Journal of Sustainability Science and Management
Volume 14 Number 5, October 2019: 115-127
ISSN: 1823-8556
© Penerbit UMT
EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
BY THE MALAYSIAN TIMBER CERTIFICATION SCHEME
NORZANALIA SAADUN*1.2, MOHD NOOR KHAMURUDIN1, BADRUL AZHAR1,3,
HISHAMUDIN OMAR2 AND MOHD HUSNI HARIZ1
1
Faculty of Forestry, 2Institute of Tropical Forestry and Forest Products, 3Institute of Bioscience, Universiti Putra Malaysia,
43400 UPM Serdang, Selangor, Malaysia.
*Corresponding author: norzanalia@upm.edu.my
Abstract: A study on the export performance of timber products certified under the
Malaysian Timber Certification Scheme (MTCS) was conducted from 2003 to 2015. The
objectives were to analyse the trend and growth of certified timber products (CTP) and
to determine the factors that influenced their export using Generalised Linear Models
(GLM). The annual growth of CTP export had a fluctuating trend. The compound
annual growth rate (CAGR) within the study period was estimated at 31%. The average
annual growth rate (AAGR) estimated using log-linear regression analysis was 22%. The
primary markets for CTP export were European countries, accounting for nearly 83% of
exports over the study period. The Netherlands seemed to be the main destination for
almost half (40%) of the CTP. The major product was sawn timber (59%), followed by
plywood (31%). GLM revealed that the export trend of CTPunder the MTCS increased
with the number of Chain-of-Custody (CoC) certificate holders. More active involvement
in the MTCS CoC certification scheme by industry players could promote the growth of
Malaysia’s sustainable timber trade.
Keywords: Certified timber, forest certification, chain-of-custody, trend, growth.
Introduction
The timber industry is an important
socioeconomic sector in Malaysia. Timber
and timber products contribute approximately
RM21.86 billion to the nation’s economy in
2016, constituting 2.78% of the country’s
total export (MPIC, 2017a), with 3000
manufacturers employing about 180,000
workers (Ratnasingam et al., 2017). At present,
Malaysia is one of the world’s largest tropical
timber and timber product exporter to more
than 160 destinations. Japan, the United States,
India, Australia and Singapore were among
the major markets in 2016 (MPIC, 2017b).
The products exported in 2016 were furniture
worth RM7.84 billion, followed by plywood
(RM4.37 billion) and sawn timber (RM3.39
billion) (MPIC, 2017b).
Considering the magnitude of the
contribution of timber export towards the
Malaysian economy, long-term growth and
performance of the industry are under constant
pressure as global markets become complex and
demanding. With respect to timber and timber
products, forest certification is being adopted
as a market requirement worldwide, especially
in environmentally-sensitive countries and has
become an instrument of private and public
procurement policies to prove the legality
of timber origins (Rametsteiner et al., 2005;
Ratnasingam, et al., 2008; Palus et al., 2017).
Furthermore, green building codes in Europe,
the US and Asia-Pacific are having a significant
impact on the supply and demand of certified
timber products (CTP) (Fernholz & Kraxner,
2012). Hence, forest certification can be seen
as critical to ensure continued market access of
Malaysian timber products (CTP) in the global
marketplace.
Forest certification programs were
introduced in 1992 as a response to rapid
deforestation worldwide, which led to import
bans or boycotts of tropical wood products,
particularly in Europe and USA (Rusli 1996).
Forest Management Certification (FMC) and
Chain-of-Custody certification (CoC) are the
Norzanalia Saadun et al.
two major components of all third-party forest
certification programs (Suryani et al., 2011).
