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Value Chains for Rural Development
Q2 Progress Report, Annex 4
Value Chains Assessment Report:
Soybeans - Southern Shan
March 6, 2015
DISCLAIMER The author’s views expressed in this publication do not necessarily reflect the view of the United States
Agency for International Development or the United States Government.
USAID/Burma’s VC-RD Project AID-482-LA-00004
Q2 (2015) Progress Report, Annex 4, Soybeans Assessment
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TABLE OF CONTENTS
List of Acronyms ............................................................................................................................................................... iii
Introduction ........................................................................................................................................................................ 1
Market Trends .................................................................................................................................................................... 2
Demand ........................................................................................................................................................................... 2
Supply............................................................................................................................................................................... 5
Soybean Value Chain Map ............................................................................................................................................... 8
Description of Value Chain Actors ............................................................................................................................... 9
Input Supply .................................................................................................................................................................... 9
Production ...................................................................................................................................................................... 9
Trading .......................................................................................................................................................................... 11
Processing ..................................................................................................................................................................... 12
Summary of Value Chain Constraints and Possible Market-based Solutions .................................................... 14
Illustrative VC-RD Facilitation Activities .................................................................................................................... 15
Appendices:
(1) Itinerary and In-Country Activities Conducted
(2) Contact Details of Soybean Value Chain Actors Interviewed
(3) Value Chain Interview Guides
(4) Example Question Guides: Developing Demonstration Plots & Establishing Trial Plots
(5) Reference Documents
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List of Acronyms
FAO Food and Agriculture Organization of the United Nations
ha hectare
kg Kilogram
MMK Myanmar Kyat (local currency)
MT Metric Ton
USAID United States Agency for International Development
USD U.S. Dollar
USDA United States Department of Agriculture
VC-RD Value Chains for Rural Development Project
WB World Bank
Conversion:
1 USD = 1,030 MMK (as of January 2015)
1 Viss = 1.63 kilograms
1 MT = 612.5 viss
1 ha = 2.47 acres
Prepared by:
Henry Panlibuton, Consultant
Acknowledgements
The author would like to extend his deepest appreciation for all of the extensive technical and logistical
assistance provided in Myanmar by Winrock and the VC-RD project staff. Special thanks and
acknowledgement goes to the dedicated and hardworking soybean value chain actors visited throughout
this assignment. Their warm hospitality and willingness to openly share and discuss experiences was greatly
appreciated.
USAID/Burma’s VC-RD Project AID-482-LA-00004
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Introduction
The goal of the Value Chains for Rural Development (VC-RD) project, funded by USAID/Burma, is to
sustainably reduce poverty and hunger through: (i) improved smallholder productivity and profitability; (ii)
strengthened value chain linkages and competitiveness; and (iii) increased private sector engagement to
support value chain upgrading.
Based on a selection process conducted by the VC-RD technical team, approximately 10 value chains
were short-listed. Among the top value chains considered, soybeans were selected for further assessment
and served as a model for the VC-RD technical team to learn how to systematically conduct value chain
analyses. This report describes the process and findings of the Southern Shan soybean value chain
analysis—conducted by a team of VC-RD technical staff (Thet Htun Aung and Thet Swe) and led by the
consultant. See Appendix 1 for a detailed itinerary and summary of activities conducted in Myanmar.
Description of Activities and Methodology
A preliminary map of the soybean value chain was completed first and enabled the assessment team to
identify the main value chain actors and key informants to interview in Southern Shan (the initial focus of
the VC-RD project). The mapping exercise also provided an opportunity for the assessment team to show
their current understanding of the value chain’s primary activities/functions and to detect possible
information and knowledge gaps.
From January 13-February 29, 2015 the soybean assessment team conducted over 44 interviews with
value chain actors and key informants throughout the Taunggyi District of Southern Shan and in Yangon
including: agro-input suppliers, smallholder farmers, medium/large-scale farmers, village traders, township
traders, merchants, large-scale agents/brokers, oil millers, soybean-based food processors, poultry
producers, and relevant trade associations. Below is a breakdown of the types of actors interviewed (Table
1) and their general location (Figure 1). Complete contact details can be found in Appendix 2.
Figure 1. Interview Areas – Southern Shan
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Table 1. Type/Location of Value Chain Actors Interviewed
To ensure the consistency and breadth of primary data collected, a structured interview guide was
developed and reviewed with the VC-RD technical team. The interview guide is not meant to be
an exhaustive questionnaire, but a tool or checklist for the assessment team to review topics and
possible areas of inquiry during the interviews (see Appendix 3).
Throughout the primary data collection process, the value chain map was continuously refined and
updated as more information was compiled and relationships became clearer. The most recent
value chain map for Southern Shan soybeans can be found in Section 3, and a brief summary of
the major value chain functions and related actors is presented in Section 4.
Market Trends
Demand
China’s Unmet Demand for Soybeans: As the largest producer in the world for both soybean oil
and meal (for protein animal feed), China currently consumes 86.2 million Metric Tons (MTs) of soybeans
with domestic demand increasing almost 8 percent over the past five years. Yet, with local soybean
production of only 12.3 million MTs, China has significant unmet demand. See Figure 2.
Value Chain Actor Villag
e
Level
Township/
District
Level
Yangon
Level
Agro-input Supplier 1
Smallholder Farmers 11
Large-scale Farmer/Trader 1
Small/Village Traders 6
Township Traders 5
Township Merchants 1
Local Feed Mills/Poultry 1 1
Small-scale Oil Mills 2 2
Large-scale Oil Mills 2
Local Food Processors/
Retailers
4 1
Large-scale Feed Mills 2
Yangon Agents/Brokers 1
Exporters 1
Trade Associations 1 1
Total Interviews [44] 21 15 8
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Figure 2. China Soybean Consumption vs. Soybean Production: 2005-2014 (‘000 MT)1
Therefore, China must heavily rely on soybean imports to meet its needs. Importing approximately 74
million MT in 2014/15 (or 65% of total global imports), China is by far the world’s biggest buyer of
soybeans. See Figure 3.
Figure 3. World Soybean Imports: 2010-2014 ('000 MT)2
Growing Domestic Demand for Protein Meal: In Myanmar, the growing local demand for soybeans
is based on the increased need for protein animal feed (especially from soybean meal or cake) for
use in poultry, livestock, and fishery production. Depending on the type of poultry/livestock being
1 USDA/Foreign Agricultural Service; Production, Supply and Distribution Online data via IndexMundi.com 2 USDA/Foreign Agricultural Service; Production, Supply and Distribution (PSD) Online; Table 07: Soybeans: World Supply and Distribution
12,350
86,200
0
20,000
40,000
60,000
80,000
100,000
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
SoybeanProduc on SoybeanConsump on
China,74,000EuropeanUnion,12,750
Mexico,3,950Japan,2,900Indonesia,2,350
0 10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000
2010/11
2011/12
2012/13
2013/14
2014/15
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raised, the specifications for oil and protein content in animal feed can vary. For example, poultry layers
require higher protein and lower oil content while higher protein and oil is acceptable for broilers.
As a by-product of oilseed processing, the type of extraction method used will determine the protein and
oil content of the soybean meal/cake. (See Figure 4.) The primary type of oilseed extraction in Myanmar
is the mechanical screw press—a relatively inefficient
method that produces soybean cake with high oil
(approximately 30%) and low protein (approximately
15%) content. The use of hexane solvent, on the other
hand, is a more productive extraction process and
results in soybean meal with very little residual oil (less
than 1.5%) and higher protein (approximately 48%).3
Only one company, Ruby Lion Manufacturing Co.,
currently has the capacity for hexane processing in
Myanmar.
