|l-------l|
- 198 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
rf/kft] ;fd'bflos aLp a}+s, df]/ª
5'd¿ ;/bf/ yf?
u|fdyfg ufpFkflnsf !, nvGt/L, df]/ª
kl/ro
rf/kft] ;fd'bflos aLp a}+s lj=;+= @)&@ -;g\ @)!%_ df gf/L ljsf; ;ª\3dfkm{t
PS;g P8 g]kfnsf] cfly{s tyf k|fljlws ;xof]udf u|fdyfg ufpFkflnsf j8f g+= !,
nvGt/L, df]/ªdf :yfkgf ePsf] xf] . o; a}+sn] df]/ª lhNnfsf] ;flassf] nvGt/L
uf=lj=;= cGt{utsf j8fx?af6 :yfgLo hftsf aLpx? ;ª\sng u/L ;+/If0f ul//x]sf]
5 . o; a}+sn] wfg, sf]bf], ds} cflb afnLx?sf :yfgLo hftx? ;+/If0fsf cnfjf
;fd'bflos lkmN8 hLg a}+s :yfkgf u/L t¿n, cf]n / ;v/v08h:tf afnLx?sf
klg :yfgLo hftx? ;+/If0f ub}{ cfPsf] 5 . o; ;+:yfn] eljiodf cGo :yfgLo
hftsf afnLx?sf] vf]h tyf ;ª\sng u/L lkmN8 hLg a}+snfO{ yk Jojl:yt /
;'wf/ ub}{ hfg] nIo lnPsf] 5 . oxfFsf] xfjfkfgL / ef}}uf]lns cj:yf cg';f/sf
yk afnL tyf :yfgLo hftx?sf] aLp ;+/If0f / ljsf; ug]{ nIo o; ;+:yfsf] 5 .
;~rfng tyf Joj:yfkgk|lqmof
rf/kft] ;fd'bflos aLp a}+s rf/kft] s[lif ;xsf/L ;+:yf ln= / lzjkfj{tL s[ifs
;d"xsf] kxndf :yfkgf ePsf] xf] . o;sf] ;~rfns ;ldltdf lzjkfj{tL s[ifs
;d"x / rf/kft] s[lif ;xsf/L ;+:yfn] l;kmfl/; u/L k7fPsf !! hgf k|ltlglw /xg]
Joj:yf ul/Psf] 5 . xfn o; ;ldltdf dlxnf ( hgf / k'¿if @ hgf /x]sf 5g\
. lzjkfj{tL s[ifs ;d"xdf dlxnf @) hgf, k'¿if !) hgf u/L #) hgf / rf/kft]
s[lif ;xsf/L ;+:yf ln= df dlxnf ^) / k'¿if @% hgf u/L hDdf *% hgf ;b:o
/x]sf 5g\ . rf/kft] ;fd'bflos aLp a}+s Joj:yfkg ;ldltsf] a}+7ssf] lg0f{o cg';f/
:yfgLo hftsf aLpx?sf] klxrfg, ;+/If0f, ;+jw{g / u'0f:t/Lo aLp–pTkfbgsf
nflu ljleGg lgsfox?;Fu k/fdz{, ;Nnfx / ;dGjo u/L ;fd'bflos aLp a}+ssf]
;~rfng ul/+b} cfOPsf] 5 .
- 199 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;+/If0f
rf/kft] ;fd'bflos aLp a}+sn] wfgsf !@ hft / ljleGg t/sf/LafnLx?sf #@ u/L
$$ j6f :yfgLo hftsf] aLp ;+/If0f u/]sf] 5 -tflnsf !_ .
tflnsf !M rf/kft] ;fd'bflos aLp a}+sn] ;+/If0f u/]sf afnL tyf :yfgLo hftx?sf]
ljj/0f
qm=;+= afnL
hftsf] gfd tyf ;ª\Vof
hft;ª\Vof
dw'jf, sl/of sdf]w, r]uf]+n, lh/f;f/L,
!
Wffg
cgbL, la/dkm"n, 5t/fh, v}/f] af;dtL, /ftf]
!@
af;dtL, sfnf] af;dtL, s'hL rgfr'/, l3pk'/L
@
ds}
;l7of
!
#
sf]bf]
d'l7of, cf}nf, ;]tf] bfgf
#
$
hf}+
hf}+
!
%
e6df;
e6df;
!
^
df;
df;
!
&
d';'/f]
v}/f] d';'/f], sfnf] d';'/f]
#
*
v];/L
v];/L
!
(
/x/
/x/
!
!)
uxt
s'yL{
!
!!
af]8L
af]8L
!
!@
l;dL
a6f]l/of, xfQLsfg], xfQLbGt]
#
!#
as'nfl;dL
as'nfl;dL
!
!$
lemËgL
lemËgL
!
!%
l3/f}+nf
l3/f}+nf
!
!^
tLt]s/]nf
tLt]s/]nf
!
!*
nf}sf
nf}sf
!
!(
le08L
le08L
!
@)
km;L{
km;L{
!
@!
kfn'Ëf]
kfn'Ëf]
!
@@
a}ug
a}ug
!
@#
cfn'
;l7of
!
@$
cf]n
cf]n
!
@%
n;'g
n;'g
!
@^
tf]/L
tf]/L
!
@&
;:of]{+
;:o"F+{
!
@*
ltn
ltn
!
hDdf
$$
- 200 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
aLp–pTkfbg / ahf/Ls/0f
:yfgLo hftsf aLpsf]] ;+/If0fsf cltl/Qm rf/kft] ;fd'bflos aLp a}+sn] pGgt hftsf
wfgsf] klg aLp–pTkfbg sfo{sf] yfngL u/]sf] 5 . o; cf=j= @)&%÷&^ df u|fdyfg
ufpFkflnsfsf] cfly{s ;xof]udf k|wfgdGqL s[lif cfw'lgsLs/0f kl/of]hgfcGtu{t !)
x]S6/ hldgdf af;dtL / /lGht wfgsf] aLp–pTkfbgsf nflu v]tL ul/Psf] 5 .
;fem]bf/ ;/sf/L, ;ª\3–;+:yfx?
rf/kft] ;fd'bflos aLp a}+s :yfkgf tyf Joj:yfkgsf nflu gf/L ljsf; ;ª\3,
jN8{ lehg, PS;g P8 OG6/g]zgn g]kfn, Pd=8L=Pd=P;= g]kfn, u|fdyfg ufpFkflnsf
j8f sfof{no ! g+= nvGt/L, u|fdyfg ufpFkflnsf t]tl/of df]/ªsf] d'Vo ;xof]u
/x]sf] 5 . ;fy} ljleGg :yfgLo ;xsf/Lx?, tTsfnLg lhNnf ljsf; ;ldlt df]/ª,
lhNnf s[lif ljsf; sfof{no df]/ª / ;ef;b If]q ljsf; sf]if df]/ªn] klg rf/kft]
;fd'bflos aLp a}+ssf nflu ;xof]u u/]sf 5g\ .
|l-------l|l-------l|
- 201 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
r]k]d:of{ª\bL ;fd'bflos aLp a}+s tyf ;fd'bflos lkmN8 hLg
a}+s
df]xg xdfn
/fO{gf; gu/kflnsf $, ;ftla;], ndh'ª
k[i7e"ld
/fO{gf; gu/kflnsf, ;ftla;], k|b]z g+= $ u08sL k|b]z, ndh'ª lhNnfsf] If]q g+=
! df kg]{ k"jL{ ndh'ªsf] blIf0fdf uf]/vf, klZrddf tgxF', r]k] / d:of{ªbLsf] sfvdf
/x]sf] b|Jo zfx / g/xl/ zfxaLrsf] emu8f x'g] tyf cfdf j;GtfjtLn] bfh'efO{
emu8f gu/L a:gsf nflu r]k] gbLdf cfkm\gf] :tg rf]knL b"wsf] wf/f aufpg] ldng
ljGb'sf gfdn] k|Voft g]kfn PsLs/0f cleofgsf cleoGtf ;/bf/ elSt yfkfsf]
sd{e"ld klg xf] .
/fO{gf; gu/kflnsf j8f g= $, ;ftla;], ndh'ªdf @)&@ ;fn kf}if !* ut]
r]k]d:of{ªbL ;fd'bflos aLp a}+ssf] :yfkgf ePsf] xf] . o; lhNnfdf hgr]tgf
clej[l4 / ljsf; cWoog ;ldlt -COPPADES_ n] ljut @% jif{ cufl8b]lv :yfkgf
ePsf] ndh'ªsf] cu|0fL ;+:yfnfO{ cGt/f{li6«o u}/;/sf/L ;+:yf n'y/g jn{\8 l/lnkm
-LWR_ n] ljut !) jif{b]vL cfly{s tyf k|fljlws If]qdf ;xof]u k'ofpFb} cfO/x]sf] 5
. xfn pQm ;+:yfsf] ;xof]udf gu/kflnsfsf !) j6f j8f / b"wkf]v/L ufpFkflnsfsf
^ j6f j8fx?df pQm kl/of]hgfn] hLjLsf]kfh{g ljkt Joj:yfkg ;/;kmfOdf
b"/b/fhsf ;d'bfo;Fu COPPADES/LWR 5 / /fO{gf; gu/kflnsf / b"wkf]v/L
ufpFkfnLsf;F+u Ps cfk;df ;fem]bf/L ?kdf sfo{qmdx? ;~ofng ul//x]sf] 5 .
o;} l;nl;nfdf hglxt skmL tyf s[lif ;xsf/L ;+:yf;+u xft]dfnf] ub}{ sfd ug]{
l;nl;nfdf ;d'b|L ;txaf6 $)) ld6/b]lv @))) ld6/ pRrfO;Dd ePsf ;Dd 6f/
a]+;L vf+]r * dWokxf8L If]qx? kb{5g\ . pQm If]qdf s[lif h}ljs ljljwtfsf] k|r'/
;+Defjgf eP/ klg qmlds ?kdf nf]k eP/ uO/x]sf] lau|Fbf] cj:yfdf o;nfO{ ;+/If0f
ug]{ k|j{4g ug]{ p2]Zon] COPPADES/LWR / hglxt ;xsf/L ;+:yfsf] kxndf ;a}
- 202 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
If]qnfO{ ;d]6\g] u/L aLp d]nfsf] cof]hgf ul/Psf] lyof] . o; d]nfdf NofOPsf $%
afnLsf -wfg, ux'F, ds}, kmfk/, sf]bf], sfu'gf] / ljleGg t/sf/LsfafnL_ / ltgsf
#%% hftx? aLp a}+sdf clen]vLs/0f u/L /flvPsf 5g\ -tflnsf !_ . pQm aLp
a}+s Ps ;ldlt agfO{ ;~rfng ul/Psf] 5 . ;fd'bflos aLp a}+s sfo{sf/L ;ldltdf
hDdf !& ;b:o 5g\, h;df $ hgf dlxnf 5g\ . o; ;fd'bflos aLp j}+sn] /fli6«o
;dGjo ;ldltsf] ;b:otf u|x0f klg ul/;s]sf]5 .
o;} l;nl;nfdf of] aLp a}snfO{ Pslbg] cGt/lqmof sfo{qmd /fli6«o s[lif cfg'jf+lzs
;|f]t s]Gb| -hLg a}s _ v'dn6f/ / afof]e/l;l6 OG6/g]zgnaf6 ;~rfng ul/Psf]
lyof] . pQm sfo{qmdjf6 aLplahg ;'/lIft e08f/0fsf nflu Knfli6ssf a§fx?,
aLp–pTkfbgsf nflu em'n g]6 / :6]zg/L k|fKt ePsf lyP . pSt sfo{qmdaf6
;fd'bflos aLp a}+s :yfkgf / ;~rfng ug{ lgs} xf};nf ldn]sf] lyof] .
tflnsf != ;fd'bflos aLp a}+sdf ;+/lIft afnL / :yfgLo hftx?
s|=;+= afnL
Hfftx?
