The Agroecology Assessment Framework
The Agroecology Assessment Framework
The Agroecology Assessment Framework
ASSESSMENT
FRAMEWORK
Introducing the framework 4
Framework content 5
List of Red Flags 5
List of 13 principles, value statements and
examples/indicators 8
Acknowledgements
The development of the agroecology assessment framework represents a collaborative work by a
community of practice on financing agroecology that includes researchers, civil society organizations
(CSOs), international organisations and donors:
This work was published in October 2023 and it was financially supported by:
1. The 13 principles of agroecology defined by the High-Level Panel of Experts (HLPE) of the Committee on World Food Security (CFS) are aligned with
the 10 Elements of Agroecology adopted by the 197 FAO Members in December 2019.
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Framework content
List of Red Flags
GMOs (Genetically Modified Organisms) are generally considered incompatible with the principles
of agroecology, both from agronomic and social perspectives (Altieri, 2005). One of the key concerns
is that GMOs often rely on monocultures, leading to a reduction in biodiversity within production
systems. Additionally, many GMOs are engineered with herbicide resistance genes, which
GMOs necessitates the use of herbicides associated with environmental toxicity and soil fertility reduction
(Tsatsakis et al., 2017). Furthermore, GMO varieties are primarily commercialized by a few large
multinational companies that dominate the market. These varieties are protected by intellectual
property rights, resulting in increased costs for farmers and creating harmful dependencies on agro-
industries, particularly impacting smallholder farmers. Notably, the development of GMOs typically
excludes the participation and involvement of farmers in the decision-making processes.
The production and utilization of synthetic fertilizers and pesticides have profound adverse effects
Synthetics across multiple dimensions. These effects include the collapse of biodiversity (Alliot et al., 2021; Rigal
et al., 2023), pollution of air, water and soil (Benton et al., 2021; Carvalho et al., 2017; Pathak et al.,
2022), impacts on human health (Curl et al., 2020; Inserm, 2021), and the escalation of greenhouse
gas emissions (Tripathi et al., 2020).
Project focuses exclusively on promoting large scale single cash crop production at the expense
of diversified strategies.
Project actively promotes regulations and/or actions that hamper and/or destroy local and
farmer-managed seed systems.
Seeds, in addition to soil, water, and sunlight, form the foundation of agriculture. Throughout
history, farmers have been actively involved in the selection, preservation, storage, sharing, and
planting of seeds, which has significantly contributed to agricultural biodiversity (Moeller, 2021).
The right of farmers to engage in these practices is recognized and protected under Article 19 of the
Declaration on the Rights of Peasants and Other People Working in Rural Areas, endorsed by the
Seed Systems United Nations Human Rights Commission in 2018. The knowledge of seed preservation, exchange,
and storage systems plays a critical role in supporting agroecological systems that prioritize the
empowerment of producers (Pimbert, 2022). Consequently, initiatives that undermine local and
farmer-managed seed systems cannot be regarded as agroecological, as they contribute to the
erosion of these essential components. This includes the implementation of restrictive seed laws
and regulations which prioritize the adoption of uniform, standardized, and certified seeds while
disregarding alternative sources. Similarly, the enforcement of stringent intellectual property rights
on plant varieties and traits further exacerbates this erosion (GAFF, 2016).
Factory farming (feedlots and other large-scale, intensive animal production) is in conflict with
numerous principles of agroecology, particularly those related to animal health and biodiversity.
Factory The practices employed in factory farming contribute to the destruction of natural habitats, leading
Farming to a reduction in overall biodiversity. This system also drives deforestation and causes pollution of
air, water, and land (Turner, 1999). Furthermore, factory farming poses a significant threat to small-
scale farmers who rely on livestock for their livelihoods but struggle to compete with the scale and
efficiency of industrial operations (D’Silva, 2000).
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RED FLAG DEFINITION AND JUSTIFICATION
Project excludes or actively discriminates against women and other marginalised groups.