The expanding poultry and livestock industry demands
a substantial amount of high protein (and low oil) feed
meal that cannot be met by the small volumes of poor
quality, locally available soybean cake. Thus, it is estimated that over 65,000 MTs of soybean meal is
imported into Myanmar annually.4
Soybeans that are not crushed for oil are called “full fat”
and produce full fat soybean meal with higher oil
(approximately 18%) but slightly lower protein
(approximately 36%) than hexane-extracted meal. (See
Figure 5.) Full fat soybean meal is preferred for poultry
broiler production. As the largest broiler producer in the country, C.P. Livestock Co. meets 60% of its
animal feed needs with its own in-house full fat soybean processing. But the high cost and limited availability
of imported enzymes have hampered broad commercial production of full fat soybean meal in Myanmar.
Small but Developing Local Demand for Healthier Vegetable Oils: While the Myanmar market
for vegetable oil is quite sizeable (almost 1.3 million MTs in 2011), three-fourths of total
production/imports comes from only three sources: imported palm; sesame seed; and groundnuts. Cheap
imported palm oil, either used directly or mixed with other oils, is now the main vegetable oil
(approximately 31% of the total) in Myanmar. See Figure 6 below.5
3 Based on primary data collected via key informant interviews. 4 Ibid. 5 Source: based on FAOstat Food Balance Sheet; data and graphic extracted from Business Opportunities and Food Safety of the Myanmar Edible Oil
Sector (2014).
Soybean Oil (via screw press)
Soybean Oil (via hexane)
Soybean Meal
Soybean Cake
Soybean
Soybean
Figure 4. Types of Soybean Oil Processing
Full Fat Soybean*
Full Fat Soybean Meal
+ Enzyme
Figure 5. Full Fat Soybean Meal Processing
Figure 6. Myanmar Production and Imports of Vegetal Oil (2011)
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Palm oil has high saturated fat that hardens in colder temperatures so most consumers prefer lighter oils,
especially groundnut. But pure groundnut oil is more expensive (4,500 MMK/viss or USD 2.68/kg.) than
sunflower, sesame, and other locally available oils. At the moment, soybean is only 3% of total vegetable
oils in the country yet there appears to be emerging domestic demand for it as a healthier and cheaper
(3,000 MMK/viss or USD 1.79/kg.) edible oil.
Supply
The United States, Brazil, and Argentina alone produce
over 82% of the world’s supply of soybeans (see Figure
7).6 China is also a major producer but, as mentioned
above, is not able to meet its own domestic
consumption needs and must rely on imports.
Within the Southeast Asia region, the top soybean
producing countries are Indonesia, Myanmar, Vietnam,
and Thailand. Over the past few years, soybean
production has generally declined throughout the
region. While starting with a smaller base, soybean
production in Myanmar has remained steady at 22% of
total regional production and area planted. (See Figure
8.)
6 USDA/Foreign Agricultural Service; PSD Online; Table 07: Soybeans: World Supply and Distribution
Figure 7. Global Soybean Production (‘000 MT)
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Figure 8. Southeast Asia Soybean Production (2000-2014)7
The biggest soybean producing area in Myanmar is Shan State, accounting for more than 52% of total
domestic production. Other important production areas include the Ayeyarwady, Sagaing, and Bago
regions. (See Figure 9.) A more detailed description of soybean production in Southern Shan can be found
in Section 4.2 below.
7 USDA
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Figure 9. Myanmar Soybean Production by Region/State (2011)8
8 Myanmar Statistical Yearbook 2011; Table 5.12 Sown Acreage of Selected Crops by Region and State.
KachinState4%
KayahState3% KayinState
2%ChinState1%
SagaingRegion8%
BagoRegion9%
MagwayRegion3%
MandalayRegion7%
MonState1%
ShanState52%
AyeyarwadyRegion10%
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Soybean Value Chain Map
Input Supply
Production
So. Shan
Trading
Processing
Export
Smallholder Farmers
Agro-input Dealers
Small / Village Traders
Township Merchants Small Oil Mills
Large Oil Mills
(Ruby Oil, etc.)
Local Food Processors
Imported
Soybean Meal
Poultry Proc.
(CP, Teck Chg)
Large Feed Mills
(CP, May Kha)
Township Traders
Wholesale
Merchants
Exporters
CHINA
Yangon Food Processors
Med/Large-
scale Farmers
Imported
Soybean Meal
[Township Processor Channel] [Trader Channel] [Large Processor Channel]
Yangon
Brokers
Legend
line thickness is approx. trade vol.
= soybean oil/cake
= integrated relationship
Yangon
Trading
Local Poultry
[from Lashio]
[from Taunggyi]
Other Markets
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Description of Value Chain Actors
A description of the major functions and related private sector actors shown in the soybean value chain
map (Section 3) are presented below.
Input Supply
Soybean farmers in Myanmar do not use many agro-inputs for production. Seed is their primary input and
is usually saved from previous crops and manually broadcasted. Commercial improved or hybrid seed is
not used in Myanmar. In general, soybean farmers will self-sort and select seed based on crop duration,
seed and plant size. Some farmers may get seed from small traders (that they sell to) or other soybean
farmers when needed. For an acre of irrigated land, it is estimated that eight to nine viss (approximately
14 kgs) of seed are needed. At a reported seed price of 1,700 MMK (USD 1.65) per viss at planting, total
local seed cost would be 14,450 MMK (USD 14.00) per acre.9
The two most common types of soybeans in Shan
State are “small round” seed with a three-month
duration and yield of 600 viss (978 kg.) per irrigated
acre, and “large round” seed with a three and a half-
month duration and yield of 800 viss (1.3 MT) per
irrigated acre. There is reportedly only 50 MMK
(USD 0.05) per viss difference in price between the
two seed types. It should be noted that soybean yields
for upland areas are significantly lower at only 250 to
350 viss (408 to 571 kg.) per acre.10
Overall, smallholder farmers feel that input costs for
soybean production are much lower than other
alternative cash crops. Since soybeans are typically
grown in rotation, fertilizer is not purchased explicitly
for its production. Soybeans benefit from the use of fertilizers for the previous crop (e.g. garlic, maize, or
rice). In areas where pod borers are prevalent, farmers will spray their plants during flowering to reduce
infestation. The cost for the pesticide spray is minimal at 2,000 MMK (USD 1.94) per acre.
Production
There is no large-scale or mono-crop production of soybeans in Myanmar; it is grown by smallholders
(i.e., < five acres) or medium/large-scale farmers (i.e., > five acres) on a crop rotational basis. In Southern
Shan, soybeans are produced on irrigated (Le) or upland (Yar) areas by an estimated total of 30-40,000
smallholders. Depending on the specific location and land type, cropping patterns for soybean will differ.
In Southern Taunngyi district, soybeans are produced in rotation with maize or rice in upland areas; or
9 Based on primary data collected via key informant interviews. 10 Ibid.
Sithu is a successful agro-input dealer in Shwe Nyaung,
within Taunngyi township, Southern Shan. In addition to
selling local/imported fertilizers and maize seed, he also
has farmland and is a larger-scale township trader of
maize. He is very interested in developing and
promoting improved soybean seed for farmers in the
area, and possibly trading soybeans.