b/dfnL, ysfnL df;L{, cfFkem'Q], ysf]nL, cgbL,
;f]d/f, Df;L{ wfg, n]sfnL cgbL, kx+]nf] lemg'jf, lrp/]
w}of, uf}/], OGb|j]nL, Rff/, Nff]sn, Hf]7f] a"9f]], lj/n,
Rf]of], /ftf] cgbL, lemg'jf, /dgL, sGrg, ;fljqL
:yfgLo, sfnf]jf, s'F8n], ysfnL nx/,] 7"nf] u]8],
!
wfg
Uff] n], Dfl;gf] pNn] wfg, dfg'd'/,] Hofdss], ;'gf}nf]
;'+uGw, sflQs], cfFuf, 7"nf] lemg'jf, s[i0f, kf]v];fnL,
PSn] df;L{, cfOtL dG;'nL, k'/fgf] dl;gf], hd|L, sfnf]
dl;gf], jf; cfpg] cgbL, h]7f] j'9f], ;]gf] cgbL,
sf]OnL, k'/fgf] nx/], cfFuf dl;gf] af;dtL
Kf'/fgf] ;]tf], ;]tf], b]pnL kf]lknf], ;fgf] ;l7of tNnf]
;'gf}nf], k+x]nf], ^) lbg], /ftf] d'/nL, ;l7of ;fgf]
dflyNnf], ;l7of kx]nf], kx]nf] k'/fgf] d'/nL kx]nf]
@
Dfs}
7"nf] ;'gf}nf], h'g]nf], yfKnf s'Rr], ;]tf] nf]sn, ;]tf]
;l7of, d'/nL dl;gf], h'g]nL, /ftf] h'g]nf], ;l7of
ul/8fF8] lb8]
#
ux'F
/ftf], nf]sn, ;]tf], /}yfg], kx]nf] /ftf] d'8'n]
kfpFb'/], d+l;/], ;fgf], c;f/], d'8s], pNn], ;]tf],
$
sf]bf]
dsjfgk'/, nfdf] s];|], nnf, gªu|], sfnf], k'/fgf]
kfpb'/], sflQ{s, ;]tf] HjfO{, rd|]
- 203 -
hft;ª\Vof
%@
@@
^
!^
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s|=;+=
%
^
*
(
!)
!!
!@
!#
!$
!%
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!&
!*
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@!
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afnL
kmfk/
hf}
Hfftx?
tLt] kmfk/ dL7] kmfk/
6'F8], s'F8] df]6] hf}
sfnf], ;]tf], lrlgofF, uf]nf], ;fgf] dl;gf sfflQ{s, 7"nf]
e§
u]8] :yfgLo kx]nf] k'/fgf] dfO{nL v}/f], ;fgf] :yfgLo
s}nf] d;fg], lrg]
;]tf], sfnf]jf8L v}/f] tg], /ftf] v]:6] af]8L ds}, jf];]
af]8L, af]8L -/ftf]_ sflQ{s], nf]Ssn l;gs], sf]tfª,
af]8L
:yfgLo nf]Ssn ufhn], nx/], j/]j, n§], nfdf],s}nf]
jf];] -sfnf]_
ltn
sfnf], k+x]nf], ld§], em\;], v}/f]
7"nf] d:ofª, nf]sn d:ofª, 7"nf] /ftf], 7"nf] :yfgLo,
v}/f] 7"nf] d:ofª, k+x]nf] d:ofª,;fgf] sfnf] d:ofª,
d:ofª
v}/f] sfnf] d:ofË, k+x]nf] 7"nf], hfty] d:ofË, l5/lj/]
d:ofË
/fdtf]l/of 7"nf] leG8L nf]sn leG8L 7"nf] ;]tf]
leG8L
nf]Ssn, :yfgLo lrGn] leG8L
df;
sfnf] df; , lrnL df;, sfnf] u]8L df;
skf;
:yfgLo /}yfg] nf]sn
l;nfd sfnf] l;nfd v}/f] l;nfd
lrlr08] :yfgLo
/x/
:yfgLo ;]tf]
sfs|f]
xl/of] sfs|f], ;]tf] w;]{, l/j/ sfs|f]
uxt
v}/f] sfnf] uxt, :yfgLo sfnf] uxt
/fof]
/fof] xl/of], 7"nf]kft], ;'lt{kft] , xfQLsfg]
d';'/f]
:yfgLo ;fg]
nf]sn tf]/L, sfpnL tf]/L, sfnf] tf]/L, 7"nf] u]8L, /ftf]
tf]/L
tf]/L
7"nf] xl/of] sf];], s]/fp ;]tf], ;fgf] s]/fp, dl;gf]
s]/fp
s]/fp
kfn'ªuf] sf]8 kfn'ªuf]
;fdf
;]tf] , v}/f] ;fdf, nf]sn, :yfgLo
js'Nnf sfnf] v}/f], js'Nnf 7"nf], js'Nnf ;fgf]
sfu'gf] sfnf] sfu'gf] ,k+x]nf] sfu'gf] v}/f] sfu'gf] ,:yfgLo
:yfgLo nfDrf] 8Nn] km;L{ 7"nf] , pNn] nf]sn :yfgLo
km;L{
nf]sn pNn] dfbn] km;L{ nfDr] dfbn]
- 204 -
hft;ª\Vof
@
#
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$
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s|=;+=
afnL
@*
l;dL
@(
#)
#!
#@
nf}sf
/fhdf
wlgofF
d"nf
##
v';f{gL
#$
;+:o"{
#%
l3/f}nf
Hfftx?
l3p l;dL ;/t] l;dL, 6f6] ;LdL lxFpb] l;dL nx/],
kf6] ;]tf] l;dL dl;gf] v}/f] /ftf] jfv|] l;dL
dfbn] :yfgLo
/ftf] /fhdf ;]tf] /fhdf :yfgLo
:yfgLo
8f]8] d"nf 7"nf] d"nf, nf]sn ufpn]
csa/], nf]sn, csj/] nfdf], 8Nn] v';f{gL, s}nf]
v';f{gL, lh/] v';f{gL, tLv] v';f{gL
k+x]nf] :yfgLo , dl;gf], k+x]nf] nf]sn ;+:o"{ 7"nf] ;+:o"{
:yfgLo 5f]6f], :yfgLo lrNnf], a'b'n] sfnf] nf]Ssn
lt/fxL l3/f}nf, l3/f}nf 5f]6f], nx/] , jf; cfpg]
l3/f}nf
hft;ª\Vof
d'Vo lqmofsnfkx?
*
!
@
!
#
^
^
*
• ;+/Ifs s[ifs klxrfg ug]{ / k'/:s[t u/L k|lts[ifs ! ;'k/ u|]g Aofu
;xof]u ug]{ . s[ifsn] sDtLdf $% /}yfg] hftx? ;+/If0f u/]sf]Ù
• rf/ ju{ ljZn]if0f ug]{ / nf]kf]Gd'v afnL hft ;+/If0f ug]{ sfd u/]sf],
-h:t} sf]OnL wfg_Ù
• $( hgf s[ifsnfO{ sfu'gf] afnLsf] aLp ljt/0f / aLp–pTkfbg ug{
k|f]T;flxt u/]sf]Ù
• !! hftsf] sf]bf]afnLsf] ljljwtf ls6 !% hgf s[ifsnfO{ ljt/0f ul/Psf]Ù
• !% hftsf] l;dLafnLsf] ljljwtf ls6 !) hgf s[ifsnfO{ ljt/0f ul/Psf]Ù
• ^) hgf s[ifsnfO{ /fof], l;dL, d';'/f], s? hftx? ljt/0f ul/Psf]Ù
• ^) hgf s[ifsnfO{ h}ljs ljljwtf ;DjGwL cGt/lqmof ;~rfng u/]sf]Ù
• tf]/L afnLdf ;xeflutfd"ns afnL 5gf]6 sfo{qmd tLg 7fFpdf ;~rfng
u/]sf]Ù
• nL–j8{ cGtu{t 3gkf]v/f ndh'ªaf6 wfg / sf]bfsf] aLp ;f6f;f6
sfo{qmd ;~rfngaf6 *) hgf s[ifs nfeflGjt ePsfÙ
• $) hgf s[ifsx?nfO{ ! lbg] ;fd'bflos aLp j}+s cGt/lqmof tyf
tflndsf] sfo{qmd ;~rfng ul/Psf] .
;xof]uL xftx?
• hgr]tgf clej[l4 / ljsf; cWoog ;ldlt ndh'ªaf6 ¿= !,)),))).
3'DtL sf]ifsf] ?kdf, aLp ¥ofs :yfkgfsf] nflu ? $),)))., aLp /fVg]
- 205 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
j§f ;fdu|L ;xof]u ¿ %),)))., % j6f l;8lagsf] nflu ¿ @),))).,
@ j6f lqkfnsf] nflu ¿ #,))) / #) yfg ;'k/ u|]g Aofusf] nflu ¿
#*)).
• /fli6«o hLg a}+s, v'dn6f/ / afof]e/l;6L OG6/g]zgnaf6 ¿ $),))).
a/fa/sf aLp /Vg] a§fx?, ljleGg 7fpF / e"sDd k|efljt If]qx?jf6
:yfgLo hft ;ª\sngdf ;xof]u, hLg a}+sdf ;+/lIft ljleGg afnLsf]
aLpx? . /fli6«o hLg a}+s sf] ;xof]udf oL hftx?nfO{ rootstock sf]
?kdf lng ;lsG5 s] eg]/ cg';Gwfg klg eO/x]sf] 5 .
• /fli6«o hLg a}+sjf6 ¿ #),))). ;xof]u k|fKt eO{ lkmN8 hLg a}+sdf
/x]sf] ;a} af]6sf] u'0f;lxt n]a]n ul/Psf] .
• aLp a}+snfO{ cufl8 a9fpg] lqmofsnfkdf ljz]if u/L hgr]tgf clej[l4
/ ljsf; cWoog ;ldlt, ndh'ª hLg a}+s, v'dn6f/ / jfof]e/l;l6
OG6/g]zgn sf] laz]if e"ldsf /x]sf] 5 . pQm ;+:yfx?af6 o; aLp
a}+ssf] k|ult tyf cg'udgsf ;y} cfly{s Pjd\ k|ljlws ;xof]u k|fKt x'Fb}
cfPsf] 5 . ;f]sf nflu ;dGjofTds e"ldsf aLp a}+ssf cWoIf >L df]xg
xdfnn] k'¥ofpFb} cfpg'ePsf] 5 .
;fd'bflos lkmN8 hLg a}+s
k'vf{x?n] :yfkgf u/]sf cfFksf k'/fgf] au}+rfx? ljleGg sf/0fn] x|f; xF'b} uO/x]sfn]
cfg'jf+lzs ;|f]tx? gi6 eO/x]sf cj:yfdf, ;fd'bflos lkmN8 hLg a}+s tyf cfFksf]
k'/fgf] auF}rfnfO{ hf]ufpg] sfd 8f= afns[i0f hf]zLsf] ;'emfp / ;f]+raf6 z'¿ePsf] xf]
. o;} l;nl;nfdf 8f= afns[i0f hf]zLaf6 aLp g} pTkfbg gx'g] / aLp–pTkfbg eP
klg ;'sfP/ /fVg g;lsg] afnLx?nfO{ oyf:yfg lkmN8df g} ;+/If0fsf nflu lkmN8
hLg a}s :yfkgf ug'{kb{5 eGg] ;Nnfx cg';f/ /fO{gf; gu/kflnsfsf] j8f g+= #
l:yt l6d'/]df ljz]if u/]/ cfFksf] k'/fgf] au}+rfsf] ;+/If0f u/L ljleGg hftsf !* j6f
cfFkx?sf] rfl/lqs u'0fx?af/]df 5nkmn u/L oyf:yfgdf ;+/If0f ug]{ sfo{ ;d]t
ePsf] 5 -tflnsf #_ . eljiodf o; lkmN8 hLg a}sleq cGo aLp gx'g] vfnsf
afnL / hftnfO{ ;d]t ;dfof]hg u/L ;+/lIft ug]{ sfo{qmd /x]sf] 5 . o;df ;xof]u
k'¥ofpg'x'g] cGo lj1x?df 8f= b]j]Gb| uf}rg / s[i0fxl/ l3ld/] x'g'x'G5 . bLkf l;+x
>]i7 / 8f= 6]sk|;fb uf]tfd]n] pQm lkmN8 hLg a}+ssf] k'/fgf a"9f cfFksf ?vaf6
gofF af]6 ;[hgf ug]{ / cfg'j+lzs ;|f]tnfO{ ;+/If0f ug{ k/jfgLk'/ s[lif cg';Gwfg
s]Gb|df cfFksf k'/fgf af]6af6 xfufx? 5gf]6 u/L u|flkm\6ª u/]/ ;+/If0f ug]{ sfo{
klg z'¿ ePsf] 5 .
