Presentation at the 5th Global Science Conference on Climate-Smart Agriculture.
Title: Integrating Climate-Smart Rice Agriculture in Supply Networks
Speaker: Olivia Vent
2. ➢Rice is the daily food of half the world’s
people. 50% more needed by 2030 –
Increase supplies with less land/water
➢About half of all irrigation water is used
for rice – Reduce water use
➢Flooded fields produce methane –
Move to aerobic soils
➢Reliance on agrochemicals- Reduce use
➢Most rice is still largely produced on
±250 million family farms – Improve
productivity/profitability
➢Women do most of the work to grow rice
(farm productivity is linked to worker
health) Women are most vulnerable to
climate change – Reduce health risks
✓Higher yields (50-100+%) with any variety;
promotes rice biodiversity, key to adapting to
climate change. Rainfed/irrigated conditions.
✓25-50% less water
✓40+% reduction in methane emissions
✓Improves soil health through aerobic soils and
application or organic matter
✓Accessible to resource-limited families
✓More rice to eat and sell; more income
✓Resistant to drought, pests, diseases, storms
✓Women benefit from less work and fewer
health hazards.
✓Nutritional benefits (higher nutrient density,
reduced arsenic levels, diversified diets.
References on request
System of Rice Intensification (SRI)Rice and Climate Change
3. SYSTEM OF RICE INTENSIFICATION (SRI)
▪ Small seed beds (80-90%
fewer seeds)
▪ Seedlings transplanted at
8-15 days
▪ Transplanted in
unflooded conditions
▪ Seedlings widely spaced
in rows.
▪ Fields kept wet and dry
▪ 2-3+ weedings with
conoweeder
▪ Organic fertilizers to
build soil health
▪ Seed nurseries in
flooded fields
▪ Seedling transplanted
at 30 days-45 days
▪ Transplanted in flooded
or puddled conditions
▪ Multiple plantlets to
each hole
▪ Flooded fields
▪ Hand weeding early,
then as needed
▪ Application of synthetic
fertilizer, herbicides
and pesticides
CONVENTIONAL
SRI
Non
SRI
4. About Lotus Foods
• Mission – Rice biodiversity, Fair prices for
family farmers, Sustainability
• Established 1995. Pioneered heirloom pigmented
rices to the US: Bhutan red rice, black rice from
China (trademarked Forbidden Rice®)
• Small company – Certified B Corporation. 12 full-time
employees. Co-founder owned/led. HQ in California
• Present in all channels: natural, retail, e-commerce,
club. Retail stores across North America: Costco, Whole
Foods, Safeway, Amazon, etc.
• Core group of natural foods brands promoting reduced
emissions in supply chains in Climate Collaborative.
5. Farmers Supply
Partners
Lotus Foods
Distributors
Brokers
Store Buyers
Manufacturers
North
American
Consumers
2009: 200 farmers
2019: 1800 farmers
20-40% higher prices
Yields average 5t/ha;
1-2 t/ha more than
non SRI
NGO, Coops,
Individual
businesses:
Cambodia,
India, Indonesia
Thailand
•Receive Load
•QA/QC
(Sampling/Testing)
•Store/pack
•Order Fulfillment
Sell to Distributors
(Natural, Grocery,
Specialty, Mass &
Foodservice)
Direct Sales (Club &
Amazon, Industrial, Web)
Focus on local
and heritage
rices
Secure rice, store,
process, package,
food safety tests,
certify
2009: 3 containers
(54t)
2019 : 28 containers
(520t)
Pathway of SRI-produced rice to US markets
6. Farmers
Supply
Partners
Lotus Foods
Distributors
Brokers
Store Buyers
Manufacturers
North
American
Consumers
SRI affordable,
scaleable,
surpluses with any
variety. Meets
highest industry
standards: organic,
Demeter, FT, ROC;
sofi gold
Mission-driven.
Invested long-
term. Learn fast.
Provide technical
assistance
Invested in long-term;
VC/Lender support;
Strong outreach to
trade/consumers
Receptive to
Climate-friendly
rice. Demand
increasing.
Like choice, story,
taste, having impact.
Driving change!
Need training,
recordkeeping
skills, weeders,
organic inputs,
better water
control
Quality Control!
Inadequate equipment;
Capital for equipment &
inventory to scale;
Technical know-how;
Better accountability;
Certifications expensive
Multiple
inexperienced
supply partners.
Under-resourced.
Low margins;
subsidize partners
Very complex food
system with many
channels
Americans are not
big rice eaters;
capacity for only
so many novel
rices.
What’s Working
Challenges
7. Farmers: Exploring how block chain, Carbon credits,
Water Credits, W+ can improve transparency and
generate more benefits for farmers.
Supply Partners: Vacuum-packing machine costs
US$10K. Without the machine organic rice must be
shipped in a refrigerated container costing US$3k. 3
reefers = cost of packing machine.
Lotus Foods spends ca. $300k/yr on cleaning rice.
Could be invested in sales, lower prices to be more
competitive, innovation in value-added products, etc.
Better Margins = Better Outcomes
Manual Sorting
One container=200 days.
Color Sorter=1 hour
But costs US$30k-US$50k.
8. SRI fields, Tasikmalaya, Indonesia.
Climate Smart Impacts from
Sourcing SRI-grown Rice
➢ ±2 billion liters less water used annually on rice
fields from purchase of SRI-grown rice.
➢ 750-850 liters water to produce/1 kg paddy & 6 -7 t/ha.
Non-SRI farmers = 2736 liters with yields of 4 t/ha.
➢ 2018= ±4670 tons CO2eq not emitted with SRI.
➢ Restoring soils: ±600/tons less synthetic fertilizer
applied annually
➢ Promote rice biodiversity and on-farm biodiversity
➢ Organic/Fair Trade prices make farming profitable/
enhance financial resilience. Community benefits.
Biogasifier
Bohra
Family,
Uttarakhand
Farming is
profitable.
Adoption of other CSA Innovations
Tasikmalaya, Indonesia.
Protection of natural habitats,
no run-off of agrochemicals
9. How to Achieve Global Traction and Impact
• More policy support for agroecological farming
• Infrastructure improvements in water delivery
• Democratize funding to spur local innovation, improve farmer
ownership of value chain, value-added innovation, commercialize
technologies
• Small-scale, gender-friendly mechanization
• Improved access to capital to reduce risk to small companies,
investors and enable scaling
• Crop insurance for CSA strategies; Less expensive certifications
• Procurement programs to support inclusive CSA rice/crops
• More research collaborations with the natural products industry
• More research on how innovations impact women’s well-being