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grown in between garlic and rice on irrigated land. In Eastern and Northern Taunggyi districts, farmers
rotate soybeans with niger seed or else plant only maize/pigeon pea in upland areas; on irrigated land they
will grow soybeans both before and after rice. (See Figure 10.) The shorter duration (“small round”)
soybean is particularly important in the irrigated Le areas since the subsequent planting of rice immediately
after the soybean harvest cannot be delayed.
As stated in Section 4.1, higher-yielding commercial soybean seed varieties are not currently used in
Myanmar. In addition, the conventional farming and post-harvest practices (e.g. seed application, plant
spacing, land preparation, drying, storage, etc.) of most smallholders limits productivity and yield. No
formal extension advice or technical support for soybean smallholders was reported.
In the major production zones of Eastern and Northern Taunggyi, soybean harvesting takes place during
Monsoon so drying is an acute problem. Consequently, many farmers in these areas do not bother to dry
their soybeans very much, or at all, before selling to village/local traders. Similarly, local traders will sell to
larger township traders despite price deductions for high moisture content. Moreover, the available labor
needed for soybean harvesting during Monsoon is allocated for land preparation and planting of rice. See
Figure 11.
Figure 11. Cropping Calendar – Southern Shan
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Maize/Pigeon Pea – North & East Taunggyi (Yar)
Soybean - East Taunggyi (Le)
Garlic
Maize/Rice – South Taunggyi (Yar)
Niger Niger
Soybean - East Taunggyi (Le)
Garlic
Soybean - South Taunggyi
Soybean - North & East Taunggyi (Yar)
Pigeon Pea (Yar)
Soybean Maize/Rice
Garlic Soybean Rice
Yar (upland)
Le (irrigated)
[SOUTHERN TAUNGGYI]
Soybean Niger
Soybean Rice Soybean
[EASTERN & NORTHERN TAUNGGYI]
Maize/Pigeon Pea
Figure 10. Soybean Cropping Patterns in Southern Shan
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In total, soybean farmers in Southern Shan produced an estimated 122,250 MTs (or 50% of national
soybean production) from approximately 80,000 acres last year.11
Trading
Soybean prices can range from 800 to 1,000 MMK per viss (or USD 0.48-0.60 per kg.) based on quality
specifications of moisture content, seed size, consistency of seeds, waste material, etc. Garlic prices are
more volatile, fluctuating from 500 to 2,000 MMK per viss (or USD 0.30-1.19 per kg.). Though maize
prices are more stable than garlic, at 280 to 400 MMK per viss (or USD 0.17-0.24 per kg.), the market is
unpredictable and input costs are high. Other cash crops may get better prices (e.g. black sesame at 4,200
MMK/viss or USD 2.50/kg; niger seed at 1,100 MMK/viss or USD 0.66/kg.; white sesame at 2,500 MMK/viss
or USD 1.49/kg.) but do not have the same trading volume and market potential as soybeans. Therefore,
smallholders remain attracted to soybean production with its relatively lower input costs, shorter
duration, larger volume market, and comparatively higher margins.
Like most agricultural crops, there are many levels of trading from the farmer to the final consumer or
buyer. At each level along the way, products gets collected and consolidated into larger volumes for
onward transportation and sales. From Southern Shan, the approximate flow and scale of formal soybean
trading is as follows:
from small/village-level traders (20-30,000 viss or 33-49 MT per year)
to township traders (200,000 to 1 million viss or 326 to 1,630 MT per year)
to district-level merchants (2 million viss or 3,260 MT per year)
to Yangon merchants (60,000 MT per year)
11 Ibid.
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The main formal market channels for Southern Shan
soybeans are for processing (in the township/district or
at larger-scale factories in Yangon) or for eventual
export. See Section 4.4 for more on processing.
According to the Yangon-based exporters interviewed,
they cannot compete with other countries exporting
soybeans in bulk. “Value-added” soybean products
(sorted, graded, packaged and ready-for-retail) for
regional export are more competitive. Unlike
merchants or traders, exporters do not buy and store
commodities. They will only purchase once an order
has been placed and the final sales price is determined.
The soybean trade flows shown in Figure 12 (from
2005/2006)12 have not drastically changed, but
informal trade to China is now predominant. The
enormous unmet demand in China, not only for
soybeans but other commodities, drives border trade
from Southern Shan through buyers/agents in Lashio.
Lower transaction costs and direct transportation links
from Eastern and Northern Taunggyi to Lashio make
formal exports via Yangon less profitable. However, when the China gate is open it can adversely affect
other value chain actors by limiting available transportation to Yangon and other markets, decreasing raw
material for local mills/processors, etc.
It was noted that improved communication
technology and the pervasive use of cell
phones have shortened trade links in the
value chain. For example, several village-
level soybean traders in Southern Taunggyi
have grouped themselves together and can
now sell directly to large-scale buyers in
Yangon.
Processing
Soybeans from Southern Shan are
processed into oil, protein meal, and other
soy-based food products. Protein meal for
animal feed appears to be the fastest
growing market segment for processed
12 An Analysis of the Myanmar Edible Oil Crops Sub-Sector, Favre and Myint, FAO (2009), Map 9, p. 202.
Figure 12. Myanmar Soybean Trade Flow
(2005/2006)
Aung Na is a small trader of soybeans and other agricultural
crops in his village of Humsee, Southern Taunggyi District. He
started trading over four years ago and soon realized that with
the traditional ethnic cooperation in his community they could
generate economies of scale and bypass conventional sales
through district-level merchants. His village-based consortium
now annually sells approximately 2 million viss of soybeans
(3,260 MT) directly to large-scale buyers via his
broker/nephew based in Yangon.
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soybean products in Myanmar, as mentioned in Section 2.1 above. With 65,000 MT of imported soybean
meal in the country per year (and possibly increasing), it will be impossible for local production to fully
meet this demand. Large animal feed mills and livestock/poultry producers state that locally available
soybean cake is not adequate for their compounds, but local poultry producers at the district-level still
use it for protein feed.
Figure 13. Soybeans and Soybean Meal Price Trends: 2005-2015 (US$ per kg., FOB Gulf)13
As a globally traded commodity, the local price of soybeans and soybean meal can be affected by current
global price indices. The price trends of soybeans and soybean meal are closely correlated as shown in
Figure 13.
Production costs in Myanmar are generally higher than imports due to lower yields, seed varieties, poor
production and post-harvest practices, etc. If the price of domestic soybeans far exceeds the landed cost
of imported soybeans or soybean meal in Myanmar (or the region), local production will suffer as a result.
The prevailing prices for various local oilseed cakes are shown in Table 2. Although soybean cake is more
expensive, it is preferred for its higher protein content.
Table 2. Local Oilseed Cake Prices
Type of Cake Price
(MMK/viss)
Price
(USD/kg.)