- 206 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
l6d'/] ufpFdfly /x]sf] sl/a * /f]kgLdf km}lnPsf] / @)) aif{eGbf a9L k'/fgf] of]
cfFksf] au}rfn] @)!! ;fnsf] af9Lklx/f]nfO{ /f]s]/ ufpF arfPsfn] klg o;sf] laz]if
dxÎj /x]sf] 5 . ;fy} oxL au}rfdf @)!% ;fnsf] r'gfj klg ePsf] lyof] . o;sf]
csf]{ ljz]iftf eg]sf] Pp6f af]6df csf]{ cfFksf] xfFuf efFlrP/ hf]l8Psf] 5 / pQm
af]6df b'O{ y/Lsf cfFk kmN5g\ . o:tf] a"9f] af]6 klg o;/L sndL ePsf] cj:yf 5
eg] csf]{ Ps} 7fpFaf6 b'O{j6f leGg cfFksf af]6 b]lvG5g\ .
aLp g} pTkfbg gx'g] afnLx? tyf aLp–pTkfbg eP klg ;'sfP/ w]/} /fVg g;lsg]
h:t}, cfn', ;'Gtnf, t¿n, s]/f, cfFk, lk+8fn', d]jf, O:s'; cflb bL3{sfnLg ?kdf
;+/If0f ug{sf nflu ltgLx?nfO{ lkmN8df g} nufO/xg'kb{5 . o:tf lsl;dsf
afnLx?nfO{ sd nufgLdf ;d'bfon] lkmN8df nufO{ ;+/If0f ug]{ a}+s g} lkmN8 hLg
a}s xf] .
p2]Zox?
• aLp–pTkfbg gx'g] jf eP klg aLpnfO{ ;'sfP/ ;+/If0f ug{ g;lsg]
:yfgLo hftsf] ;+/If0f ug'{Ù
• :yfgLo :t/df kfOg] pQm afnLsf hftx?sf] cWoog cg';Gwfg ug]{Ù
• u'0f cju'0fx?sf] cjnf]sg u/L clen]v /fVg] .
;fd'bflos lkmN8 hLg a}+s ;~rfngsf nflu Ps pk;ldlt u7g ul/Psf] 5 .
pQm ;ldltdf hDdf !# hgf ;b:o 5g\, h;df ^ hgf dlxnf /x]sf 5g\ . of]
;ldlt ldlt @)&%÷)$÷!( df u7g ePsf] xf] / o; ;ldltn] l6d'/] au+}rf / 6fk"
au}+rfnfO{ Joj:yfkg ug]{ nIo lnPsf] 5 . 6fk" au}+rfdf cfFksf] sl/a !) hft
@% /f]kgLdf km}lnPsf 5g\ .
- 207 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
tflnsf #= cfFksf] k'/fgf] au+}rfdf /x]sf cfFksf hft / ltgsf ljz]if u'0fx?
qm=;+=
hft
u'0fx?
6fpsf] / e]6\g'jl/kl/ /ftf] x'g], kmn dWod cfsf/, sL/f sd nfUg],
kmfNu'gdf km'Ng], c;f/df kfSg], l56f] kfSg] / bfgf emg]{
6fpsfdf h'/f] x'g], kfSbf kx]+nf] x'g], kmf];|f] a9L, vfFbf bfFtdf
c8\sg], vfFbf dL7f], afSnf] kmNg]
nfdf] ;fgf] r'rf] kmn, sf]of 7"'nf], u'bL sd, vfFbf dL7f], xF+ufdf em'Kk
eO{ kmNg] / gemg]{
sL/f a9L nfUg], kftnf] kmNg], vfFbf df]xL h:t}jf;gf cfpg], ;fgf]
kmNg], xl/of] /ª df g} kfSg]
vfFbf cToGt dL7f] x'g], 6fpsf]df ld7fO{ h:t} x'g], sL/f a9L nfUg],
sfFr}df a9L emg]{
sL/f gnfUg], ;n{Ss k/]sf], kfSbf xl/of] x'g], w]/} u'lnof], cuf}6],
h]7df kfSg]
!
/ftf] 6fps]
@
h'/]nL
#
s6\la+8]
$
df]xL cfFk
%
tNnf] ld7fO{
^
pkNnf]
ld7fO{
&
s6x/]
s6x/sf h:tf] bfgf x'g], kfSbf xl/of] / kx+]nf] x'g], vfFbf s6x/
h:t} :jfb cfpg], kmn nfdf] ;do;Dd /xg], sL/f sd nfUg]
*
uGxfpg]
vfFbf uGxfpg], k/k/fpg], sL/f gnfUg], kmn efb| dlxgf;Dd /xg]
(
aDa]
!)
!!
sfnL
;fgf] nx/]
!@
ss{n]
!#
;]tL
!$
hut]
!%
7"nf] sfnL
!^
7"nf] nf]x/]
!&
;'kf/]
!*
l;Gb"/]
7"nf] kmn, kmnsf] cfsf/ km;L{ h:tf], ;a}eGbf 7"nf] kmn, u'bL w]/}
sf]of ;fgf], vfFbf cldnf]kg cfpg]
nfDrf] / 7"nf] kmn, cldnf] x'g]
kfSbf kx]+nf] x'g] nx/f h:t} eO{ kmNg], /; a9L, sd u'lnof]
a9L emg]{, em/]kl5 km'l6xfNg], u'bL w]/} vFlbnf] x'g], :jfb l7Ss
ss{nf] h:t}
bfgf v/fgL h:t} ;]tf] x'g], a9L emg]{, sL/f sd nfUg], dWod
cfsf/sf], :jflbnf]
bfgf ;fgf], kftnf] kmNg], vfFbf dL7f], kfSbf xl/of] x'g], /];f a9L
xl/o}df kfSg], af]qmf afSnf], /l;nf], u'bL sd, vfFbf k|m'6Lsf] h:tf]
:jfb cfpg], sL/f gnfUg], kmn nfdf] ;do;Dd /xg]
nf]xf]/f] h:tf] kmn kmNg], 7"nf] bfgf, e]6\gfdf /ftf,] sL/f gnfUg],
u'bL / u'lnof] a9L x'g]
bfgf ;'kf/Lh:t} x'g], em''Kk kmNg], u'bLdf /];f a9L x'g]
6fpsf]df l;Gb"/ h:t} 6Lsf x'g], xl/o}df kfSg], l7Ss dL7f], afSnf]
em'Kk kmNg], rfF8} kfSg]
of] n]v 8f= afns[i0f hf]zLsf] ;xof]udf tof/ ul/Psf] xf] .
|l-------l|l-------l|
- 208 -
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
bnrf]sL ;fd'bflos aLp a}+s, nlntk'/
w'jk|;fb ;fksf]6f
sf]GHof];f]d ufpFkflnsf #, bnrf]sL, nlntk'/,
@dhurbasapkota777@yahoo.com
kl/ro
bnrf]sL ;fd'bflos aLp a}s @)%@ -!(($_ ;fndf o"=P;=;L= -USC_= Sofgf8f
g]kfnsf] cfly{s tyf k|fljlws ;xof]udf nlntk'/ lhNnfsf] bnrf]sLdf :yfkgf
ePsf] xf] . of] g]kfnsf] klxnf] ;fd'bflos aLp a}+s xf] -Joshi 2012, Bhandari et al
2012_= o;sf] z'¿jftdf g} !^ 6g aLp e08f/0f ug{ ;lsg] Ifdtf;lxtsf] c08/
u|fp08 sf]7f, sfof{no sf]7f, cfjf; sf]7f, tflnd xn, nufotsf ;+/rgf tof/
u/L ;~rfng u/LPsf] lyof] . o; a}+sn] nlntk'/ lhNnfsf] ;flassf] bnrf]sL,
gNn', ef/b]p, rf}3/], 3';]n, ;ª\v' / Os'8f]n uf=lj=;= x?df kfOg] :yfgLo hftsf
aLpx?sf] ;+/If0f, ;+jw{g / ljsf;sf nflu tflnd, uf]i7L, e|d0f cflb sfo{qmdx?
lg/Gt/ ;~rfng ul//x]sf] 5 . ;fy} ;do–;dodf :yfgLo hftsf aLp k|bz{g
sfo{qmd ;~rfng ub}{ cfPsf] 5 . s[ifs–s[ifsaLr cg'ejsf] ;f6f;f6, aLpsf]
dxÎj, ;ª\sng / ljt/0f x'g] x'Fbf ;do–;dodf :yfgLo hftsf aLp k|bz{g
sfo{qmd ;~rfng ub}{ cfPsf] 5 . o;n] /fli6«o hLg a}+s tyf ;fx; -SAHAS_
g]kfnsf] cfly{s tyf k|fljws ;xof]udf :yfgLo hftsf] u'h'd'h] / 8'8] /fof], /fli6«o
aLplahg ;ldltcGtu{t aLplahg u'0f:t/ lgoGq0f s]Gb|df btf{ klg u/]sf] 5 . oL
hftx? ;d'b|;txaf6 !%)) b]lv @#)) ld6/ prfO;Ddsf e"efux?df ;kmntfk"j{s
pTkfbg eO/x]sf 5g\ . of] ;fd'bflos aLp a}+sn] ;fd'bflos lkmN8 hLg a}ssf]
cjwf/0ffdf cfwfl/t eP/ t¿n, lk+8fn', ;v/v08, O:s';, e'OF:ofph:tf afnLx?sf]
:yfgLo hftx?sf] klg ;+/If0f ub}{ cfPsf] 5 . eljiodf cGo afnLx?sf :yfgLo
hftx?sf] klg vf]hL tyf ;ª\sng u/L lkmN8 hLg a}+snfO{ yk Jojl:yt /
;'wf/ ub}{ hfg] nIo lnPsf] 5 . ef}uf]lns ljljwtf;lxtsf] /d0fLo :yndf of] aLp
a}+s ePsfn] nlntk'/ lhNnfsf] blIf0fL e]u bnrf]sL s]xL jif{b]lv s[lif ko{6s /
sn]hsf ljByL{{x?sf] uGtJo :yn x'Fb} cfPsf] 5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;~rfng tyf Joj:yfkgk|lqmof
bnrf]sL] ;fd'bflos aLp a}+s bnrf]sL ;fd'bflos ljsf; ;ldltsf] kxndf lhNnf
s[lif ljsf; sfof{no, nlntk'/df ljlwjt ?kdf btf{ ePsf s[ifs ;d"xx? /
cGo ;fd'bflos ;ª\3;+:yfx?sf] ;+o'Qm k|of;af6 :yfkgfÚ ePsf] xf] . o; a}+ssf]
;~rfns ;ldltdf, ldlnh'nL ;fd'bflos s[ifs ;d"x, nfn'kft] s[ifs ;d"x, lr;fkfgL
;fd'bflos s[ifs ;d"x, ;'gufef ;fd'bflos s[ifs ;d"x, dgsfdgf dlxnf s[ifs
;d"x, hgPstf ;fd'bflos s[ifs ;d"x, l;dnaf]6 ;fd'bflos s[ifs ;d"x, yfgfklt
tf]/L pTkfbs ks]6 ;~rfns ;ldlt / l8lehg ;xsf/L sfof{no nlntk'/df btf{
ePsf bnrf]sL k|fª\ufl/s s[lif ;xsf/L / dvdnL dlxnf s[lif ;xsf/L ;d]tn]
l;kmfl/; u/L k7fPsf k|ltlglw / bnrf]sL ;fd'bflos ljsf; ;ldltsf # hgf
k|ltlglw;d]t u/L !# hfgf /x]sf 5g\ . oL ;d"x tyf ;xsf/Lx?df $(@ hgf
dlxnf / !$! hgf k'¿if u/L ^## hgf ;b:ox?sf] cfa4tf /x]sf] 5 eg] !#
hgfsf] ;fd'bflos aLp a}+s Joj:yfkg ;ldltdf % hgf dlxnf / * k'¿if /x]sf
5g\ .