In FMC, the forest management is assessed
based on a pre-determined criteria, indicators
and verifiers, which then provides assurance that
the forests where the timber products originated
from have been managed sustainably (Anderson
& Hansen, 2003). The CoC, on the other hand,
is a category that deals with the certification
of wood and wood-based products throughout
the supply chain. It begins from the time the
raw material leaves the forest until the final
product reaches the consumer (Upton & Bass,
1996). Thus, any company in this supply chain,
including harvesters, processors, manufacturers,
distributors, printers, retailers or anyone taking
ownership of the wood and wood-based products
before the consumer, needs to be certified. The
CoC certification thus assures consumers that
the wood and wood-based products originate
from certified sustainable forests (Anderson et
al., 2005).
Forest certification in Malaysia started in
2001, with the implementation of the Malaysian
Timber Certification Scheme (MTCS) developed
by the Malaysian Timber Certification Council
(MTCC) (Shukri & Sam Shor 2015). However,
due to the lack of international recognition,
market access for MTCS-certified timber had
been a challenge (Mohd Shahwahid, 2004).
To resolve this issue, the MTCC worked to
gain international recognition of its scheme.
In 2009, the certification was endorsed by the
Pan European Forest Council (PEFC) after a
comprehensive and thorough sustainability
assessment process (Lewis & Davis, 2015).
The endorsement allows the MTCC to market
MTCS certified products using the PEFC-label.
Another third-party independent certification
body in Malaysia is the Forest Stewardship
Council (FSC). Most of the certified forests in
Malaysia were endorsed by MTCS. As of 2017,
4.12 million hectares of forests in Malaysia
were certified under MTCS, whereas the FSC’s
scheme covered about 678,855 ha of forests
(FSC, 2017; PEFC, 2017).
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Forest certification will continue to be an
essential part of the Malaysian timber industry.
Firms involved in timber and timber product trade
are encouraged to voluntarily participate in the
CoC certification program. Potential benefits for
CoC-certified companies include international
market access, price premiums, improved
corporate environmental image, reputation,
financial performance and production efficiency
(Miles & Covin, 2000; Humphries et al., 2001;
Ratnasingam et al., 2008). Although the cost
associated with acquiring and maintaining
certification is also known to be very expensive
(Suryani et al., 2011), especially for industries in
developing countries (Perera and Vlosky, 2006),
the number of global CoC certificate holders in
both FSC and PEFC schemes has experienced
a steady growth over the past few years (FAO,
2018).
This trend indicates that demand for CTP
in the global market is very promising. The
Malaysian government — through its National
Timber Industry Policy (NATIP) (2009 – 2020)
— has revised its annual export target of timber
and timber products to RM25–30 billion in
2020 (MTC, 2017). It is, therefore, crucial for
Malaysia to take advantage of the growing CTP
trade while meeting the national policy timber
products export target.
However, despite the growing influence
of forest certification, research on CoC
certification in Malaysia has received scant
scholarly attention. Most studies have focused
on the adoption of CoC by Malaysian furniture
manufacturers (Ratnasingam et al., (2008), the
willingness of consumers to pay more for CTP
(Mohamed & Ibrahim, 2007; Shukri et al.,
2013) or the certification cost for sawnwood
manufacturers (Suryani et al., 2011). Thus far,
little attention has been given on the trend, growth
and performance of CTP export, especially under
MTCS. As noted by Kaimakoudi et al., (2013),
foreign market environments are much more
diverse and competitive, and for these reasons,
information on trend and export performance is
vital to business managers, marketing researcher
and policymakers.
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EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
Moreover, country- or sectoral-level export
performance can be influenced by many factors.
Fugazza (2004) classified determinants of
export performance into internal and external
components. External factors include foreign
market access conditions, such as trade
barriers, competition factors and transportation
cost, which include geography and physical
infrastructure.
Internal factors are related
to supply-side conditions, which depend on
supply capacity (e.g., access to raw materials)
and production cost factor (e.g., labour and
capital). Other supply factors that influence
export performance include domestic transport
infrastructure, macroeconomic environment (i.e.,
real exchange rate), foreign direct investment
and governmental institution(UNCTAD, 2005).