Soybean Cake 1,040 - 1,100 0.62-0.66
Groundnut Cake 700 - 1,050 0.42-0.63
Sesame Cake 800 0.48
Niger Cake 650 0.39
Sunflower Cake 500 0.30
13 Source: World Bank Commodity Data via IndexMundi
Soybeans Price, 0.37
Soybean Meal Price, 0.38
$0.00
$0.10
$0.20
$0.30
$0.40
$0.50
$0.60
$0.70
Jan-
05
Apr-0
5
Jul-0
5
Oct
-05
Jan-
06
Apr-0
6
Jul-0
6
Oct
-06
Jan-
07
Apr-0
7
Jul-0
7
Oct
-07
Jan-
08
Apr-0
8
Jul-0
8
Oct
-08
Jan-
09
Apr-0
9
Jul-0
9
Oct
-09
Jan-
10
Apr-1
0
Jul-1
0
Oct
-10
Jan-
11
Apr-1
1
Jul-1
1
Oct
-11
Jan-
12
Apr-1
2
Jul-1
2
Oct
-12
Jan-
13
Apr-1
3
Jul-1
3
Oct
-13
Jan-
14
Apr-1
4
Jul-1
4
Oct
-14
Jan-
15
Soybeans Price Soybean Meal Price
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For soybean oil processors, the sale of their soybean cake is critical and the basis for covering raw material
costs. The largest soybean oil mills in Myanmar stated that unless a contract for their soybean cake was
finalized, they would not even begin any oil processing or extraction.
The consumer market in Myanmar for soybean oil is still
developing, according to the dedicated soybean oil mills
interviewed. The prevalence of cheap, imported palm oil is
not impeding the emergent trend for eating and cooking with
healthier foods. Most of the oil mills in Taunggyi District
process groundnuts (sourced from the dry zone) but a new
soybean processing and refining company was identified and
interviewed.
Soybean-based food processors produce products including
tofu, tempeh, fermented soybean cake, soy milk, etc. The
local demand for these traditional foods is consistent, yet
there seems to be an opportunity to expand local
production of soy milk which is quite popular with children.
Most of the soy milk in Myanmar is imported from Thailand
but some local companies are promoting their own locally
manufactured products—Snowball Soy Milk is among the
most prominent.
Summary of Value Chain Constraints and Possible
Market-based Solutions
A list of the major constraints in the soybean value chain was
compiled based on the interviews conducted and review of
available secondary data/reports. All of these constraints were expressed by a number of value chain
actors during the interview process. Consolidation and grouping of relevant issues and concerns was done,
where appropriate. For each of the key constraints, possible market-based solutions were identified and
purposely kept general to allow for further analysis of its economic, technical, and developmental
feasibility.
Focus group discussions were then conducted with key informants and value chain actors previously
interviewed. The purpose of these discussions was to: (i) validate the findings of the value chain analysis,
and (ii) explore possible market-based solutions in greater depth. The discussions also provided a unique
opportunity and forum for different value chain actors to share their experiences and perspectives on the
soybean sector.
The Diamond Arrow Soybean Oil Mill, located
in the Taunngyi Industrial Zone, was established
in mid-2013 with an initial investment of 110
million MMK (USD 107,000) for equipment and
technical servicing from China. It is the only
soybean oil mill and refinery in the Taunngyi
District; providing toll refining services as well.
According to the manager, U Aung Aung, the
Delta region is their main source of soybeans
because of its lower price (35% less than
Taunngyi) and reportedly higher oil extraction
rate. One of their biggest constraints is the high
moisture content of raw materials, which
increases the roasting time for processing and
related costs. Similar to other oil mills, they
recover raw material cost from soybean cake
and generate profits from oil sales.
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Table 3. Summary of Soybean Value Chain Constraints and Possible Market-based Solutions
Value Chain Constraint Possible Market-based Solutions
Smallholders only use saved seed for soybean; no
improved seed available
Availability and access to improved soybean seed
for smallholders
Smallholders do not invest in inputs for soybean; reply
on residual fertilizers or inputs (from previous crop)
Access to trial plots and demonstrations of
improved soybean seed and practices for So. Shan
Limited available labor in most upland areas; difficult
for harvesting
Availability and access to appropriate tech. to
improve smallholder productivity
Farmers lack knowledge of “best” production
practices; reduces yield
Training for smallholders in improved soybean
production and post-harvest practices for So. Shan
Harvesting during monsoon makes drying difficult.
High moisture = lower price, lower quality, no storage
Availability and access to improved drying
equipment for soybean/grains
Soybean oil consumption is small (but growing as part
of groundnut oil mix) Promotion of local soybean oil as part of healthy
diet Increased imports of crude palm oil decreases demand
for local oils
Processors operating below capacity (est. <40%) Increased soybean production (due to improved
smallholder productivity) Growth of poultry industry drives demand for animal
feed protein (soybean)
During the focus group discussions, participants ranked the following market-based solutions as the most
important for VC-RD support in the short-term (See Table 3, shown in green):
Availability and access to improved soybean seed for smallholders;
Access to trial and demonstrations plots of improved soybean seed for Southern Shan;
Training for smallholders in improved production and post-harvest practices for soybean in
Southern Shan
Illustrative VC-RD Facilitation Activities
Building on the identification of prioritized market-based solutions, the VC-RD technical team should
identify value chain actors or “lead firms” for possible project collaboration. It will be important for VC-
RD to establish clear selection criteria for lead firms,14 such as:
existing or potential commercial linkages with large number of smallholders – facilitates larger
scale impact and allows VC-RD to use its resources cost-effectively;
sufficient financial strength and a long-term perspective (i.e., can make needed investments and
have the patience to wait for benefits to materialize);
14 Facilitating the Development of Outgrowing Operations: A Manual, Action for Enterprise (AFE), August 2009.
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strong demand for their products and able to compete in the market (i.e., can positively influence
smallholders by helping them produce to specification, training them to use new products,
services, techniques, etc.);
potential to influence the value chain – by developing new strategies and approaches that serve as
models for other value chain actors to learn from and replicate
an acceptable reputation reduces the risk of problems due to inappropriate behavior; and
a willingness to collaborate with VC-RD openly and transparently
A few possible lead firms were already identified/self-selected during the focus group discussions, based
on their interest to acquire and promote the use of improved soybean seed in Southern Shan: an
integrated agro-dealer (U Sithu), a village trader (Aung Na), and a larger-scale farmer (San Swe). Myanmar
C.P. Livestock Co. Ltd. also expressed a willingness to explore collaboration with the VC-RD project, if
appropriate.
The VC-RD technical team can then begin to develop facilitation strategies in support of lead firm
interventions (i.e., developing demonstration plots, establishing trial plots, conducting smallholder farmer
training, etc.) and their market-based solutions. Typical facilitation mistakes to avoid include being overly
involved in the direct management of demonstration and trial plots, or insisting on a particular production
package that may not be feasible for smallholders. Instead, VC-RD should build the capacity of lead firms
to manage the plots sustainably on their own using technology and advice appropriate for smallholders in
the target areas. Related facilitation guidelines for VC-RD consideration15 are presented below. Examples
of question guides can be found in Appendix 4.
Developing Demonstration Plots: Demonstration plots are used to show smallholder farmers effective,
modern agronomic practices and to discuss the benefits of adopting the improved practices, including the
potential to increase their incomes. Farmers who may be reluctant to change production agronomic
practices are more likely to adopt them up after seeing the results displayed in demonstration plots. These
plots also can help increase farmer productivity and enhance trust and foster stronger relationships
between a lead firm and farmers.
Question guides are useful tools to help lead firms address a series of critical issues, including:
demonstration plot objectives
technical production practices and/or inputs to be used on the demonstration plot
number of demonstration plots and their size
location of the demonstration plots
role of the lead firm in managing the demonstration plots
role of the farmer selected to cultivate the demonstration plot
compensation for the farmer who is cultivating the demonstration plot
using the demonstration plot to motivate farmers to adopt improved production practices
15 Ibid.
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VC-RD can assist lead firms through the thinking and planning process using the question guide, and
promoting farmer field days. VC-RD could also provide cost-share support for the expenses incurred by
the lead firm in creating and cultivating demonstration plots on a declining basis (e.g. 70% first year, 50%
second, 30% third, etc.).