;fd'bflos aLp a}s ;~rfns ;ldltn] a}7ssf] 5nkmnaf6 :yfgLo hftsf
aLpx?sf] ;+/If0f, ;+jw{g, u'0f:t/ ;'wf/sf nflu ;DalGwt lgsfox?df k/fdz{,
;Nnfx, ;'emfp / ;dGjo u/L ;fd'bflos aLp a}+s ;~rfng ub}{ cfPsf] 5 .
;fy} gofF cjwf/0ffsf] ljsf; ub}{ ;fd'bflos aLp a}+snfO{ Jojl:yt ub}{ hfg] nIo
lnPsf] 5 .
;+/If0f
bnrf]sL ;fd'bflos aLp a}+sdf ^ j6f cGgafnLsf $# hft, ( j6f bnxgafnLsf
$( hft, !% lsl;dsf t/sf/LafnLsf *) hft, d;nfafnLsf & hft, % j6f
t]nxgafnLsf !^ hft / !& hftsf aLpx?sf] gd'gf /flvPsf 5g\ -tflnsf !_ .
o; aLp a}+sn] l;kmfl/; u/L btf{ ePsf hftx? u'hd'h], 8'8] /fof], dgsfdgf #,
b]ptL # sf] ;ª\sng / ljt/0f ub{5 . cGo /}yfg] hftsf aLpx? a}+sdf nfdf]
;do;Dd ;+/If0f ul//fVg k|ljlwx? gx'Fbf o; If]qdf kfOg] afnLx?sf] gd'gf aLp
a}+sdf klg /flvG5 . s[ifsx?;Fu klg To; hftsf aLpx? 5g\ eGg] hfgsf/L
lbgsf nflu gd'gf aLp klg /flvG5 . ;fy} ;fd'bflos lkmN8 hLg a}+sdf skmL,
O:s';, t¿n / lk+8fn'h:tf afnLx?sf] ;+/If0f u/LPsf] 5 . tflnsf ! df pNn]v
ePsf ljleGg afnLx?dWo] !)) eGbf a9L :yfgLo hftx? /fli6«o hLg a}s,
v'dn6f/df k/:yfgLo ;+/If0fsf nflu kf;kf]6{ 8f6f;d]t e/L k7fO;lsPsf] 5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
aLp–pTkfbg tyf ahf/Ls/0f
:yfgLo hftsf afnLx?sf] ;+/If0fsf cltl/Qm o; a}sdf ds}sf dgsfdgf #, b]ptL
#, u0f]z ! / tf]/Lsf k|Llt / ljsf; hftsf gd'gf aLpx? klg ;'/lIft /x]sf 5g\
. o; a}+sn] cGo ;fd'bflos aLp a}sx?n] h:t} j0f{;ª\s/ cyf{t\ xfOla|8 hftsf
aLpx?sf] sf/f]jf/ ub}{g .
tflnsf != ;fd'bflos aLp a}+sdf ;+/lIft afnL / hftx?
s=;+= afnL
hftsf] gfd
Afp6], 6fOlrg, dl;gf], kf]v/]nL, ;'Svf @,
!
wfg
v'dn $, sfnf], ef]hk'/], v'dn *
Uff]Ns' 5]kf/], sfnf], ahfª], /ftf], k'tnL, kfgL,
@
ds}
u0f]z !, dgsfdgf#, b]ptL #, a]a/], d'/nL
sfe|], HjfOF, aug], gª\u|], s];]|, wfg, 8Nn]
#
sf]bf]
kx]+n], :yfgLo ;]tf] , ;fpg] /ftf], sfnf], b"w],
$
ux'F
d'8'n],cf/ @!
%
kmfk/
tLt], dL7]
^
Hf}f
;]tf], sfnf]
&
d:ofª
/ftf], ;]tf]
*
u'/fF;
/ftf], ;]tf]
(
d';'/f]
sfnf], /ftf]
xl/of], ;]tf], v}/f], ;l7of, 7"nf] v}/f], sfnf],
!)
e6df;
;]tf] sfG5L
!!
uxt
;]tf], s}nf]
!@
af]8L
v}/f], t'g], sfnf], 7"nf]
gu/sf]6], ;]tf], rf}df;] sfnf],c;f/]
!#
l;dL
s}nf],sknfgL kx+]nf], r/Lkm"n], sflQs], /ftf]
l5/la/], /fhdf, l3p
cf/s]n, ufhn], :yfgLo 7"nf], :yfgLo ;fgf],
!$
s]/fp
l;lSsd], 7"nf], ;fgf] kmnfd],
!%
as'Nnf
7"nf], ;fgf]
!^
/fof]
u'hd'Hh], 8'8], sFf8], dfkmf{,
!&
l3/f}+nf
xl/of] nfdf], lkmSsf xl/of] ;]tf], 5f]6f]
!*
Uf]fne+]8f
nK;L uf]ne]+8f, :yfgLo
!(
d"nf
/ftf], ;]tf]
@)
tLt]s/]nf ;fgf], 7"nf]
@!
/fdtf]l/of nfdf], 5f]6f]
@@
nf}sf
uf]nf], nfdf]
- 211 -
hft;ª\Vof
(
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
s=;+=
@#
@$
@%
@^
@&
@*
@(
#)
#!
#@
##
#$
#%
#^
#&
afnL
sfFs|f]
km;L{
a/]nf
n§]
eG6f
sfpnL
kfn'Ëf]
hl/Ëf]
Kofh
v';f{gL
wlgofF
;'k
d]yL
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n;'g
#*
tf]/L
#(
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$&
´';] ltn
l;nfd
;:o"F
cfn;
cfn'
t¿n
;v/v08
lk+8fn'
e'OF:ofp
hDdf
hftsf] gfd
eStk'/], bnrf]sL :yfgLo
n]sfnL ;]tf], xl/of], l5/la/] nfdf]
:yfgLo, pGgt
/ftf], sfnf], ;]tf]
dl;gf], nfDrf]
ue]{, a|f]sfpnL, pGgt
:yfgLo
:yfgLo uf9f xl/of], lkmSsf xl/of]
:yfgLo
csa/], kj{t], g]kfn], lh/]
:yfgLo
:yfgLo
:yfgLo
:yfgLo
:yfgLo
kx]nf], k|ult, k|Llt, 7"nf] tf]/L, pGglt, n'Dn] !,
uf]Nntf]/L, df]/fª, sfnf]tf]/L, kx]nf]tf]/L, ljsf;,
afn tf]/L
sfnf] :yfgLo
:yfgLo ;]tf]
:yfgLo kx]+nf]
:yfgLo
n]sfnL, s'km|L Hof]lt
3/, jg, kftfn],
/ftf], ;]tf]
b"w], sfnf], t'g], ;]tf] lkmSsf
:yfgLo
hft;ª\Vof
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;fem]bf/ ;ª\3;+:yfx?
bnrf]sL ;fd'bflos aLp a}+ssf] :yfkgf o"=P;=;L= Sofgf8f–g]kfnsf] cfly{s tyf
k|ljlws ;xof]udf ePsf] xf] . ;fd'bflos aLp a}+ssf @ cf]6f cG8/u|fp08 aLp
e08f/sIf, cfjf;sf]7f / tflndxnsf] lgdf{0f o"=P;=;L= Sofgf8f–g]kfnsf] ;xof]uaf6
g} ePsf] xf] . ;fx; g]kfnsf] cly{s tyf k|fljlws ;xof]udf bnrf]sL, gNn',
rf}3/], ;ª\v', a'v]n / Os'8f]n ;d]tsf s[ifsx?sf] ;xeflutfdf s[lif d]nf k|bz{gL
;~rfng ePsf] lyof] . ;fx; g]kfn / /fli6«o hLg a}+ssf] ;xof]udf g} u'h'd'h] /
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
8'8] hftsf /fof]sf] cg';Gwfg u/L aLplahg u'0f:t/ lgoGq0f s]Gb|af6 btf{ ug{
;Dej ePsf] xf] .
lhNnf s[lif ljsf; sfo{no nlntk'/af6 bnrf]sL ;d'bflos aLp a}+s ;~rfngsf
nflu aLp pkrf/ d]l;g, l;8lag, lr:ofg gfKg] oGq, aLp ;'sfpg] vnf] lgdf{0f,
aLplahg ;xof]uh:tf ef}lts ;fdu|Lx? / aLp–pTkfbg ks]6 lj:tf/, k|fljlws
;Nnfx tyf ;'emfp k|fKt ePsf] 5 . /fli6«o hLg a}+saf6 o; bnrf]sL ;d'bflos
aLp a}+snfO{ lg/Gt/ ;xof]u, ;Nnfx / k/fdz{ pknAw eO/x]sf] 5 . o;/L
bnrf]sL ;fd'bflos aLp a}+s ;~rfngsf nflu ljleGg ;/sf/L tyf u}/;/sf/L
;ª\3;+:yfx?af6 lg/Gt/ ;xof]u, ;Nnfx, ;'emfp / k/fdz{ k|fKt eO/x]sf] 5 .
;fd'bflos aLp a}+sn] u/]sf dxÎjk"0f{ sfo{x?
• cGgafnL, bnxgafnL, t/sf/LafnLnufotsf afnLx?sf] :yfgLo
hftx?sf] aLp;ª\sng, k'g:yf{kgf, ;+/If0f / aLp a}+sdf gd'gf
Joj:yfkgÙ
• dgsfdgf #, b]ptL, u0f]z ! hftsf ds} / k|Llt / ljsf; hftsf
tf]/Lsf aLp–pTkfbg tyf ljqmLljt/0fdf Jofj;flostftkm{ pGd'v, xF'b}
cfPsf]Ù
• k|fljlwsx?sf] ;Nnfx, ;'emfp / lg/LIf0fdf :yfgLo u'h'd'h] / 8'8]
/fof]sf] aLp pTkfbg ul/Psf]Ù
• aLp pTkfbs s[ifsx?sf nflu u'0f:t/Lo aLp–pTkfbg tflnd lgoldt
?kdf cfof]hgf ub}{ cfPsf]Ù
• ;fd'bflos lkmN8 hLg a}+ssf] :yfkgf, Joj:yfkg / lj:tf/ ul/b}
cfPsf] .
;d:of / r'g}tL
• ;fd'bflos aLp a}+s ;~rfngsf nflu ko{Kt k'Flhsf]if gx'g'Ù
• aLplahg pkof]u / s[lifsd{ ug]{ o'jf hgzlQmsf] cefj x'g'Ù
• ljBfnosf] cfwf/e"t sIffb]lv g} k7\oqmddf ;fd'bflos aLp a}+ssf] dxÎj
;dfj]z x'g g;Sg'Ù
• ;+:yfdf ;fdGo s[lif k|ljlws ;d]tsf] Joj:yf ug{ g;Sg'Ù
• ljz]if u'0f ePsf :yfgLo aLpsf hftx?sf] btf{k|lqmofdf nfg Ifdtf /
;dGjosf] sdL x'g'Ù
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
• ;DalGwt s[lif lgsfo Pj+ ;ª\3;+:yfx?;Fu kof{Kt ;dGjo, ;Dks{ /
;xof]u k|fKt x'g g;Sg'Ù
• aLp a}+sdf ePsf gd'gf aLpx? nfdf] ;do;Dd l6sfO/fVg g;Sg',
kof{Kt aLp e08f/0fsIfx?sf] cefj x'gfn] k'/fgf] aLp x6fO{ gofF aLpsf]
tTsfn Joj:yf ug{ g;Sg'Ù
• aLpsf] k|rf/k|;f/df sdL eO{ ahf/Ls/0fdf tLj| ult lng g;Sg',
• :yfgLo txdf hgk|ltlglwx?nfO{ ;fd'bflos aLp a}+s geO{ gx'g] s'/fsf]
cjwf/0ff / dxÎj a'emfpg g;Sg'Ù
• :yfgLo txsf ;+/rgf kljt{g x'g' .