Food systems serve as significant sources of livelihood for women, with global statistics indicating
that 36 percent of women are employed in agrifood systems, a percentage that can exceed 70
percent in certain regions (FAO, 2023). Achieving gender equality and promoting women’s economic
empowerment are therefore crucial for fostering inclusive food systems, as women fulfill critical
roles as agricultural producers, farm managers, processors, traders, wage workers, entrepreneurs,
Women & and decisionmakers regarding household nutrition. The prevailing food systems contribute to
marginalised the perpetuation of social inequalities, as marginalized social groups experience higher levels of
groups food insecurity and suffer from food-related health impacts. Agroecology embeds at its core the
values of fairness, participation, and justice, ensuring that food systems are built with and based on
social and gender equity and the culture, identity, tradition of local communities. It encourages a
rights-based approach addressing the political, social, economic and cultural rights, including food
sovereignty, the right to food, food justice and women’s empowerment. Agroecology also draws
on the ancestral knowledges of peasants and indigenous peoples (Pimbert et al., 2021) whose
practices and food systems help preserve global biodiversity (FAO, 2021).
Project focuses exclusively on promoting highly processed, industrially produced foods (with
low nutrient value).
The consumption of processed foods, particularly ultra-processed foods (UPFs), has significant
implications for both human health and the environment. The production of UPFs involves the use
of harmful ingredients, excessive packaging, and large-scale industrial processes, which contribute
to environmental waste, resource depletion, and the release of potentially harmful compounds
Processed food (Seferidi et al., 2020). More-over, highly processed foods heavily rely on and exacerbate the
demand for a limited number of high-yielding plant species, thereby undermining the diversity of
traditional crops, cuisines, and diets (Leite et al., 2022). These products also have a negative impact
on nutrition, as studies have shown that a high consumption of ultra-processed foods is associated
with low dietary diversity and inadequate intake of essential micronutrients (Marrón-Ponce et al.,
2023). By exclusively promoting highly processed or industrially produced food, the development
of agroecological food systems and the promotion of health-supporting nutrition are undermined.
Project promotes extractive raw material production that depletes local resources
over time.
The operations of extractive industries have profound detrimental effects on local ecologies
and result in the depletion of value and resources within affected communities. Extractivism
Extractivism encompasses a complex set of practices, mindsets, and power dynamics that justify and
enable destructive socio-ecological modes of organising life through domination, violence,
depletion, and one-sided relationship (Chagnon et al 2022). Such dynamics are frequently
observed in development projects that enable the forceful appropriation of natural
resources, such as land and water grabbing, thereby directly undermining the progress of
agroecological transformations (Anderson et al., 2021).
Project promotes approaches that violate rights, including customary rights, ignores
prior informed consent or results in population displacement and/or land grabbing.
The promotion of human rights is an inherent component of the concept and overarching
framework of agroecology, forming the bedrock for the establishment of sustainable food
Human systems (HLPE, 2019). Agroecology strives to alleviate poverty, hunger, and inequalities
Rights while safeguarding the right to food, food sovereignty, indigenous rights, and sustainable
production and consumption practices that ensure future generations’ access to food (De
Schutter, 2012; FAO, 2018b; HLPE, 2019; Wezel et al., 2020). It is essential to acknowledge
that any project that violates the principles outlined in the Universal Declaration of Human
Rights (1948) cannot genuinely contribute to the promotion of healthy food systems and
agroecology.
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1. Recycling
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Relies on natural processes and has mostly closed resource cycles (nutrients, water,
biomass, ...) using predominantly local renewable resources, and/or encourages circular
Strong alignment
economy, especially in waste management, including measures to reduce food waste
at consumption level
Lack of Makes no effort to close resource cycles or contribute to circular economy, and
alignment introduces non-recyclable materials
This principle may be non-applicable if the project cannot address any dimension of
n/a
recycling
Examples / Indicators
• Closing nutrient cycles through biomass recycling - at farm or landscape level depending on
context (e.g. produce and use own compost, manure including humanure, biofertiliser, active
use of food waste)
• Wastewater (greywater) & waste recycling
• Rainwater harvesting
• Reusable or recyclable packaging
DEGREE OF
VALUE STATEMENT
ALIGNMENT
n/a This principle may be non-applicable if the project does not address production system
Examples / Indicators
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• Deliberatively use preventative methods (e.g. nitrogen fixing plants, biological pest management,
production of natural remedies)
• Produce fibre and building materials on-farm for own use
• Elimination of heavy, soil (structure) damaging machinery
3. Soil health
HLPE Definition: Secure and enhance soil health and functioning for
improved plant growth, particularly by managing organic matter and
enhancing soil biological activity.