Establishing Trial Plots: Trial plots are used to experiment with new varieties and production
methodologies. Trial plots differ from demonstration plots, which demonstrate proven practices that the
lead firm wants its smallholder to use.
Question guides are useful tools to help lead firms address a series of critical issues, including:
purpose of the trial plots
who will manage the trial plots
role of farmers responsible for cultivating the trial plot
information to be collected and the format for recording trial plot results
role of lead firm technical staff or “field agents” in supporting / managing the trial plots
choosing the area to be used for the trial plots
number of trial plots and their size
work plan for establishing the trial plots
VC-RD can support lead firms through thinking and planning trial plot development using the question
guide; building lead firm capacity to use trial plots to test new varieties and production techniques; and
organizing regional exchange/exposure visits for lead firms to meet relevant suppliers of seeds, inputs
and/or equipment for testing on trial plots. VC-RD could provide cost-share support for the trial plots on
a declining basis and facilitate access to technical specialists to advise and build lead firm capacity to manage
trial plots and effectively analyze results.
Finally, as VC-RD begins developing more detailed implementation strategies and work plans for the
soybean value chain, facilitation principles for the project to keep in mind include:16
promote relationships between lead firms and other market actors in the value chain
establish collaboration with lead firms
maintain professionalism and confidentiality
understand private sector and business principles
demonstrate VC-RD project track record with lead firms
transparency/neutrality
respect lead firms and their business, including their business risks
structure collaboration with lead firms in an appropriate way
ensure the sustainability of impact
16 Tools & Methodologies for Collaborating with Lead Firms: A Practitioner’s Manual, Action for Enterprise, 2014
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APPENDIX 1
Itinerary and In-Country Activities Conducted
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DATE ACTIVITIES
Jan 4, Sun am arrival in Yangon from Washington DC
Jan 5, Mon initial briefing with VC-RD COP and value chain team
Jan 6, Tue finalize and prepare materials for training
finalize and prepare materials for training
Jan 7, Wed training in Value Chain project design and implementation
Jan 8, Thu training in Value Chain project design and implementation
Jan 9, Fri am
pm value chain selection exercise
preparation for value chain analysis and initial mapping (soybeans)
Jan 10, Sat am
pm preparation of value chain analysis
initial review of secondary data on soybeans
refinement of interview guides and map
Jan 12, Mon am
pm review of draft interview guide for value chain analysis
finalize logistics for travel to Taunggyi
travel to Taunggyi; review of interview guide with Taunggyi team
Jan 13, Tue interviews with value chain actors in Tuanggyi town
Jan 14, Wed interviews with value chain actors in Taunggyi Industrial Area
Jan 15, Thu interviews with value chain actors in Southern Taunggyi
Jan 16, Fri interviews with value chain actors in Eastern Taunggyi
Jan 17, Sat am
pm continue review of available secondary data on soybeans
compile data from interviews and draft briefing PPT
Jan 19, Mon am
pm validate data from interviews with
de-briefing with VC-RD value chain team team and finalize briefing PPT
Jan 20, Tue am
pm interviews with value chain actors in Tuanggyi Industrial Area
present session on “Working with Lead Firms” to value chain team
Jan 21, Wed am
pm travel to Yangon
interviews with value chain actors in Yangon
Jan 22, Thu interviews with value chain actors in Yangon
Jan 23, Fri am
pm interviews with value chain actors in Yangon
compile data from interviews
depart Yangon to Washington DC
Fri-Sun, Feb 6–8 Travel to Myanmar (Washington DC-Yangon)
Mon, Feb 9 am
pm Travel from Yangon to Taunggyi
De-briefing with VC-RD technical team and discussion of activities to date
Review and revise presentation of soybean value chain analysis summary
Tue, Feb 10 Preparation for Taunggyi focus group discussion with VC-RD technical team
Wed, Feb 11 am Conduct Focus Group Discussion with Key Informants in Taunggyi
Thu, Feb 12 Compile notes and prepare write-up of Focus Group Discussion process
Fri, Feb 13 am
pm De-brief VC-TD team about process and results of Focus Group Discussion
Interview Value Chain Actors in Taunggyi (Diamond Arrow Soybean Oil Co.)
Sat, Feb 14 am
pm Compile notes and findings
Return travel to Yangon
Sun, Feb 15 Open
Mon, Feb 16 am
pm Interview value chain actors in Yangon (CP Myanmar Livestock Co. Ltd.)
Briefing VC-RD technical and management team
Tue, Feb 17 am
pm Interview value chain actors in Yangon (Ruby Lion Oil Co. & Mya Oil Co.)
Preparation for Yangon focus group discussion with VC-RD team
Wed, Feb 18 am
pm Conduct Focus Group Discussion with Key Informants in Yangon
Interview value chain actors in Yangon (CP Myanmar Livestock Co. Ltd.)
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DATE ACTIVITIES
Thu, Feb 19 am
pm Interview value chain actors in Yangon (Ruby Oil Co. and ??)
Discussion of proposed M&E tools for VC-RD project
Fri, Feb 20 am
pm Present “Working with Lead Firm” session highlights to VC-RD technical and
management team
De-brief USAID on Value Chain Analysis findings and process completed
Sat, Feb 21 am
pm Compile notes and value chain analysis findings
Return travel to U.S. (Yangon to Washington DC)
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APPENDIX 2
Contact Details of Soybean Value Chain Actors Interviewed
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SOYBEAN VALUE CHAIN ACTORS INTERVIEWED
CONTACT DETAILS
Date of
Meeting
VC Actor Type Location Name Contact Information
Jan 13,
Tue
Township Trader Taunggyi Town U Hla Baw 081-2121423, 09250483302
West Town Circular Road
Chan Mya Tar Zi, Taunggyi
Township Trader Taunggyi Town U Maung Soe 09-5212089
No.20 , West Town Circular Road
Zay Pine Yat, Taunggyi
Local Collector Taunggyi Town U khun Saw Hla 09-250887877
Kan Gyi Ward , Kyauk Ta Lone Road
Trade
Association
Taunggyi Town Aung San Win
Chairman, Southern
Shan State
Chamber of Commerce & Industry
No. 43 Nagapwet Kyaung St.
Zaypine Qtr., Taunggyi
mob: +95-95108580
email: [email protected]
Trade
Association
Taunggyi Town U Aung Kyaw Nyunt
Deputy Director
Department of Trade Promotion
Ministry of Commerce
Taunggyi
mob: +95-9-5214375
email: [email protected]
Township
Merchant
Taunggyi Town Khun Aung Thein Shwe crops trading
No. (ma) 123, Yae Me street , Myoma Ward,
Taunggyi
081-2121364 , 081-21215283, 095214281,
095342279
Jan 14,
Wed
Local Oil Mill Taunggyi Industrial
Zone
Groundnut Oil Mill
U Htun Wai
Shwe Myar Oill mill
Aye Tha Ya Industrial Zone
081 2121929, 095212017
Local Oil Mill Taunggyi Industrial
Zone
Soybean Oil Mill
U Cho Cho
Nanda Linn Oil mill
Aye Tha Ya industrial zone
09-5213247
Agro-input
Dealer
Shwe Nyaung
Township
U Sithu Sithu Fertilizer and crops trading
No.1/33, Thida street , Thuhkachantha Ward
Shwe Nyaung
09-5210409, 095185270, 081 45345
Large
Poultry/Feed
Mill
Taunggyi Town Dr. Thein Sein
Teck Chaung
Teck Chaung poultry feed & livestock feed
413 Zaw Ti Ka street, Yae Aye Kwin Ward ,
Taunggyi
081-2121862, 081-2122657
Jan 15,
Thu
Smallholder
Farmer
Kaku Village,
Southern TGI Dist.