;Gbe{;fdu|L
Bhandari B, M Hamal, J Rai, D Sapkota, K Sangel, BK Joshi and P Shrestha. 2013.
Establishment and Present Status of Dalchoki Community Seed Bank in Lalitpur,
Nepal. In: Community Seed Banks in Nepal: Past, Present, Future (P Shrestha, R
Vernooy and P Chaudhary, eds). Proc. National Workshop, LI-BIRD/USC Canada
Asia/Oxfam/The Development Fund/IFAD/Bioversity Int’l, 14-15 June 2012,
Pokhara; pp.47-60.
Joshi BK. 2013. A brief overview of community seed bank initiatives in Nepal. In:
Community Seed Banks in Nepal: Past, Present, Future (P Shrestha, R Vernooy and
P Chaudhary, eds). Proc. National Workshop, LI-BIRD/USC Canada Asia/Oxfam/The
Development Fund/IFAD/Bioversity Int’l, 14-15 June 2012, Pokhara, Nepal; pp.4146.
|l-------l|l-------l|
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Community Seed Bank in Nepal (BK Joshi, P Shrestha,
D Gauchan and R Vernooy, eds). Proceedings of the 2nd
National Workshop, Kathmandu. NAGRC, LI-BIRD and
Bioversity International.
;fd'bflos aLp a}+s;DaGwL bf];|f] /fli6«o sfo{zfnf uf]i7Lsf
;'emfp
kLtfDa/ >]i7!, afns[i0f hf]zL@, s[i0fxl/ l3ld/]@ / b]j]Gb| uf}rg#
!
nL–a8{, kf]v/f @/fli6«o hLg a}+s, v'dn6f/ #afof]el;{6L OG6/g]zgn, v'dn6f/
k[i7e"ld
lj=;+= @)%) df nlntk'/ lhNnfsf] bnrf]sLaf6 z'¿ ePsf] ;fd'bflos aLp a}+s;DaGwL
sfd xfn g]kfnsf #% lhNnfx?df km}lnO;s]sf] 5 / o;sf] ljsf; / lj:tf/
lg/Gt/ eO/x]sf] 5 . u}/;/sf/L ;+:yfsf] cu'jfOdf yfngL ePsf] o; sfdnfO{
g]kfn s[lif cg';Gwfg kl/ifb\n] lj=;+= @)^) df / s[lif, e"ld Joj:yf tyf ;xsf/L
dGqfnon] lj=;+= @)^% b]lv ljleGg gLlt tyf sfo{qmdx?df ;dfj]z u/L sfof{Gjog
ul//x]sf] s'/f ;j{ljlbt} 5 . g]kfndf xfn;Dd :yfkgf ul/Psf ;fd'bflos aLp
a}+sx?n] tLj|ultdf nf]k eO/x]sf s[lif h}ljs ljljwtfsf] oyf:yfgLo tyf 3/v]t
:ynLo ;+/If0f ug{ / s[ifsx?sf] v]taf/L / xfjfkfgL ;'xfpFbf y/Ly/Lsf aLpx?
;j{;'ne ?kdf pknAw u/fpg cxd\ e"ldsf lgjf{x ul//x]sf 5g\ . o;nfO{
aLpdf s[ifsclwsf/ sfod ug]{ / vfB;Dk|e'tf ;'lglZrt ug]{ k4ltsf ?kdf klg
ljZjJofkL ?kdf k|:t't ug{ yflnPsf] 5 .
ljZjsf cGo b]zx?df h:t} g]kfndf klg ljleGg :j?k / cfsf/k|sf/sf ;fd'bflos
aLp a}+sx? :yfkgf eO{ ;~rfng eO/x]sf 5g\ . o;n] ;d'bfonfO{ lbg] ;]jf tyf
;'ljwfx?df klg ljljwtf 5 . g]kfndf ;fd'bflos aLp a}+s;DaGwL ePu/]sf sfd
tyf glthfsf] cfbfg–k|bfg ug]{ / To;sf] clen]vLs/0f ug]{ p2]Zon] ;fd'bflos
aL]p a}+s :yfkgf tyf Joj:yfkgdf ;+nUg ;/sf/L, u}/;/sf/L tyf ;fem]bf/
;ª\3;:yfx?sf] ;xeflutfdf lj=;+= @)^( sf] h]7 dlxgfdf kf]v/fdf ;fd'bflos aLp
a}+s;DaGwL klxnf] /fli6«o sfo{zfnf uf]i7L ;DkGg ePsf] lyof] . pQm uf]i7Ldf k|:t't
ul/Psf sfo{kqx? ;dfj]z u/L k|sfzg ul/Psf] k':tsn] g]kfndf ;fd'bflos aLp
a}+ssf ;DaGwdf ePsf sfdnfO{ aflx/L ;+;f/df k|rf/k|;f/ ug{ yk d2t k'¥ofPsf]
lyof] .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
;fd'bflos aLp a}+s sfo{qmd sfof{Gjog lgb]{lzsf -@)^%_, s[lif h}ljs ljljwtf
gLlt -@)^# / o;sf] klxnf] ;+zf]wg @)&!_ / /fli6«o aLplahg b"/b[li6 -lj=;+=
@)^( b]lv @)*!_ df ;fd'bflos aLp a}+s k|j4{g ug]{ s'/f ;dfj]z ul/g'n] g]kfn
;/sf/n] ;fd'bflos aLp a}+snfO{ dxÎj lbPsf] s'/f :ki6 x'G5 . ;fd'bflos
aLp a}+s :yfkgf tyf Joj:yfkgsf nflu tTsfnLg ufpF ljsf; ;ldlt, xfnsf]
ufpFkflnsf tyf gu/kflnsf / lhNnf s[lif ljsf; sfof{nox?sf] e"ldsf tyf
;xof]u klg ;x|fxgLo g} /x]sf] 5 . tfklg dfly plNnlvt gLlt, lgb]{lzsf /
sfg"gdf plNnlvt k|fjwfgx?sf] sfof{Gjog l:yltsf] ;dLIff ug]{ xf] eg] w]/} sfd
ug{ afFsL g} /x]sf] b]lvG5 .
g]kfndf ;fd'bflos aLp a}+ssf] yfngL ePsf] b'O{ bzs gfl3;s]sf] 5 / o;sf]
lg/Gt/ ljsf; / lj:tf/ klg eO/x]sf] 5 . g]kfndf eO/x]sf ;fd'bflos aLp
a}+s;DaGwL c;n cEof;x?n] cGt/f{li6«o :t/df klg ;sf/fTds k|efj kfl//x]sf
5g\ . t/ ljleGg ;/sf/L lgsfo, u}/;/sf/L ;ª\3;+:yf / s[ifs ;d'bfox?df
;fd'bflos aLp a}+s af/]sf] a'emfOdf cem klg Ps?ktf 5}g . xfn;Dd s[ifs
;d"x, ;xsf/L ;+:yf jf :yfgLo u}/;/sf/L ;+:yfx?n] Pp6f lqmofsnfksf ?kdf
;fd'bflos aLp a}+s ;~rfng ul//x]sf 5g\ . xfn;Dd g]kfnsf s'g–s'g ;+:yfx?n]
lsg, slt / s;/L ;fd'bflos aLp a}+s :yfkgf tyf ;~rfng ul//x]sf 5g\
eGg] s'/fsf] ;xL tYof° s'g} klg lgsfo;Fu 5}g . ctM g]kfndf ;fd'bflos aLp
a}+ssf ;DaGwdf ePsf sfdnfO{ Pslqt, yk kl/is[t / d"nk|jfxLs/0f ug'{ ckl/xfo{
b]lvG5 .
oL dflysf s'/fx?nfO{ dWogh/ u/L g]kfn s[lif cg';Gwfg kl/ifb\, h}ljs ljljwtf
cg';Gwfg tyf ljsf;sf nflu :yfgLo kxn -nL–a8{ / afof]el;{l6 OG6/g]zgnsf]
;+o'Qm cfof]hgfdf lj=;+= @)&% j}zfv @), @! / @@ ut] nlntk'/df ;fd'bflos aLp
a}+s;DaGwL bf];|f] /fli6«o sfo{zfnf uf]i7L ;DkGg ePsf] lyof] . s[lif, e"ld Joj:yf
tyf ;xsf/L dGqfnosf ;lrj 8f= o'jsWjh lh=;L=, g]kfn s[lif cg';Gwfg kl/ifb\sf
sfo{sf/L lgb]{zs 8f= j}Bgfy dxtf], aLplahg u'0f:t/ lgoGq0f s]Gb|sf k|d'v,
s[lif ljefucGtu{t afnL ljsf; lgb]{zgfnosf sfo{qmd lgb]{zs, /fli6«o hLg a}+ssf
k|d'v, afof]el;{6L OG6/g]zngsf gLltljZn]ifs, ljleGg ;/sf/L tyf u}/;/sf/L
;ª\3;+:yfsf k|d'v tyf k|ltlglwx?, g]kfnsf ljleGg ef}uf]lns :yfgx?df :yfkgf
ePsf ;fd'bflos aLp a}+ssf k|d'v tyf k|ltlgwx? ;lxt ^@ hgfsf] pkl:ylt
/x]sf] pQm sfo{zfnf uf]i7Ln] s[lif, e"ld Joj:yf tyf ;xsf/L dGqfno / dftxtsf
lgsfox?, g]kfn s[lif cg';Gwfg kl/ifb\ / o; ljifodf sfd ug]{ tyf ;/f]sf/
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
/fVg] cGo ;/sf/L tyf u}/;/sf/L ;ª\3;+:yfx?n] sfof{Gjog ug]{ u/L g]kfndf
;fd'bflos aLp a}+s;DaGwL sfo{nfO{ cem kl/is[t, kl/dflh{t, Pslqt / k|efjsf/L
?kdf cl3 a9fpgsf nflu uf]i7Lsf ;xefuLx?n] lgDg ;'emfpx? tyf sfo{of]hgf
k]z ub{5g\M
;'emfpx?
(Workshop Recommendation)
!= ;fd'bflos aLp a}+ssf] j}wflgstf, ;"rLs[t, lgodg / gjLs/0f ug{] lgsfosf]
Joj:yf M g]kfndf ;fd'bflos aLp a}+sx? s[ifs ;d"x, ;xsf/L jf :yfgLo u}/;/sf/L
;+:yfx?n] ;~rfng ul//x]sf 5g\ . xfn;Dd s'g} klg sfg'gn] ;fd'bflos a}+ssf]
j}wflgstfsf nflu btf{, ;"rLs[t / lgodg ug]{ lgsfosf] Joj:yf u/]sf] 5}g .
km/s–km/s lgsfodf btf{ x'g] / cf–cfkm\g} tl/sfn] ;fd'bflos aLp a}+ssf] :yfkgf
/ ;~rfng ubf{ g]kfndf s]–slt ;fd'bflos aLp a}+s s'g cj:yfdf 5g\ / pgLx?n]
s]–s:tf sfd ul//x]sf 5g\ eGg] s'/fsf] hfgsf/L kfpg klg sl7g 5 . ctM
;fd'bflos aLp a}+snfO{ o;}sf gfdaf6 jf cGo tl/sfaf6 btf{, gjLs/0f / lgodg
ug{] ;ª\3Lo jf k|fb]lzs lgsfo tf]Sg' cfjZos 5 . ;fy} ;fd'bflos aLp a}+ssf]
d'Vo p2]Zo s[lif h}ljs ljljwtfsf] oyf:yfgLo tyf 3/v]tL:ynLo ;+/If0f ug'{
/x]sf] / /fli6«o hLg a}+ssf] If]qflwsf/leq of] sfd klg ;dfj]z ePsfn] ;fd'bflos
aLp a}+sx? :yfgLo, k|fb]lzs jf ;ª\3Lo txsf] h'g;'s} lgsfodf btf{ eP tfklg
/fli6«o hLg a}+sdf klg ;"rLs[t / lglZrt cjlwdf gjLs/0f ug]{ / cfjZos tYof°
cBfjlws ug]{ Joj:yf ug{ cg'/f]w ul/G5 .