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Deliberately and actively preserves and enhances soil health through explicit design for
Strong alignment
improving soil biological activity and structure and preserving soil erosion
Lack of
Does not focus on soil health and may use practices undermining soil health
alignment
This principle may be non-applicable if the project does not address agricultural
n/a
production system
Examples / Indicators
4. Animal health
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Ensures highest standard of animal health and welfare, during entire life cycle with a
Strong alignment
focus on species-appropriate environment and locally adapted and resilient breeds
Lack of Neutral regarding animal health and welfare or meets required animal health and
alignment welfare standards in intensive production
n/a This principle may be non-applicable if the project does not involve animals
Examples / Indicators
• Work with resilient, locally adapted and naturally healthful breeds & promote responsible
research on these
• No breeding-related handicaps (e.g. brittle bones, hip problems, inability to birth naturally, or
proclivities to particular diseases)
• Align number of animals to carrying capacity of the land/water
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• Species-appropriate environment (free range, grass-fed ruminants, foraging fowl, outdoors
ideally all year round)
• High standards of animal welfare: free from stress, hunger, thirst
• Ethical killing, including in fishing
• Preventative approach to disease, preferably with natural remedies/approaches; castration
or other medical interventions only when necessary (not routine)
• Integrated pollinator management
• Eliminate/ reduce actively/significantly use of synthetic feeds and hormones - increase use of
organic feeds
• No separation of mother from young; no routine slaughter of baby males
5. Biodiversity
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Deliberately and actively protects and enhances biological diversity within production
systems – from domesticated diversity (crops and animal races, ...) and ‘wild’ diversity
Strong alignment
(soil microorganisms, plants, insects, birds, fish, ...) to multi-habitat approaches (land
use diversity at landscape level)
Lack of Neutral with respect to biodiversity or actively manages production system to limit
alignment diversity (e.g. monocultures for ease of mechanical harvesting)
n/a This principle may be non-applicable if the project does not address production system
• Use a diversity of nutrient-rich crops, species and varieties including of local, traditional,
indigenous or ‘orphan’ crops, locally adapted breeds and varieties (animals, trees, crops, fish)
• Encouraging of particular species (e.g. pollinators, pest predators, wild companion plants)
through habitat management
• Conservation of forest fragments around farms, conversion of field edges into woodlands
• Multi-year crop rotation
• Multi-habitat approaches (land use diversity at landscape level)
• Biological soil fertility/health measures
• Measures to enhance local and natural pollinators
6. Synergy
DEGREE OF
VALUE STATEMENT
ALIGNMENT
This principle may be non-applicable if the project does not work on biophysical aspects
n/a
of landscape
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Examples / Indicators
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Actively strives for greater economic diversity of local and regional production
Strong alignment and consumption systems, including to diversify livelihoods and enable financial
independence and autonomy
n/a This principle may be non-applicable if the project does not address livelihoods
Examples / Indicators
• Diversification of production – e.g. honey, wild/foraged foods and herbs, non-timber forest
products, native local fish species
• Safe, nutrient-preserving on-farm or cooperative-based storage agroprocessing/
transformation
• Farm-based or local input production for distribution (seed, seedlings, trees, biofertilisers,
biopesticides)
• Small enterprise development and support in agro-food value chains
• Support short/regional/diversified value chains/circuits, local food system
• Supporting youth and women entrepreneurship
• Farm-based non-agricultural activities (e.g. crafts, agri-tourism, eco-tourism, services, cooking-
classes, school visits)
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8. Co-creation of knowledge
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Examples / Indicators
• Platform for the horizontal creation and transfer of knowledge and good practices:
farmer to farmer learning and exchanges including farmer field schools, farmers’ climate
field schools
community of practices on agroecology
• Farmer research and experimentation groups
• recovery, valorisation and dissemination of traditional and indigenous knowledge
• co innovation between farmers and researchers/participatory research
• transdisciplinary research (design, implementation, analysis, evaluation).