Khun Maung Hein 0936194811, Kaku village
Smallholder
Farmer
Kaku Village,
Southern TGI Dist.
Sai Lu C/O U Pwe, Kaku village
Village Food
Retailer
Kaku Village,
Southern TGI Dist
Ma Aye Hla Kaku Pagoda retail shops
Small/Village
Trader
Humsee Village
Southern TGI Dist.
U Maung Latt Grocery, Fertilizer & crops shop
Hum See Village
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Date of
Meeting
VC Actor Type Location Name Contact Information
Small/Village
Trader
Humsee Village
Southern TGI Dist.
Aung Na Ph: 09-8351115 , Humsee Village, Kyauk Ta
Lone Township
Jan 16,
Fri
Medium/Large-
scale Farmer
Mai Pon Township
Eastern TGI Dist.
San Swe Ph:0949359697
Rice Hauler and crops trading
Mong Pon Township
Small/Village
Trader
Mai Pon Township
Eastern TGI Dist.
U Laung
(Soybean trader)
Zay Oo ward , Mong Pon Township
Local Food
Retailer
Taunggyi Market
Taunggyi Town
Htun Aye Yar
Cooking oil retailer
Ph:081-2124812 , Myoma Market, Taunggyi
Local Food
Retailer
Taunggyi Market
Taunggyi Town
Aye Thu Zar (85% Pure
Groundnut oil)
Ph: 095213557 Myoma Market, Taunggyi
Local Food
Retailer
Taunggyi Market
Taunggyi Town
Shwe Pyae Sone
cooking oil retailer
Ph: 09250254737, 095211671,
Myo Ma Market , Taunggyi
Local Food
Retailer
Taunggyi Market
Taunggyi Town
Say Ta Na Mon
Cooking oil retailer
No. (Nya) 1167 Thin Gi Street , Ward (1)
Nyaung Phyu Sa Kan , Taunggyi,
Ph:08124719, 09 5212986
Jan 20,
Tue
Local Food
Processor
TGI Industrial
Zone
Tofu Processor 1 Daw Mya Shwe, Ph: 093609339,
09250951731
Htoon Bo Ward, Aye Tha Ya Township
Local Food
Processor
TGI Industrial
Zone
Tofu Processor 2
Local Feed Mill TGI Industrial
Zone
Myo Win ,Feed Mill Ph:095343009, Aye Tha Ya Industrial Zone
Jan 21,
Wed
Exporter South Dagon
Yangon
Naing Win Aung
(Arthur), Director
No. 301-305 Bago St. Industrial Zone (1)
South Dagon, Yangon
mob: +959-540-9033
email: [email protected];
Aung Naing
Managing Director
No. 301-305 Bago St. Industrial Zone (1)
South Dagon, Yangon
mob: +959-500-7734
email: [email protected]
Local Food
Processor
Yangon Rick Chase
Snow Ball Soy Food
mob: +95-01-09-425 022 355
email: [email protected]
Jan 22,
Thu
Wholesale
Merchant
Yangon Dr. Myint Oo
Managing Director
Thein Yarzar Co. Ltd.
C.62 Aug Tha Pyay St.
Bayint Maung Mayangone Township
Yangon
mob: 0173009924, 095128424
email: [email protected];
Large Feed Mill
/ Trade Assoc.
Yangon Dr. Hla Hla Thein
Vice Chairman
Myanmar Livestock Federation (MLF)
Bayint Naung Road, West Gyogone
Insein Township, Yangon
tel: 01-642817; mob: 09-5147058
email: [email protected]
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Date of
Meeting
VC Actor Type Location Name Contact Information
Yangon Dr. Than Hla
Executive Advisor
Myanmar Livestock Federation (MLF)
Bayint Naung Road, West Gyogone
Insein Township, Yangon
mob: 09-5152694
email: [email protected];
Large Oil Mill Yangon Ms. Pont Pont
Marketing Manager
Ruby Lion Manufacturing Co. Ltd.
27/28 Thirimon Rd., Thirimon Plaza
Bayintnaung, Mayangone Township
Yangon
tel: 01-682461, 682462 682941, 682017
Jan 23,
Fri
Yangon Broker Yangon U Moe Chein (Nephew
of Aung Na)
No.D 31 ,Aung Tha Pyay lane , BaYint Naung
Commodities exchange, Yangon
Ph:09250254320
Jan 26,
Mon
Smallholder
farmer
(G’nut, Maize,
Rice, Niger)
Yat Saut Town ,
@Lawsawk
U Tin Swe Hle Toe Village , Yak Saut Township
Smallholder
farmer
(G’nut, Maize,
Niger)
Yat Saut Town ,
@Lawsawk
U Kamaraj Par Pann Village, Yak Saut Township
Smallholder
farmer
(G’nut, Maize,
Soybean)
Yat Saut Town ,
@Lawsawk
U San Mya Nyaung Paw village, Yak Saut Township
Smallholder
farmer
(G’nut, Maize,
Soybean)
Yat Saut Town ,
@Lawsawk
U Maung Pu Htone Pho Village, Yat Saut Township
Smallholder
farmer
(G’nut, Maize,
Soybean, Niger)
Yat Saut Town ,
@Lawsawk
U Maung Oo Htone Pho Village, Yat Saut Township
Smallholder
farmer
(G’nut, Maize,
Niger)
Yat Saut Town ,
@Lawsawk
U San Gyi Htone Pho Village, Yat Saut Township
Smallholder
farmer
(G’nut, Maize,
Soybean, Niger)
Yat Saut Town ,
@Lawsawk
U Mya Linn Nyaung Pauk Village, Yat Saut Township
Smallholder
farmer
(Rice, Maize,
niger)
Yat Saut Town ,
@Lawsawk
U Kyaw Naing Ga Naing Gyi Village, Yat Saut Township
Local Oil miller
(G’nut)
Yat Saut Town ,
@Lawsawk
U Nyo Htun Myoma ward, Yat Saut Township
Local Oil Miller
(G’nut)
Yat Saut Township
@Lawsawk
U Myint Lwin Myoma Ward, Yat Saut Town ships
Town trader Yat Saut Township U Nyunt Win Kyaw family crops trading
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Date of
Meeting
VC Actor Type Location Name Contact Information
@Lawsawk West New ward, Pinttaya Road, Yat Saut
Township
Ph: 0949364373 , 09428357587, 081 204182
Jan 27,
Tue
Town trader Le Char Township
@Laihka
U Ye Min Htun U Maung Htay Crops & Fertilizer trading
Malam Village, Le Char Town ship
Ph: 09492 63531
Town trader Le Char Township
@Laihka
U Tin Aung Kone Maung San Crops trading
Le Char Town C/O U Ye Min Htun
Smallholder
farmer
(Soybean, Niger,
Maize
Le Char Township
@Laihka
U Linn Pan Aye Village
Lechar Township
Jan 28,
Wed
Poultry Eggs
producer
Pang Long
Township
U Kyaw Win Pang Long Myoma Ward
Ph:09 5214609
Township trader
(Soybean,
Maize, grndnut,
Seasame)
Mongnai Township U Myo Min Ph: 09428219569, 094935144
Township Trader
(Grndnut, Maize)
Mongnai Township Daw Kam Sein Ph: 095216570
Jan 29,
Thu
Township Trader
(Maize, Grndnut,
Soybean, Niger,
Ginger, Pig. Pea)
Namsanng
Township
Daw Cherry Khine Ko thet+ Ma Khine
Crops & fertilizers trading
Namsang Township
Ph: 09 8362573 , 09 428354968
Feb 13,
Fri
Soybean Oil Mill
& Refinery
Taunggyi Industrial U Aung Aung
Diamond Arrow Soybean Oil Mill
3/39 Bo Gyoke Street, Aye Ta Yar Industrial
Zone, Taunggyi
Ph: 081 212 7844 , 09 861 2364
Feb 16,
Mon
Livestock Co.