@= ;fd'bflos aLp a}+ssf] juL{s/0f tyf dfkb08 lgwf{/0f M g]kfndf y'k|} u}/;sf/L
;+:yfx?, bft[lgsfox?, afnL ljsf; lgb]{zgfno / /fli6«o hLg a}+sn] ljleGg
lhNnfx?df ;fd'bflos aLp a}+s :yfkgf / Joj:yfkgdf ;xhLs/0f ul//x]sf 5g\ .
;fd'bflos aLp a}+s :yfkgf ug{ ;xof]u ug]{ lgsfo cg';f/ ;fd'bflos aLp a}+ssf]
sfdsf] bfo/f, cfsf/k|sf/ / sfd ug]{ tf}/tl/sf klg cf–cfkm\g} lsl;dsf 5g\ .
oL s'/fx?n] xfdLnfO{ s] oL ;a} ;fd'bflos aLp a}+s x'g\ t eGg] s'/f ;f]Rg afWo
kfb{5g\ . ;fd'bflos aLp a}+ssf] ljZjJofkL dfGotf, kl/efiff / g]kfndf lj=;+= @)^(
h]7 dlxgfdf ;DkGg ;fd'bflos aLp a}+s;DaGwL klxnf] /fli6«o sfo{zfnf uf]i7Ln]
;fd'bflos aLp a}+s eGgsf nflu s[lif h}ljs ljljwtfsf] oyf:yfgLo ;+/If0f /
3/v]tL:ynLo ;+/If0fdf clgjfo{ ;+nUg ePsf] x'g'kg]{ egL kl/eflift u/]sf] 5 .
t/ ;fd'bflos aLp a}+s x'gsf nflu sDtLdf s]–slt s[lif h}ljs ljljwtf ;+/If0f
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
ug'{kb{5, slt ;b:o x'g'kb{5, s]–s:tf JolQmx? ;fd'bflos aLp a}+ssf] ;b:o aGg
;Sb5g\ eGg] s'/fx? cem klg cg'Ql/t g} 5g\ . ctM oL s'/fx?nfO{ Wofg lbO{
lglZrt dfkb08 agfO{ xfn ;~rfngdf /x]sf / eljiodf :yfkgf x'g] ;fd'bflos
aLp a}+sx?sf] juL{s0f ug'{ cfjZos 5 . /fli6«o hLg a}+sn] ;d]6]sf cGo ;+/If0f
ljlwx? h:t} ;fd'bflos hLg a}+s, ;fd'bflos lkmN8 hLg a}+s, ljBfno lkmN8
hLg a}+s, ufFp:t/Lo lkmN8 hLg a}+s, hnLo s'08 hLg a}+s cflbnfO{ :yfkgf tyf
Joj:yfkgdf klg cfjZos kxn ug'{kg]{ b]lvG5 .
To;} u/L xfn hfgsf/Ldf cfPcg';f/ tgx'F, ndh'ª, uf]vf{ / l;Gw'kfNrf]s
lhNnfx?df cfFksf /}yfg] hftx?sf k'/fgf au}+rfx? k|z:t /x]sf] kfOPsf] 5 .
t/ ax';ª\Vos au}+rfx? ;+/If0fsf] cefjdf dfl;g] / dxÎjk"0f{ /}yfg] hftx? nf]k
x'g] vt/fdf 5g\ . ctM tL au}+rfx?sf] klxrfg u/L ;fd'bflos lkmN8 hLg a}+ssf]
cjwf/0ff cg';f/ ;d'bfonfO{ ;+/If0f, pkof]u / Joj:yfkgdf lhDd]jf/ agfpgsf
nflu cfjZos sbd rfNg cg'/f]w ul/G5 .
#= ;fd'bflos aLp a}+s;DaGwL lgoldt sfo{qmd tyf ah]6 ljlgof]hg M afnL
ljsf; lgb]{zgfnosf] ;fd'bflos aLp a}+s :yfkgf;DaGwL sfo{qmd / ;fd'bflos
aLp a}+sx?sf] cg'/f]wdf lhNnf s[lif ljsf; sfof{no / ufpFkflnsf tyf
gu/kflnsfx?n] cfsnem'sn ljlgof]hg ul/Psf]afx]s xfn;Dd s'g} klg ;/sf/L
lgsfoaf6 ;fd'bflos aLp a}+s :yfkgf tyf Joj:yfkgsf nflu lgoldt ?kdf
ah]6 ljlgof]hg tyf sfo{qmd ;~rfng ePsf] 5}g . ctM s[lif h}ljs ljljwtfsf]
lbuf] oyf:yfgLo / 3/v]tL:ynLo ;+/If0f tyf pkof]usf nflu ;/sf/L ;+oGqaf6
lgoldt ah]6 ljlgof]hg ug'{ cfjZos 5 .
$= s[lif h}ljs ljljwtf ;+/If0f If]q tyf ;fd'bflos aLp a}+s :yfkgf ug]{ :yfgsf]
klxrfg M g]kfn s[lif h}ljs ljljwtfdf wgL 5 eg]/ xfdL elg/x]sf 5f}+ . tfkgL
g]kfnsf ;a} ef}uf]lns If]qdf s[lif h}ljs ljljwtfsf] l:ylt ;dfg 5}g . g]kfnsf
;a} :yfgdf s[lif h}ljs ljljwtf ;+/If0f ug{ ;Dej gx'g klg ;S5 . ctM s[lif
h}ljs ljljwtfdf wgL ePsf If]qx? klxrfg u/L s[lif h}ljs ljljwtf ;+/If0f;DaGwL
ljz]if sfo{qmd ;~rfng ug'{ cfjZos 5 . tL If]qdf ;~rfng ul/g] ljljw s[lif
h}ljs ljljwtf ;+/If0f tyf pkof]usf lqmofsnfkx?dWo] ;fd'bflos aLp a}+s Pp6f
d'Vo lqmofsnfksf ?kdf ;~rfng ug{ ;lsG5 . s[lif h}ljs ljljwtf ;+/If0f
If]qsf] klxrfg u/L ;fd'bflos aLp a}+snufotsf lqmofsnfkx? ;~rfng ubf{
xfnsf] h:tf] hxfFkfof] ToxL+ / ;+:yf cg's"nsf] ;fd'bflos aLp a}+s :yfkgf ug]{
k|rng klg 36]/ hfg] b]lvG5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
%= :yfgLo hftx?sf] btf{k|lqmofsf] ;xh Joj:yf M g]kfndf cem klg w]/} s[ifsx?n]
y'k|} afnLx?sf :yfgLo hftx?sf] v]tL ul//x]sf 5g\ . tLdWo] w]/} hftx? pkof]uL
u'0fx?n] el/k"0f{ ePsf / pTkfbg / cfDbfgLsf kIfaf6 klg pGgt hftx?;Fu
k|lt:kwf{ ug{ ;Sg] lsl;dsf 5g\ . t/ tL hftx?nfO{ jt{dfg sfg'gL k|fjwfg,
ljlw / k|lqmofaf6 btf{ ug{ Tolt ;xh 5}g . t;y{ :yfgLo hftx?sf] btf{k|lqmof
;/nLs/0f u/L pkof]uL u'0f ePsf k|lt:kwL{ hftx? ;s];Dd rfF8f] btf{ ug]{ Joj:yf
ldnfO{ tL hftx?nfO{ Jofj;flos txdf aLp–pTkfbg / k|rf/k|;f/df 6]jf k'¥ofpg'
cfjZos 5 .
^= d:of}bf sfg"gx?df ;fd'bflos aLpa}+s;DaGwL k|fjwfgx? yk ug]{ M xfn s[lif
h}ljs ljljwtf ;+/If0f;Fu ;DalGwt tLgj6f sfgg"x? d:of}bfsf ?kdf 5g\ . tL x'g\
s_ la¿jfsf] hft;+/If0f tyf s[ifs clwsf/;DaGwL d:of}bf sfg"g, v_ cfg'j+lzs
;|f]tdf kx'Fr tyf nfesf] afF8kmfF8;DaGwL d:of}bf sfg"g / u_ s[lif h}ljs ljljwtf
;+/If0f tyf pkof]u;DaGwL d:of}bf sfg"g . t/ oL tLgj6} d:of}bf sfg'gx?df
s[lif h}ljs ljljwtfsf] ;+/If0f / pkof]udf ;fd'bflos aLp a}+ssf] e"ldsfsf] rrf{ /
To;sf] k|jw{g ul/g] s'/f ;dfj]z ul/Psf] 5}g . ctM oL d:of}bf sfg"gx? ;ª\3Lo
;+;bdf k]z x'g'cufj} ;fd'bflos aLp a}+ssf] e"ldsf / dxÎj ;dfj]z ug{ kxn ug'{
cfjZos 5 .
&= /fli6«o s[lif h}ljs ljljwtf ;+/If0f k'/:sf/sf] Joj:yf M g]kfndf s[lif ljsf; /
pGgt k|ljlw k|;f/df pNn]vgLo e"ldsf lgjf{x ul//x]sf s[ifs, s[ifs ;d"x, JolQm
/ ;+:yfx?nfO{ k|f]T;fxgsf nflu lhNnf / /fli6«o :t/df k'/:sf/sf] Joj:yf 5 .
t/ xfn;Dd s[lif h}ljs ljljwtf ;+/If0f / pkof]u k|jw{gdf nfu]sf s[ifs, s[ifs
;d"x, JolQm / ;+:yfx?nfO{ k|f]T;fxg ug]{ lsl;dsf] k'/:sf/sf] Joj:yf ePsf]
b]lv+b}g . To;}n] s[lif h}ljs ljljwtf ;+/If0f / pkof]usf] k|jw{gdf pNn]vgLo
of]ubfg k'¥ofpg]nfO{ Pp6f JolQmut / Pp6f ;fd"lxs k'/:sf/sf] Joj:yf ug'{
cfjZos b]lvG5 .
*= :yfgLo / k|fb]lzs ;/sf/sf] gLlt tyf sfo{qmddf ;fd'bflos aLp a}+ssf]
;dfj]z M b]zsf] kl/jlt{t ;+/rgf / cj:yf cg';f/ tLj|ultdf nf]k eO/x]sf s[lif
cfg'j+lzs ;|f]tx?sf] klxrfg, ;+/If0f / k|j4{gsf nflu :yfgLo tyf k|fb]lzs
;/sf/n] klg s[lif h}ljs ljljwtfsf] dxÎj / To;sf] ;+/If0fsf] cfjZostf dx;';
u/L :yfgLo Pj+ k|fb]lzs ;/sf/sf] gLlt tyf sfo{qmddf ;fd'bflos aLp a}+s
:yfkgf sfo{qmd ;dfj]z ug{ ;ª\3Lo ;/sf/n] gLlt, lgod, dfu{bz{g / lgb]{zg
lbg' cfjZos b]lvG5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
(= ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldltsf] ;anLs/0f M g]kfndf s[lif h}ljs
ljljwtfsf] ;+/If0fsfo{df ;+nUg ;fd'bflos aLp a}+sx?sf] k|yd /fli6«o e]nf lj=;+=
@)^( kmfu'g @* ut] b]lv #) ut];Dd srf]jf{ ;fd'bflos aLp a}+s af/fdf ;DkGg
ePsf] lyof] . pQm e]nfsf cGTodf ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldlt
u7g ul/Psf] lyof] . pQm ;ldlt / ;ldltdf cfa4 ;b:o ;fd'bflos aLp a}+sx?
jif{df Psk6s e]nf eO{ cf–cfkm\gf ;fd'bflos aLp a}+sx?n] jif{el/ u/]sf sfdsf]
k|ult ;dLIff, aLp / ;"rgfsf] cfbfgk|bfg ug]{ ul//x]sf 5g\ . o;af6 ;fd'bflos
aLp a}+ssf ;b:ox? / ;fd'bflos aLp a}+ssf] Ifdtf ljsf;df of]ubfg k'lu/x]sf]
5 . t/ xfn;Dd ePu/]sf lqmofsnfkx? d"ntM u}/;/sf/L ;+:yfx?n] ;~rfng
ug]{ kl/of]hgfsf] ;xof]udf cfwfl/t 5g\ h'g lbuf] gx'g klg ;S5g\ . ctM s]xL
v'6\lsnf] kf/ ul/;s]sf] ;fd'bflos aLp a}+s /fli6«o ;dGjo ;ldltsf] yk Ifdtf
ljsf; u/L lbuf] / k|efjsf/L agfpg ;DalGwt lgsfoaf6 lgoldt ?kdf sfo{qmd
tyf ah]6 ljlgof]hg ug{ ;lsPdf s[lif h}ljs ljljwtf ;+/If0fsf If]qdf eljiodf
;sf/fTds e"ldsf lgjf{x ug{ ;Sg] b]lvPsfn] o;tkm{ klg ;DalGwt lgsfosf]
Wofgfsif{0f u/fpFb5f}+ .