Thus far, determinants of timber product
export performance have been studied
extensively (e.g., Buongiorno and Uusivouri
(1991); Sun and Zhang (2003); Samad et al.,
(2009)). However, only a few studies have
focused on the impact of certification on
export performance. Using firm-specific data,
Adis (2010) investigated the impact of export
marketing strategy and the moderating effects
of environmental factors (i.e., certification)
on export performance in the Malaysian
furniture industry.He found that certification
gave a positive contribution towards export
performance if companies put emphasis on
product adaptation, and distribution and design
strategies. In a more recent study, Guan et al.,
(2019) had investigated the impact of FSC CoC
certification on global export of wood products
and found that the certification had positive
effect on the net export of timber products,
especially for sawnwood, particleboard,
plywood, furniture and fibreboard. While the
authors did consider the role of CoC certification
on the export of global timber products, their
study focused on FSC CoC certification and
used the aggregated global timber trade, which
might include uncertified and certified timber
trade data from various forest certification
schemes. To date, there is hardly any study that
specifically investigates the factors influencing
117
the export performance of CTP, particularly the
supply-side factors.
Therefore, in an attempt to address the gap
in the literature, this paper aims to examine
the performance of CTP exports under MTCS.
Specifically, the objective is to analyse the
trend and growth of CTP exports from 2003 to
2015,and determine the factors that influenced
their performance.
Materials and Methods
Export Trend and Growth Analysis
The data for the analysis was obtained from
published MTCC annual reports and publicly
accessible online data from the PEFC website.
The period of the study was from 2003 to 2015
(12 years). The time series data comprised the
export volume of CTP by region, country and
product type. Yearly aggregated exports of CTP
volume in m3 were obtained from the MTCC
annual reports for growth analysis. In addition,
the number of forest management (FM)
certificate holders, number of CoC certificate
holders and area of forest certified under MTCS
were also collected. The analysis of top markets
and types of products for certified timber
export were based on the highest cumulative
volume over the 12 years. Analysed data
were then sorted and presented in a graph. The
annual growth rate (AGR) of CTP exports was
calculated using Eq. 1:
(1)
where AGRt is the annual growth rate at year
t; Yt is the export volume of certified timber
product at year t; and, Yt-1 is the export volume
of certified timber product at year t-1.
To determine the mean annual growth rate
of CTP export between 2003 and 2015, the
compound annual growth rate (CAGR) was
determined using Eq. 2:
(2)
where CAGR(t0,tn) is the compound annual
growth rate between year t0and yeartn;Y(t0) is the
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Norzanalia Saadun et al.
118
export volume of certified timber product at year
t0; and, Y(tn) is the export volume of certified
timber product at yeartn.
The CAGR estimation could give a broader
picture of CTP export growth over the 12 years.
Although the CAGR considered compounding,
nevertheless it focused on the first and last export
volume observations in the series and ignored
the information in intermediate observations
and any trend in growth rates that might
develop over the period. A common approach
to measuring average growth rates was using
the linear regression approach as it considered
all data points in the series. Several studies
had employed linear regression to estimate the
average growth rate of agriculture exports, such
as rice in Vietnam (Thanh & Singh, 2006) and
ginger in India (Karthick et al., 2015). In this
study, the log-linear regression was employed
to estimate the average annual growth rate
(AAGR) of CTP by using Eq. 3.
InYt = α + βt + εt
(3)
where lnYt is the natural log of CTP export
volume at year t; α and β are unknown
parameters; and, εt is the error term with mean
zero and common variance i.e.εt ~N (0,σ2).
The α and β parametersin Eq. 3 were estimated
using the least squares method and the estimated
model is as shown in Eq. 4:
InYt = α + βt
(4)
The estimated on the time variable becomes
a measure of CTP AAGR. The percentage of
AAGR was calculated using Eq. 5.
AAGR = β x 100
(5)
Factors Influence Export Performance of
Certified Timbers Products
Supply-side factors which depend on supply
side capacity were assumed to have a significant
influence toward CTP export performance.