(and agricultural
conglomerate)
Yangon Dr. Myo Thant
Assistant VP
Integration Business
Myanmar C.P. Livestock Co. Ltd.
135, Pyay Rd., 8½ mile
Mayangone Township
Yangon
mob: 09-513-3943
Feb 17,
Tue
Large-scale Oil
Mill
Yangon Ms. Thandar Linn
Director
Ruby Lion Oil Co.
27/28 Thrimon Road Plaza Compound
Bayint Naung , Mayangone Township,
Yangon
Ph: 09 5185599, 01-682941 Ext:107
Email: [email protected]
Large-scale Oil
Mill
Yangon Daw Khin Myo Thit
Mya Oil Mill Ltd
1/B, Padinwun U Shwe Bin St., Shwe Lin
Pann Ind. Zone, Hlaing Thayar Tsp. Yangon
Ph:01 617034, 09 500 7664
Feb 18,
Wed
Rep. WISHH
Project (ASA)
Yangon April Su Yin Nwet
Project Manager
www.wishh.org
675(B) Shwe Hnin Zee Lane (6)
8.5 miles, Mayangone
Yangon
email: [email protected]
mob: +95-9-254-1465-88
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APPENDIX 3
Value Chain Interview Guides
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Interview Guides for Value Chain Analysis
This interview guide can be used with value chain participants at all levels of the chain, and is designed to (i) identify the primary actors in the
value chain, their roles, and interrelationships; (ii) identify market channels and trends within the value chain; and (iii) identify constraints and
opportunities for growth and competitiveness. Note: This should be used as a discussion tool for interviews, not a questionnaire for completion.
Introduction:
“thank you for taking the time to speak with us today. My name is____ with ___ an intl. development organization
“we are collecting information on [value chain] as part of a new project to support smallholder farmers”
“we realize the importance to speaking with people at ALL levels with the value chain to understand the sector”
INTERVIEW QUESTIONS NOTES
Background Information
Date of interview / Name of Person(s) Interviewed / Interview Location
Value Chain function / Name of Business
Contact information (including cell, address, etc.)
(1) Production [or Processing]
What crops/products are you producing?
How large is your production area / farm? What area per crop?
Do you own the land where you produce? Do you have documented title?
What is your yield per crop?
Which crops/products are most profitable? What are production costs/crop?
What is the seasonal cropping pattern? How many crops per year?
Where are the highest production areas located?
For how long have you produced these crops?
Do you hire any labor for production of these crops? How much/often?
What is the Labor calendar?
(2) Input Supply
What inputs are needed for your production?
Where do you get these inputs? (name of supplier, location) At what cost?
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INTERVIEW QUESTIONS NOTES
How much (and how often) to you use of these inputs?
What support do your input suppliers provide to you?
What technical or extension advice do you access? From where? How?
(3) Market Access
Who are your main buyers? (names of buyer, location)
What volume do you sell to your buyers (volume per buyer)?
How long have you been selling to your buyers? What are the trends?
What support do your buyers provide to you?
Who/where are your major competitors?
What product promotion or advertising have you done?
What standards/requirements do your products need to meet?
What different product grades are used? What is the price per grade?
What are the final products? What are the consumer trends?
(4) Finance
Where do you go when you need money for your business? What terms?
Do you get credit from input suppliers or buyers? What terms?
Do need any additional financing? If so, for what purpose? At what terms?
What collateral is necessary to access finance?
(5) Policy/Regulation
What policies/regulations benefit your business? Local taxes (informal)?
What policies/regulations are obstacles to growing your business?
(6) Other Questions
What infrastructure constraints are affecting you?
Are you a member of an association/group for your business? What services do
members receive? Cost of membership?
What are the Top 3 major constraints affecting you at the moment?
What do you think should be done to address these constraints?
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APPENDIX 4 17
Example Question Guides:
Developing Demonstration Plots & Establishing Trial Plots
17 Ibid, extracted p40-45.
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EXAMPLE LEAD FIRM QUESTION GUIDE:
Developing Demonstration Plots
How will you use demonstration plots?
Demonstration plots are frequently used to demonstrate both effective, modern agronomic practices to
producers and the profitability and benefits of adopting the varieties and improved practices it
recommends. Farmers who are reluctant to change their agronomic practices are more likely to pick them
up after seeing demonstration plot results. Demonstration plots can lead to increased trust and stronger
relationships with farmers and, if used effectively, can improve farmer productivity.
1) What are the objectives of having demonstration plots?
Demonstrating production techniques that can increase productivity
Showing farmers the proper way to handle and use inputs such as:
new seed varieties
fertilizers
pesticides and herbicides
Motivating farmers to adopt improved practices and/or inputs for better yields and product
quality.
2) What technical production practices and/or inputs will you use on demonstration plots?
Production packages should be affordable and readily accessible, and farmers should be able to
adopt the demonstrated practices / inputs quickly and easily
Technical production practices / inputs used on demonstration plots should be practical and
appropriate to the local setting. The lead firm must ensure that practices / inputs correspond to
local agronomic parameters (soil, climate, geography, etc.).
3) How many and what size demonstration plots will you have?
It is better to have a few well-cared-for demonstration plots than it is to have many that are not
properly tended and, therefore, unlikely to display good results
Though it may seem ideal for each leading farmer to have a demonstration plot, it could be
expensive to set up and lead firm field agents might find them difficult to monitor
Plots should be large enough to provide a good demonstration of techniques, inputs, etc. and small
enough to manage easily.
4) Where will you locate demonstration plots?
Demonstration plots should be in strategic, easily accessible, visible locations for farmers living in
the area
Locating demonstration plots near areas where the company organizes farmer training / coaching
sessions is an advantage.
5) What is the lead firm’s role in managing demonstration plots?
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Important considerations:
It is better for a lead firm to be involved in managing demonstration plots—leaving management
entirely to farmers could lead to substandard results
The lead firm should assign a field agent to monitor the plots and guide farmers
The lead firm should have a checklist for the preparation and management of demonstration plots.