!)= ef}uf]lns ;ª\s]tsf] k|of]u M ;fd'bflos aLp a}+sdfkm{t ljleGg :yfgLo hftx?sf
ljlzi6 u'0fx?sf] klxrfg / cWoog–cg';Gwfgdf hf]8 lbO{ :yfgljz]if cg';f/sf]
df}lns s[lif pkhx?sf] pTkfbg / ahf/Ls/0fdf ef}uf]lns ;ª\s]tsf] k|of]usf nflu
cfjZos /sd ljlgof]hg tyf k|fljlws ;xof]udf hf]8 lbg' cfjZos 5 .
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex I. Community Seed Banks in Nepal: Factsheet
•
•
•
•
•
•
•
•
•
•
•
•
•
•
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•
The first community seed bank in Nepal was initiated by USC Canada Nepal at
Dalchoki village of Lalitpur district in 1994.
Conservation and genetic enhancement of crops landraces had already been
started at Dalchoki, Lalitpur in late 1992.
Dr. Bal Krishna Joshi visited Ethiopia for learning the concept of community seed
banks and initiated the first community seed bank at Dalchoki, Lalitpur.
Among 144 self-claimed community seed banks in Nepal, 40 are active, 6 are
passive (dormant), 95 are transmuted (transformed) and 3 are collapsed as of
December 2018.
Started in 2003, Kachorwa community seed banks in Bara district of Nepal is
actively involved in conservation of rice landrace of central tarai Nepal.
The highest number of publications on community seed banks has been
documented by Pitambar Shrestha. He has been continuously involved in
supporting establishment and strengthening the community seed banks in Nepal.
The National Genebank, Department of Agriculture, LI-BIRD, Bioversity
International and Action Aid Nepal are actively involved in promoting community
seed bank in Nepal.
To be a community seed bank, it should be operated by a group of farmers
and they must be involved in promoting conservation and sustainable use of
agricultural plant genetic resources. Community seed banks without involvement
in conservation and use of agricultural plant genetic resources cannot be
considered as a community seed bank.
Most of the community seed banks in Nepal produce and distribute seeds of both
local and improved varieties.
Most of the community seed banks in Nepal are handling orthodox types of crops
but some are also involved in handling both orthodox and non-orthodox crops.
Among 40 active community seed banks, 5 CSBs have also established community
field genebank.
NAGRC has started Community Field Genebank and Community Genebank concept
for managing total agricultural biodiversity at community levels.
First community field genebank of mango was established by Gadariya Community
Seed Bank of Kailali in 2010.
Chepe-Marsyangdi Community Seed Bank at Rainas, Lamjung has started
rejuvenating old community mango orchard is 2016.
Some communities are planning to start conservation of genetic resources in
religiously protected areas, rejuvenation of old orchards, geographical indication,
and establishing aqua pond genebank and livestock farm genebank, collectively
called Community Genebank.
Most of the community seed banks in Nepal are project based. There is no one
completely evolved with the initiation of local community.
Red zoning and red listing of APGRs are adopted by many CSBs.
Some of the community seed banks have started registration of landraces in
National Seed Board and maintaining source seeds of the registered landraces.
24 CSBs have sent a total of 1263 collections of 81 different crops in national
genebank for ex-situ conservation.
- 221 -
Annex II. Inventory of Community Seed Banks in Nepal (as of Dec 2018)
SN
Name of CSB
District
Year
established
Agroeco-zone
Crop
species
conserved,
n
Local
varieties
conserved,
n
Lead
Organization
Collaborating partners
for initiating CSB
USC Canada
SAHAS Nepal, NAGRC
Functional
NARC, Bioversity, IDRC
Functional
Status
Dalchoki CSB,
Lalitpur
Lalitpur
1994
Mid hill
47
149
2
Kachorwa CSB
Bara
2003
Tarai
23
115
3
Rainaas CSB
Sindhuli
2006
NA
NA
4
Belawa CSB
Bardiya
2007
Tarai
24
64
LI-BIRD
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
Functional
5
Gadariya CSB
Kailali
2007
Tarai
NA
NA
LI-BIRD
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
Not functional
6
Shankarpur CSB
Kanchanpur
2007
Tarai
1
17
LI-BIRD
7
Beldandi CSB
Kanchanpur
2008
Tarai
NA
NA
LI-BIRD
8
Masuriya CSB
Kailali
2008
Tarai
21
59
LI-BIRD
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
Functional
9
Pathraiya CSB
Kailali
2008
Tarai
NA
NA
LI-BIRD
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
Not functional
10
Jogimara CSB
Dhading
2009
Mid hill
NA
NA
LI-BIRD
IDRC, Canada
Not Functional
LI-BIRD/
NARC/
Bioversity
Int’l
Parivartan
Nepal
-
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
WTLCP (MoFSC, UNEP/
GEF/UNDP, NARC,
Bioversity)
Not functional
Functional
Not functional
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
- 222 -
1
11
Tamaphok CSB
Sankhuwasabha
2009
Mid hill
Crop
species
conserved,
n
24
12
Agyauli CSB
Nawalparasi
2010
Tarai
25
54
LI-BIRD
The Development
Fund, Norway
Functional
13
Ghanteshwor CSB
Ghanteshwor, Doti
2010
High hill
19
45
LI-BIRD
The Development
Fund, Norway, DoA
Functional
14
Purkot CSB
Purkot, Tanahun
2010
Mid hills
34
113
LI-BIRD
The Development
Fund, Norway
Functional
15
Sunaulo CSB
Rampur, Dang
2010
Tarai
40
84
LI-BIRD
The Development
Fund, Norway
Functional
16
Shivagunj CSB
Shivagun, Jhapa
2010
Tarai
21
107
LI-BIRD
The Development
Fund, Norway
Functional
17
Talium CSB
Talium, Jumla
2010
High hill
-
-
LI-BIRD
The Development
Fund, Norway
Not functional
18
Simariya CSB
Simariya, Sunsari
2011
Tarai
NA
NA
NARC
-
Functional
19
Sindhu CSB
Kuntadevi,
Okhaldhunga
2010
Mid hill
NA
NA
CDD, DOA
-
Functional
20
Pokhara CSB
Amargadhi,
Dadeldhura
2010
Mid hill
NA
NA
CDD, DOA
-
Functional
21
Puthak Saving and
Credit Coop Ltd
Basatpur, Bara
2012
Tarai
6
6
Action Aid
-
Functional
22
Malika CSB
Simichour, Gulmi
2012
Mid hill
NA
NA
CDD, DOA
-
Functional
23
Kalika CSB
Khalanga, Jajarkot
2012
Mid hill
NA
NA
CDD, DOA
-
Functional
District
Year
established
Agroeco-zone
Local
varieties
conserved,
n
101
Lead
Organization
Collaborating partners
for initiating CSB
LI-BIRD
IDRC, Canada
Functional
Status
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
- 223 -
SN
Name of CSB
District
Year
established
Agroeco-zone
Crop
species
conserved,
n
Local
varieties
conserved,
n
Lead
Organization
Collaborating partners
for initiating CSB
SN
Name of CSB
24
Krishi CSB
Dharmadevi,
Sankhuwasabha
2014
Mid hill
NA
NA
CDD, DOA
-
Functional
25
Ranadevi CSB
Dhading
2014
Mid hil
NA
NA
CDD, DoA
-
Functional
Shree Karmanasha
tarkari utpadak
Krishi Samuha
Hariyali
community seed
Bank
Godawari
Municipality,
Chapagaun, Lalitpur
2014
Mid hill
5
10
Action Aid
-
Functional
Swami KartikKhapar, Zera, Bajura
2014
High hill
5
11
Action Aid
-
Functional
Gramthan 1,
Morang
2015
Tarai
28
44
Action Aid
DADO
Functional
Oyakjung, Fedap,
Terhathum
2015
Mid hill
9
9
Action Aid
-
Functional
Chhathar
Terhathum
2015
Mid hill
15
25
Action Aid
--
Functional
26
27
Charpate CSB
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Janalaknyan
Multipropose
cooperative Ltd.
Kalyankari
Women Livestock
Agriculture Cooperative
Gadhimai
Community
Seedbank
Ma Bhagawati
Community Bank
Basatpur, Bara
2015
Tarai
13
13
Action Aid
-
Functional
Golagunj, Amarpur
Bara
2015
Tarai
18
30
Action Aid
-
Functional
33
Gobindapur
Agriculture Group
Malahanama,
Lahan, Siraha
2015
Tarai
12
12
Action Aid
-
Functional
34
Lahan CSB
Siraha
2016
Tarai
17
55
LI-BIRD
CARE Nepal
Functional
35
Chepe
Marysyangdi CSB
Rainas Municipality,
Satbise, Lamjung
2016
Mid hill
36
235
COPPADES/
LWS
National Genebank and
Bioversity
Functional
29
30
31
32
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
28
Status
SN
Name of CSB
District
Chainpur
Municipality,
Kharang,
Sannkhuwasabha
Bardaghat
municipality-15
Prithbibasti,
Nawalparasi
Year
established
Agroeco-zone
Crop
species
conserved,
n
Local
varieties
conserved,
n
Lead
Organization
Collaborating partners
for initiating CSB
2016
Mid hill
15
15
Action Aid
-
Functional
2016
Tarai
NA
NA
Action Aid
-
Functional
Status
37
Sirjanshil
Community Seed
Bank
38
Chhipra CSB
Chhipra, Humla
2017
High hill
29
55
LI-BIRD
NARC, Bioversity I,
UNEP/GEF
Functional
39
Ghanpokhara CSB
Ghanpokhara,
Lamjung
2017
High hill
15
79
LI-BIRD
NARC, Bioversity,
UNEP/GEF
Functional
40
Hanku CSB
Hanku, Jumla
2017
High hill
21
62
LI-BIRD
NARC, Bioversity,
UNEP/GEF
Functional
41
Jungu CSB
Jungu, Dolakha
2017
High hill
10
35
LI-BIRD
NARC, Bioversity,
UNEP/GEF
Functional
42
Srijanshil Seed
Production
committee
Godawari
Municipality,
Badikhel, Lalitpur
2017
Tarai
10
15
Action Aid
-
Functional
43
Dihiwar
Agricultural Group
Lahan Municipality,
Jahadi, Siraha
2017
Tarai
8
12
Action Aid
-
Functional
44
Piskar CSB
Piskar,
Sindhupalchok
2018
Mid hill
28
54
LI-BIRD
The Development
Fund, Norway
Process of
establishment
45
Mohammadpur
CSB
Mohammadpur,
Bardiya
2018
Tarai
18
30
LI-BIRD
The Development
Fund, Norway
Process of
establishment
46
Ramnagar CSB
Joshipur, Kailali
2018
Tarai
20
45
LI-BIRD
The Development
Fund, Norway
Process of
establishment
NA, Not available.