Guan et al., (2019), using the HeckscherOhlin-Vanek model, suggested that the level
of CoC application had significant and positive
impact on net global timber export. For this
study, three supply-side condition factors
were considered,namely the MTCS-certified
forest area, number of MTCS CoC certificate
holders and number of forest management
(FM) certificate holders. The selection of
supply factors were largely dependent on the
availability of data from MTCC and literature.
Generalised Linear Models (GLM) were
used to examine the relationship between supply
factorvariables and CTP export volume.The
data were fitted using a normal distribution with
the identity link function. Correlation among
pairs of predictor variables was examined with
׀r>׀0.7, implying that model estimation and
prediction could be distorted due to collinearity
between the variables (Dorman et al., 2013). In
this study, the number of FM certificate holders
was removed because it was highly correlated
with CoC certificate holders (r= -0.824). All
analysis was conducted using GenStat software
version 12.0 (VSN International, Hemel
Hempstead, UK).
Results and Discussion
Trend and Growth of Timber Products Exports
under MTCS
The export volume of timber products with
MTCS certification from 2003 to 2015
experienced a fluctuating upward trendas shown
in Figure 1. A cumulative total of 1.182 billion
m3 of CTP had been exported within the period.
CAGRwas estimated at 31% (Table 1). Using
the log-linear regression analysis, AAGR of
CTP export exhibited significant growth with
an estimated rate of 22% annually (F=39.78,
P=0.0000).
As shown in Figure 1, the export volume
increased drastically from 5,720m3 in 2003to
75,279 m3 in 2006. During this period, it
registered positive and remarkable growth with
the highest growth rate recorded in 2004 (237%)
and 2006 (152%) (Table 1).
The volume of CTP exported somewhat
levelled off between 2007 and 2010. However,
the growth analysis revealed that there were
two negative growth rates registered during this
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EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
119
Figure 1: Export of timber product certified by the MTCS from 2003-2015
Table 1: Estimated annual growth, CAGR, and AAGR of Certified Timber Export
Year
Export Volume (m3)
Annual Growth Rate
2003
5,720
-
2004
19,257
237%
2005
29,893
55%
2006
75,279
152%
2007
70,385
-7%
2008
81,338
16%
2009
84,118
3%
2010
74,778
-11%
2011
96,722
29%
2012
112,098
16%
2013
164,612
47%
2014
168,094
2%
2015
198,992
18%
CAGR
31%
R
AAGR
2
0.78
Coefficient (β)
0.2236** (0.4782)
% growth
22%
Note: Figure in parenthesis indicates standard error of the respective coefficient. **- Significant level at 0.01
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Norzanalia Saadun et al.
120
period (2007-2010), with -7% in 2007 and -11%
in 2010. A similar downward trend was also
observed by Harun et al. (2014). The fall of CTP
export from 2007 to 2010 could be attributed to
a wide range of factors, but the global financial
and economic crisis then had been cited as the
main reason for the downturn of tropical timber
and timber product trade globally, especially in
the European and US markets.
of CTP. Third was linked to the enactment and
implementation of strict timber laws in many
importing countries/regions. They included
the Lacey Act 2008 in the US, the EU Timber
Regulation 2013 within the framework of EU
Forest Law Enforcement Governance and Trade
(FLEGT) action plan 200, and theAustralian
Illegal Logging Prohibition Act 2012 (Masiero
et al., 2015).
In fact, the European Union (EU),which
was once the world’s largest importers of
tropical timber and timber products before the
crisis, experienced a dramatic drop of 22% in
its timber import share between 2007 and 2011
(ETTF, 2013). Oliver (2015) pointed that during
the global economic downturn, many European
importers, wholesalers and agents had to
changetheir procurement strategies to maintain
a low level of inventory and favouring local
timber suppliers to ensure just-in-time delivery.
Because of this, many European buyers were
stopping and cancelling overseas orders even
beyond 2009, causing a massive shock to the
industry in Malaysia, especially on small- and
medium-scale enterprises (Maplesden, 2013).