• Improve access to agroecological knowledge:
capacity building/strengthen agroecological extension
improvement and development of agroecology curriculum
consumer food and nutrition education
• Engagement and participation of producers and consumers in local community and grassroots
organizations
HLPE Definition: Build food systems based on the culture, identity, tradition,
social and gender equity of local communities that provide healthy,
diversified, seasonally and culturally appropriate diets.
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Build food systems based on equity and the cultural identity and tradition of local
Strong alignment
communities that provide healthy, diversified, culturally appropriate diets
Lack of Does not address social inequalities and disregards cultural identities and values related
alignment to food and diets
Examples / Indicators
Social values:
• Cultural identity and tradition
• Gender equity
• Youth and women empowerment
• Inclusion (IPLC’s, PWD and other marginalised groups)
• Agriculture based on family farmers which have full access to capital and decision making
processes
Diets:
• Healthy and diversified diets
• Access to culturally and seasonally appropriate food
• Promotion of diversified locally produced healthy diets through a diversified food production
system
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10. Fairness
HLPE Definition: Support dignified and robust livelihoods for all actors
engaged in food systems, especially small-scale food producers, based on
fair trade, fair employment and fair treatment of intellectual property rights.
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Emphasizes fairness as well as decent work, and actively supports dignified and robust
Strong alignment
livelihoods for all actors engaged in food systems, especially small-scale food producers
Lack of Neutral to or disregarding labour conditions as well as injustices in trade and legal
alignment arrangements
Examples / Indicators
• Fair trade and fair prices in local, regional and international markets
• Decent jobs and working conditions for all actors in agri-food system
• social mechanisms to reduce vulnerability
• Producers and consumers organisations
• Dignified livelihoods especially for smallholders
• Protection of traditional knowledge and promotion of fair intellectual property rights, e.g.
Open Source Seeds
• Equitable and collective ownership models
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Emphasizes proximity and relationships between producers, consumers and other food
Strong alignment system actors through promotion of fair, short and local distribution networks, circular
economy, workers’ cooperatives and solidarity networks
Lack of Project does not promote connectivity between food system actors and/or emphasizes
alignment global value chains
This principle may be non-applicable if the project does not address commercialisation
n/a
and exchange of produce
Examples / Indicators
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12. Land and natural resource governance
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Asserts basic rights (especially the right to food and water, land rights) and strengthens
Strong alignment institutional arrangements to support agroecological production and smallholder food
producers as sustainable managers of natural and genetic resources
Lack of Neutral to rights-based approaches and/or ignores role of local communities in natural
alignment resource management
Examples / Indicators
13. Participation
DEGREE OF
VALUE STATEMENT
ALIGNMENT
Lack of
Does not actively encourage inclusive participation and/or centralises decision- making
alignment
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Examples / Indicators
• Inclusive and meaningful participation of women, youth, IPLCs and other marginalised groups in
policy and decision (e.g. making Increased agency of all actors in the food systems, their legitimate
and self-selected representatives sit in relevant governance and implementation bodies)
• Participatory, inclusive and equitable food system governance (including policy development,
food councils)
• Multi-actor food system processes, communities of practice
• Deliberative and consultative democracy such as citizen’s juries, or participatory monitoring or
budgeting mechanisms
• Devolved decision-making
• Community-based natural resource management
• Participatory land use planning, landscape design
• Participatory biosphere conservation and restoration, catchment management
• Local adaptive management
• Rights awareness and capacity to claim for rights holders and accountability for duty bearers
• Strengthened organisational capacity for participation, self-determination and autonomy /
increasing agency (e.g food sovereignty)
secretariat@agroecology-coalition.org
https://agroecology-coalition.org/
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