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
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36
Kharang
Communicy Seed
bank
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex III. Number of Crop Species and Landraces Displayed
in the Workshop
SN
1
2
3
4
5
6
7
8
9
Name and address of CSB
Agyauli CSB, Kawasoti Municipality,
Nawalparasi
Chhipra CSB, Kharpunath Rural
Municipality, Humla
Ghanpokhara CSB, Marsyandi
Municipality, Lamjung
Ghanteswar CSB, Jorayal
Municipality, Doti
Hanku CSB, Tatopani Municipality,
Jumla
Jungu CSB, Gaurishankar Rural
Municipality, Dolakha
Masuriya CSB, Gauriganga
Municipality, Kailali
Shivaganj CSB, Shivasatakshi
Municipality, Jhapa
Number of
species
Tamaphok CSB, Dharmadevi Rural
Municipality, Sankhuwasabha
Total
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Number of local
varieties
20
28
11
46
7
22
26
40
8
26
16
96
38
62
24
104
19
42
466
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex IV. Workshop Participants
Designation
Director, Planning &
Coordination
SN
Name
1
Aananda Gautam, PhD
2
Aasharam Chaudhary
Treasurer
3
Aithan Shahi
4
Anil Acharya
Vice-President
Senior Horticulture
Development Officer
5
Baidya Nath Mahto,
PhD
Executive Director
6
Bal Krishna Joshi, PhD
Senior Scientist
7
Bharat Bhandari
8
Bikash Paudel, PhD
Programme Operations
Director
Programme Development
Director
9
Bimal Thapa
Programme Director
10
Brinda Linkha
Technical Assistant
11
Chhumru Sardar Tharu
Chairperson
12
Deepa Sing Shrestha
Senior Scientist/DADS
Focal point/Output
Manager
13
14
15
Deependra Keshari
Neupane
Devendra Gauchan,
PhD
Dhruba Prasad
Sapkota
Plant Breeder
Organization
NARC, Khumaltar,
Lalitpur
Shankarpur CSB,
Kanchanpur
Chipra CSB, Humla
MoALD, Kathmandu
NARC, Khumaltar,
Lalitpur
National Genebank,
Khumaltar, Lalitpur
LI-BIRD, Pokhara
LI-BIRD, Pokhara
CDD, DoA,
Hariharbhawan, Lalitpur
LI-BIRD, Dolakha
Charpate CSB, Gramthan
Municipality, Morang
National Genebank,
Khumaltar, Lalitpur
SEAN, Kathmandu
National Project Manager
Bioversity International,
Nepal
Chairperson
CSB, Dalchowki, Lalitpur
16
Dilli Jimi
Chairperson
17
18
19
Dilli Paudel
Dilliraman Subedi
Goma Bhandari
Chairperson
Journalist
Member
20
Hari Bahadur Rawat
Member
21
Kabita Jaisi
Treasurer
22
Khageshwar Jung
Gurung
Chairperson
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Tamaphok CSB,
Sankhuwasabha
Shivagunj CSB, Jhapa
Krishi TV, Kathmandu
Masuriya CSB, Kailali
Hanku CSB, Tatopani,
Jumla
Hanku CSB, Tatopani,
Jumla
Ghanapokhara CSB,
Lamjung
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Designation
Senior Scientist/Output
Manger
SN
Name
23
Krishna Hari Ghimire
24
Krishna Prasad
Adhikari
Treasurer
25
Kumari Krishna
Member
26
Lekhnath Acharya
Joint Secretary
27
Lekhnath Pokhrel
Journalist
28
Madan Thapa
Chief
29
Mahanarayan Yadav
Member
30
Mahesh Badal
31
32
Meena Jirel
Mohan Hamal
33
Mukunda Bhusal
34
Narmaya Karki
Livelihood and Natural
Resource Coordinator
Member
Officer
Senior Crop Development
Officer
Member
35
Nawalsing Khatri
Chairperson
36
37
Netra Bahadur Khadka
Niranjan Pudasainin
Chairperson
Programme Officer
38
Parbati Bhandari
Chairperson
39
40
41
42
Pitambar Shrestha
Pragati Babu Paneru
Prakash Subedi
Rajeev Dhakal
Ram Krishna Shrestha,
PhD
Team Leader
Project Officer
Programme Officer
Plant Breeder
Senior Agri. Extension
Officer
44
Ramekwal Yadav
Chairperson
45
46
47
Rammani Pandey
Ramsworup Chaudhari
Ranjan KC
Chairperson
Member
Journalist
48
Ratna Kumari Gurung
Member
43
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Organization
National Genebank,
Khumaltar, Lalitpur
Pragatishil Agriculture
Cooperative, Maramche,
Kaski
Kachorwa CSB, Bara
Policy and Int.
Coordination Div.,
MoALD
Himalayan Times,
Kathmandu
SQCC, Hariharbhawan,
Lalitpur
ADCS, Kachorwa, Bara
Action Aid Nepal,
Kathmandu
Jungu CSB, Dolkaha
COPPADES, Lamjung
CDD, DoA,
Hariharbhawan, Lalitpur
Shivagunj CSB, Jhapa
Pavitra Seed Company,
Surkhet
Jungu CSB, Dolakha
LI-BIRD, Dolakha
Agyauli CSB,
Nawalparasi
LI-BIRD, Pokhara
LI-BIRD, Jumla
OXFAM, Lalitpur
LI-BIRD, POkhara
DoA, Hariharbhawan,
Lalitpur
ACSBN, Kachorwa, Bara,
Nepal
Rampur CSB, Dang
Gadariya CSB, Kailali
Krishi TV, Kathmandu
Ghanapokhara CSB,
Lamjung
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Designation
SN
Name
49
Rishiram Adhikari
50
51
Rita Gurung
Ritesh Yadav
Programme Officer
Programme Officer
52
Ronnie Vernooy, PhD
Scientist, Policy Specialist
53
Rumpha Upadhyay
54
Safal Khatiwada
Member
National Programme
Assistant
55
Sanjay Karki
Technical Assistant
56
Project Officer
58
59
Saroj Panta
Shivnarayan
Chaudhari
Shreeram Subedi
Sitaram Bajgain
60
Surendra Shrestha
61
Tara Ghimire, PhD
Chief
62
63
Yogendra Malla
Yubak Dhoj GC, PhD
Member
Secretary
57
Programme Officer
Technical Assistant
Member
Database Management
Officer
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Organization
NARC, Khumaltar,
Lalitpur
LI-BIRD, Pokhara
LI-BIRD, Pokhara
Bioversity International,
Wageningen,
Netherlands
Chipra CSB, Humla
Bioversity International,
Nepal
National Genebank,
Khumaltar, Lalitpur
LI-BIRD, Humla
Action Aid Nepal,
Biratnagar
LI-BIRD, Lamjung
Purkot CSB, Tanahun
National Genebank,
Khumaltar, Lalitpur
SSTD, NARC, Khumaltar,
Lalitpur
Ghanteshwor CSB, Doti
MoALD, Kathmandu
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Annex V. Workshop Program
Language: Mix (Nepali and English)
Day 1: Presentation from experts, practitioners and key actors of CSB in Nepal
(15’ presentation and 5’ discussion)
Opening session
Chief Guest: Secretary, MoALMaC
MC and Timer: Krishna H. Ghimire
Gurung
Time
9.00
9.30
9.31
9.40
9.45
9.50
9.55
10.00
10.05
10.10
10.20
11.00
Chair: ED, NARC
Rapporteurs: Niranjan Pudasaini, Rita
Program
Registration and coffee
National anthem
Inauguration
Welcome and objectives
Few words
Few words
Few words
Few words
Few words
Session closing
Photo session and stall visit
Coffee break
Facilitator
Chief Guest
Chief, Genebank, NAGRC
Ronnie Vernooy, Bioversity International
Joint Secretary, MoALD
Naramaya Karki, Farmer, CSB Network
ED, LI-BIRD
Chief Guest
Session Chair
Technical session -1
Chair: Joint Secretary, MoALMaC
Ghimire
MC and Timer: Krishna H.
11.15
Global overview of CSB
11.35
Government implemented CSBs:
Approaches and Progress
11.55
National Genebank for promoting
CSBs: Status and Strategies
12.15
12.35
12.55
1.00
Progress and Approach of CSBs: LIBIRD’s Experience
Farmers Rights and ABS Issue in
CSB
Session closing
Lunch break
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Ronnie Vernooy; Bioversity
International, Netherlands
Bimal Thapa and Prakash Acharya;
Crop Development Directorate, DoA
Bal K. Joshi, D Singh, KH Ghimire
and MN Paudel, National Genebank,
Khumaltar
Pitambar Shrestha; LI-BIRD
Devendra Gauchan; Bioversity
International Nepal
Session Chair
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Farmers’ session -1
Chair: Program Director, CDD
Shrestha
2.00
2.10
2.20
2.30
2.40
2.50
3.00
3.25
MC and Timer: Pitambar
CSB sharing from DF CSB sites
CSB Sharing from GEF UNEP Sites
CSB Sharing from GoN implemented CSB
CSB Sharing from Dalchoki
CSB Sharing from WTLCP
CSB Sharing from Action Aid/Oxfam
CSB Sharing from Rainas, Lamjung
Coffee break
Technical session -2
Chair: Chief, SQCC
Shrestha
MC and Timer: Pitambar
3.45
Experiences of Action Aid on CSB
4.00
Experiences of Oxfam on CSB
4.15
4.30
4.45
5.00
5.10
5.30
6.00
CSB Network Experiences and Issues in CSB
Networking and Capacity building
Recent Initiatives and Modality of CSBs
implementation in High Mountains
Approaches for making CSB functional and
sustainable: Experiences from Bajura
Vision, Strategy, Policy and Guidelines on CSBs
General discussion
Session closing
Social dinner
Action AID
Oxfam International,
Lalitpur
Ram Ekwal Yadav, CSB
Network
Bharat Bhandrai and LCP
Team
Ram Krishna Shrestha,
TDS, DoA
Anil K. Acharya; MoALMaC
Session Chair
Day 2: Group Discussion and Panel Presentations
MC and Timer: Rita Gurung
Rapporteurs: Ritesh Yadav, Niranjan Pudasaini
Time
Theme/Title
9.00
Coffee and informal discussion
Farmers Session-2
Chair: Ram Ekwal Yadav
9.30
Farmers’ experiences sharing
Group Discussion
Chair: ED, LI-BIRD
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Facilitator
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
11.00
1.00
2.00
2.30
3.00
3.30
4.00
4.30
4.15
5.00
Four group formation and discussion
• Theme 1: Good practices and Gaps and
Issues on CSBs
• Theme 2: Capacity building of CSB: Issues
and Options
• Theme 3: Strengthening CSB Networks:
Status and Recommendations
• Theme 4: Policy, Mainstreaming and
Sustainability
Lunch break
Theme 1 presentation and discussion
Theme 2 presentation and discussion
Theme 3 presentation and discussion
Coffee break
Theme 4 presentation and discussion
Discussion
Session closing
Workshop closing (participants and
organizers views)
Devendra Gauchan
Bal K. Joshi
Bharat Bhandari
Pitambar Shrestha
Devendra Gauchan/
Deepa Singh
Group leader
Group leader
Group leader
Group leader
Chair
Day 3: Interactive discussion with CSB networks and CSB farmers
Chair: Chair, CSB Network
Rapporteurs: Saroj Pant, Rita Gurung
Time
9.00
9.30
1.00
Theme/Title
Coffee and information discussion
Interaction with farmers
Lunch time
Facilitator
Ronnie Vernooy
Display
Stalls of seeds and materials from CSBs representative from Tarai, Hill and
Mountain districts and of publications for three days.
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Proceedings of the 2nd National Workshop on CSB, Nepal 2018
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Workshop participants. Photo: Rajeev Dhakal, LI-BIRD.
Proceedings of the 2nd National Workshop on CSB, Nepal 2018
Glimpse of the Workshop
Dr. Yuvak Dhoj GC, Secretary to the MoALD. Photo:
Pitambar Shrestha, LI-BIRD
Dr. Baidya Nath Mahto, Executive Director NARC,
Photo: Pitambar Shrestha, LI-BIRD
Workshop participants.
Photo: Pitambar Shrestha, LI-BIRD
Workshop participants.
Photo: Pitambar Shrestha, LI-BIRD
Kumari Krishna, Kachorwa Community Seed Banks,
Bara. Photo: Pitambar Shrestha, LI-BIRD
Workshop inaugural seed vessel.
Photo: Pitambar Shrestha, LI-BIRD
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