The economic crises had also adversely affected
the construction sector, especially in the US,
which subsequently reduced its demand for
wood building material and furniture (Masiero
et al., 2015).
Besides these legal requirements, the
gradual spread of sustainable and legal timber
procurement policies adopted around the world,
especially for the public sectors to buy timber
products from a sustainable and legal source,had
also given significant impact to the global tropical
timber trade. As of July 2014, about 26 countries
had
established government procurement
policies, either voluntary or according to
mandatory guidelines, with 19 countries in the
EU and at least seven outside the EU (Australia,
China, Japan, Mexico, New Zealand, Norway
and Switzerland) (Brack, 2014). As noted by
Brack (2014), various indicators were used as
proof of legality and/or sustainability, but most
of the policies specifically required a third-party
certification scheme (either FSC or PEFC).
According to Martin and Ghazali (2015), both
timber legality and new public sector timber
procurement policies appeared to have helped
some of the tropical timber producers to
comply with the standards set by the importing
countries and subsequently increased export
of CTP among International Tropical Timber
Organisation (ITTO) countries.
Nevertheless, the export volume of CTP
rebounded and recorded a remarkable increase
again from 2011 onwards, almost doubling
from 96,722 m3 in 2010 to 198,992 m3 in 2015.
Several reasons might explain the increasing
trend during these periods. First was due to the
economic recovery in 2011 and 2012, whereby
demand for certified timber began to increase,
especially from industrialized countries (Oliver,
2015). Second was related to the growing
market for Malaysian CTP due to the PEFC
endorsement of MTCS in May 2009 (Lewis &
Davis, 2015). In 2013, the MTCC statedthatits
strategy to promote the use of PEFC logo
among all PEFC CoC certificate holders since
2012 seemed to facilitate market penetration
and hence, helped to increase the export volume
Trend of Timber Products Exports under
MTCS by Destination
As shown in Figure 2, the main and traditional
export destination for Malaysian CTP between
2002 and 2015 was the EU, with a cumulative
total of about 97,8905m3 or 83% share. The
second largest destination was Oceania/Pacific,
followed by East Asia, West Asia and, finally,
Africa with cumulative totals of 67,396m3,
46,241m3, 35,253m3 and 28,533m3, respectively.
Most regions except the EU and Oceania/Pacific
(i.e., Australia) began importing CTP from
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EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
Malaysia from 2010 onwards, and the market
became more diversified in 2012 (Figure 2).
This trend showed that the international
eco-labelling marketing strategy (i.e., use of
PEFC logo) engaged by MTCC since 2009
(Johannson, 2014) had born fruit by helping
Malaysia to increase export share in existing
markets and facilitated penetration into new
markets like East Asia (China, Japan, Korea),
West Asia (Bahrain, Jordan, Kuwait, Oman,
Qatar and UAE), Africa (South Africa) and
the Oceania/Pacific region. In addition, legal
requirements and public procurement policies
for timber might also explain the variety and
increasing market for Malaysian certified timber
as evidenced by new markets such as China.
According to Oliver (2015), China had emerged
as an important export destination for tropical
timber products since 2009 due to growing
demand and decreased supply of local raw
materials.
As expected, the top five CTP importing
countries were mostly from the EU (Figure
3). The Netherlands was the largest importer
between 2003 and 2015, with a cumulative
trade volume of 473,646 m3 or 40.1% share.
The United Kingdom was second largest market
with a cumulative total of 257,018 m3 (21.85%),
121
followed by Belgium with 74,018 m3 (6.3%),
Germany with 68,884m3 (5.85%), and France
with 57,997 m3 or about 4.9% of the export
share. Exports to the Netherlands were mostly
sawntimber, which was generally used to make
window frames in the construction sector
(Oliver, 2015). Although the Netherlands served
as an essential market for Malaysian CTP,
dependency on a single market, however, was a
concern in the long run as exports would become
dependent on the importing country’s political
and economic climate. Sudden changes in legal
and trade policies (e.g. import tariff) would
greatly impact the timber industry. Furthermore,
construction markets in the Netherlands were
more exposed to sharp decline (Oliver, 2015).