The role of the lead firm in managing demonstration plots may include:
Selecting experienced farmers with suitable land and location
Selecting the demonstration plot site
Testing the soil when possible
Collecting and distributing inputs such as seeds, fertilizers and pesticides
Assessing seed quality through purity, germination and vigor tests
Treating seeds before planting
Preparing a detailed work schedule, monitoring the plot at regular intervals and providing guidance
and supervision to ensure:
Proper land preparation—plowing, laddering, fertilizer dosing, soil moisture, etc.
Sowing seeds at the appropriate time
Transplanting seedlings at the proper age
Employing crop management practices such as mulching, fertilizer application, thinning,
weeding, rouging, etc.
Monitoring for insects and diseases and the application of control measures such as
appropriate pesticides and non-chemical / integrated pest management (IPM) alternatives
if available
Harvesting demo plot crop(s) separately from those in other plots at appropriate stages
and using proper methods
Post-harvest operations such as threshing, cleaning, drying, sorting, grading, packaging,
storing, etc.
Weighing and recording crop yield after completing post-harvest processing (both sorted
/ graded and ungraded / unsorted)
Recording data in the approved format.
6) What is the role of leading farmers selected to produce on demonstration plots?
It is important that the most qualified and trustworthy farmers should manage the demonstration plots—
lead firms should not automatically select any farmers as “plot managers.”
Possible roles for demonstration plot farmers:
Assisting the lead firm select suitable land
Preparing the land according to company directives
Timely and proper sowing of seeds as advised by the lead firm
Following crop management practices such as mulching, fertilizer application, thinning, weeding,
rouging, irrigation etc. per lead firm advice
Visiting the demo plot regularly and advising the lead firm of any problems
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Adopting proper, company-directed pest control measures
Harvesting, threshing, cleaning sorting, grading and drying crops as directed by lead firm
Assist lead firm to record data
7) How will you compensate the farmer cultivating the demonstration plot?
Some lead firms engage an expert farmer, provide all the inputs and agree that the farmer can keep the
harvest in return for maintaining and opening up the plot for farmer field days. The lead firm may consider
contributing labor and irrigation costs up to harvest (weeding, mulching, etc.) to ensure they are done
correctly.
8) How will you use the demonstration plot to motivate farmers to adopt improved
production practices?
Prepare sign boards with specific information and arrange to display them at the demonstration
plot site
Organize formal field days at demonstration plots and invite neighboring farmers to observe
production and harvesting techniques
Use demonstration plots in conjunction with other training / coaching activities for farmers
Keep track of input / output data and share analysis results with farmers
Organize and conduct guided visits to the plot at strategic points during soil preparation, planting,
growing and harvesting.
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EXAMPLE LEAD FIRM QUESTION GUIDE:
Establishing Trial Plots How will you use trial plots?
Trial plots are used to experiment with new varieties and production methodologies. Trial plots differ from
demonstration plots, which lead firms use to show farmers how to carry out a proven practice it wants
them to emulate. If the varieties and production methods grown and used on trial plots are successful,
companies may show them to farmers. Lead firms also use trial plots to conduct multi-location trials of
new varieties in conformance with government regulations that require they be tested before being
released throughout the country.
1) What is the purpose of your trial plot?
Lead firms use trial plots for a variety of reasons including testing new seeds in local climatic
conditions, new production methods (seed versus transplanting, etc.), flood versus drip irrigation,
spacing, multi-location trials, and the like
Lead firms need to make sure that chosen varieties and technologies under experimentation are
appropriate to the local climate, context and realities.
2) Who will manage your trial plot?
The lead firm may choose either a participatory trial managed by local farmers or a lead firm-managed
trial. There are arguments for either choice, depending on whether the lead firm has the land, qualified
staff, etc. In either case, the lead firm needs to be very involved in managing and monitoring the trial plot—
much more so than it does with demonstration plots.
3) What should be the role of the farmer responsible for cultivating the trial plot? (case of a
participatory trial in which a farmer takes an active role)
The farmer must follow strict lead firm protocols regarding trial objectives and purpose
The farmer should help the lead firm keep track of trial results
The agreement with the farmer must state that the farmer will provide or sell the harvest to the
lead firm, which should be prepared to compensate the farmer for lost production.
If the lead firm contracts with a local farmer to use his/her field, it must provide all inputs, labor
costs and other expenses to ensure quality
Farmer involvement can include selecting and preparing land, sowing seeds, applying company-
developed production packages, visiting the field regularly, reporting problems to the field agent,
taking preventive measures to protect against disease, harvesting / cleaning / storing the crop,
keeping track of the register, etc.
4) What information will be collected and in what format to record results of the trial plot?
(See Illustrative Format for Recording Data, below)
5) How will lead firm technical staff support and manage the trial plot?
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The lead firm should be actively involved in managing the trial plots (preferably with hired
expertise on its own or leased land) to ensure that results are accurate.
The lead firm also must ensure that staff have clear instructions and correctly monitor the trial
plot—otherwise it is not worth the investment.
6) How will you choose the trial plot area?
Lead firms should take care when choosing land for trial plots, ensuring that soil and conditions
are both suitable for and similar to the projected outgrowing operation areas.
Trial plots should be located within easy access to facilitate visits
The selected area should be close to an irrigation source.
7) How many trial plots will you have and what size will they be?
It is better to have a few well-cared-for trial plots than it is to have many that are not properly
tended and, therefore, unlikely to display good results.
Trial plots should be large enough to provide useful trials, but small enough to be easily managed
8) What is your work plan for establishing trial plot(s)?
ILLUSTRATIVE FORMAT FOR RECORDING DATA WHEN TESTING THE PERFORMANCE OF FOUR
NEW SEED VARIETIES
Company Name: Farmer
Name: Location:
Crop:
Variety:
Plot size: Date of sowing/transplanting: Date of harvest
1st:
2nd
:
3rd
:
Variety Name
Germination
DF
at 50
%
DM (at
80-
100%)
No. of
Pods
/ Plant
Disease
Infestation
(%)
Insect Infestation (%)
Plot Yield (kg) Yield / Acre (kg)
No. of
days
% 1st 2nd 3rd 1st 2nd 3rd 1st 2nd 3rd 1st 2nd 3rd Total
Variety 1
Variety 2
Variety 3
Variety 4
…………
Total
DF=Days to flower DM=Days to maturity
Special notes (if any)
Note: Preferred size of plot should be 10’X10’ per variety
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Illustrative activities include site and farmer selection, soil testing, input collection/distribution, seed quality
assessment, seed treatment, land preparation, seed planting, sign board preparation, crop husbandry
practices (mulching, fertilizer application, thinning, weeding, rouging, etc.), harvesting, cleaning, drying,
sorting, packaging, storage, etc.
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APPENDIX 5
Reference Documents
Action for Enterprise (AFE), (2014), Tools & Methodologies for Collaborating with Lead Firms: A Practitioner’s
Manual, Action for Enterprise.
Action for Enterprise (AFE), (2009), Facilitating the Development of Outgrowing Operations: A Manual.
Favre, Raphy and Myint, U Kyaw (2009), FAO Consultants, An Analysis of the Myanmar Edible Oil Crops
Sub-Sector, Rural Infrastructure and Agro-Industries Division (AGS), Food and Agriculture Organization
of the United Nations (FAO).
Wijnands, Jo H.M.; Biersteker, Jaap; Hagedoorn, Leo F.; and Louisse, Jim (2014), Business Opportunities
and Food Safety of the Myanmar Edible Oil Sector, LEI Wageningen UR and The Netherlands Enterprise
Agency (Rijksdienst van Ondernemend Nederland (RVO.nl)).