Therefore, export strategies needed to be reexamined with more effort to promote the
acceptance of Malaysian CTP in other green
markets such as the USA. Malaysian efforts to
negotiate on the FLEGT Voluntary Partnership
Agreement (VPA) with the EU, which started
way back in 2007, should continue as this could
facilitate the trade of Malaysian timber in the EU
countries. In realising this effort, cooperation
with all stakeholders were needed as the VPA
would not only cover Peninsular Malaysia, but
also Sabah and Sarawak.
Figure 2: Export of timber products certified by the MTCS by region from 2003-2015
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Norzanalia Saadun et al.
122
Figure 3: Export of timber products certified by the MTCS by country from 2003-2015
Trend of Timber Products Exports under
MTCS by Products
Figure 4 shows the types of CTP export from
2003 to 2015. Most of them were sawntimber
and plywood, which were low value products,
with export shares of about 58.5% and 30.9%,
respectively. This was followed by mouldings
with an export share of about 9.5%. Other
products, such as door jambs, woodchips, paper
and laminated scantling contributed a small
portion of the export only as demand for these
products was not consistent.
Efforts were needed to promote the export
of secondary and tertiary certified wood products
through enhanced value-adding, such as
furniture. Even though furniture was the biggest
export earner among wood-based products in
Malaysia (MPIC, 2017b), it was interesting
to note that the export of MTCS-certified
furniture only started in 2015. This might be
due to the introduction of the new “PEFC
controlled sources” claim in 2013, whereby
rubberwood was allowed to be used as a source
material in timber products that could carry
the PEFC endorsement (MTCC, 2012). While
there had been more interest among furniture
manufacturers to obtain PEFC CoC certification
under MTCS, the uptake had been rather slow
(MTCC, 2014; Ratnasingam et al., 2018). As
noted by Ratnasingam et al., (2008), furniture
manufacturers in Malaysia were not ready to be
CoC-certified due to several reasons, including
lack of price premiums, limited market potential
and high implementation cost.
While
the
Malaysian
furniture
manufacturerswere not keen to obtain CoC
certification, the prospects for CTP, especially
garden furniture, were expected to be good.
According to CBI (2017) report, certified garden
furniture was expected to gain preference,
especially in the European market. In the advent
of the Internet age, online marketing channels
in developed countries allowed household
consumers and importers, such as “Do-ItYourself” (DIY) retailers and wholesalers, to
order directly from producers in developing
countries (CBI 2017). This purchasing trend
implied that more business opportunities would
be available for Malaysian furniture companies
that engaged in CoC certification and green
e-commerce.
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EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
123
Figure 4: Export of timber products certified by MTCS from 2003-2015
Trend of Forest Areas Certified and Chain-ofCustody Certification under MTCS
Figure 5 shows the area of forest certified by the
MTCS against CoC certificate holders from 2003
to 2015. Throughout the period, the certified
forestarea was fairly stable, with 4.1 million
hectares in 2003 to about 4.7 million hectares in
2015. The slight fluctuations of certified areas,
particularly between 2007 and 2009, were due
to certification suspensions, reassessments and
recertifications in a few forest management units
(FMUs). In addition, most of the certified forests
were located in Peninsular Malaysia. In 2015,
about 4.65 million hectares of natural forests
in Peninsular Malaysia was certified, while
Sabah and Sarawak accounted for 202,791 and
110,624 hectares, respectively. In Sarawak, the
areas certified were mainly forest plantation
management units (FPMUs).
The number of CoC certificate holders
showed an increasing trend over the years, from
38 in 2003, to 354 in 2015. Over the years,
although there were withdrawals of certification,
the upward trend of CoC certification among
Malaysian timber companies suggested a
growing demand in the market place. In addition,
this trend might also imply that over the years,
more companies were becoming aware of ethical
and sustainable practices.
Factors Influencing the Export Performance
of Timber Product Certified by MTCS
The GLM results showed a significant positive
relationship between CTP export volume and
number of CoC holders, with 95.86% of the
variation explained by the model (Table 2).
The results suggested that as the number of CoC
certificate holders increased, the export volume
of CTP also increased (Wald statistics = 246.2,
P<0.01). This result corroborated with Guan et
al., (2019), who found that application of CoC
certification would increase the export of wood
products; consequently, the volume of certified
wood products in the world market. While Guan et
al., (2019) considered FSC CoC certification and
global wood products export, this study covered
MTCS-certified products, a PEFC-endorsed
scheme and utilized data on export of CTP.
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Norzanalia Saadun et al.
124
Figure 5: Forest areas certified by MTCS against the number of CoC certificate holders
Table 2: GLMresults on CTP export against supply factors
Variables
Parameter estimate
Wald statistic
P value
Area of forest certified
592.2
0.5
0.515
Number of CoC certificate
holders
-0.0086
246.2
0.001
It was also evidenced from this study that
although the area of forests certified under the
MTC remained relatively stable, the volume
of CTP export had increased with more
participation of CoC certificate holders. This
result signalled that concerted efforts should be
focused on actively promoting CoC certification
among harvesters, processors, manufacturers,
distributors, printers, retailers and among those
directly involved in the supply chain. Hence,
this studyproposes an
active promotional
programme to encourage timber and timber
product companies to obtain CoC certification
and proactively source and trade wood materials
from sustainably-managed forests.
Conclusion
The export volume of CTP under MTCS
between 2003 and 2015 recorded significant
positive growth with an estimated average rate
of 22%. The positive trend could be attributed
to several factors including increased demand
for certified timber from the industrialised
countries after the 2007 global economic crisis
and endorsement of MTCS by PEFC scheme,
which opened new market access, especially in
East Asia. In addition to this, timber regulations
and growing public procurement policy for legal
and sustainable timber and timber products
in developed countries might also explain the
increasing number of certified companies.
EU countries, especially the Netherlands,
were the largest export market for CTP that
accounted for a cumulative 40.1% of the
export volume over the period of study. While
the Netherlands seems to be an important
destination, efforts to diversify the market
should be emphasized through promotions
and acceptance of Malaysian certified tropical
timber in other countries. During the study
period, exports of CTPs were dominated by
relatively low value-added products, such as
sawn timber and plywood. Remedial measures
were needed to increase exports of CTP with
high value, such as paper and furniture.
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EXPORT PERFORMANCE OF TROPICAL TIMBER PRODUCTS CERTIFIED
Nevertheless,
Malaysian
furniture
manufacturers would have to adapt to the changing
consumer preference and buying behaviour,
especially the use of green e-commerce marketing
channels through the Internet. The increase in the
number of CoC certificate holders significantly
influenced the increase of CTP export volumes.
This finding suggested that relevant timber
industry development agencies needed to actively
promote all companies that manufacture, trade or
sell timber products to obtain CoC certification
to increase Malaysia’s export share in the world
market.The data and results for growth analysis
were based on aggregated volume because of
insignificant and inconsistent data for a separate
analysis of CTP growth due to lack of demand.
Therefore, future research should examinethe
trends and growth of each CTP under MTCSPEFC endorsed scheme to get a detailed picture
of a particular CTP export performance. Although
this study had confirmed that the increase inCoC
certification have had a significant and positive
impact on certified product export, however, it
must be noted that the real world market situation
was complex and other factors might influence
the export performance.
For future research, consideration of
other supply-side factors, such as production
cost factor (e.g., labour and capital), domestic
transport infrastructure and macroeconomic
environment (i.e., real exchange rate) using
econometric models should be conducted to
verify the results.
Acknowledgments
This study was supported by Universiti Putra
Malaysia under the Putra Grant Scheme
(GP/2018/961000). The authors would like
to thank the Malaysian Timber Certification
Council (MTCC) for providing assistance
during data collection.
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