Kinlay Tshering DIRECTOR DEPARTMENT OF AGRICULTURE
Transcript of Kinlay Tshering DIRECTOR DEPARTMENT OF AGRICULTURE
Kinlay Tshering DIRECTOR
DEPARTMENT OF AGRICULTURE
22/04/2021Climate Smart Agriculture- Bhutan
Bhutan’s Commitment
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Bhutan’s Intended Nationally Determined Contributions submitted to the UN Framework for Convention on Climate Change - 2017
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Policy•Climate Change Policy of the Kingdom of Bhutan
2020
Objective
•Manage and conserve carbon sink•Manage GHG from Agriculture Sector•Monitor & reduce GHG emission
Mandate
•Management of soils as carbon sink and also as areas for ecosystem-based adaptation
•Management of emissions from agriculture •Enhance resilience of food and biodiversity
Land Use and Land Cover
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Other land use- built-up, meadow, water bodies; Unsuable- landslides,rocky crop, moraine, snow, galciers
Shrubs & scurbs
Unsuable land
Other land use
Agriculture land
Agriculture Land Area ( Ha)
Annual crops 54,102.42
Fallow land 26,758.62
Permanent crop 11,425.89
Farm buildings and farmyards 3,058.21
Pastures and meadows 4,364.94
Forests & woodlands 1,715.87
101,425.96
Climate Change and Food Security
Food Security and Carbon Neutrality
Food Security: Towards SDG 1, 2, 3 ,5 10 & 13
Why Food Security is Important for Bhutan?• Landlocked country• Engaged in agriculture-51%• GDP Share- 15.72 %• Impact from climate • Rural-urban migration • Less than 3% of total land area under
agriculture.• Imports ( 64% rice, 23% maize,21% veg.)
Food Security in National Plan: NKRA 5: Healthy Eco-system EnhancedNKRA 8: Food and Nutrition Ensured
Food Security Status (2019)Food/Crop Self Sufficiency Prod
( MT)Import (MT)
Export ( MT)
Demand ( MT)
Rice 36% 32,467 84,590 25.74 117,031
Maize 77% 46,235 21,764 0 61,896
Vegetables 79% 47,483 11,186 3,681 40,744
Citrus 265% 27,530 112 15,111 7,025
Apple 289% 4,322 166 2,922 700
Potato 175% 43,560 4,910 26,071 20,222
Nutri-cereals 69% 6,038 5,301 1,544 9,796
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• 98% have access to food ( National Sufficiency)
Agr
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ture
Sec
tor E
mis
sion
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Adapted from: Climate-Smart Agriculture Country Profile1/3 of total emission from agriculture sector ~35%
• Increasing emission from Transport & industry
Temperature and precipitation projection by 2050
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Adapted from: CSA, Country Profile , Bhutan ( Ramirez J; Javis A)
1-2oC increase since 2000; Projected increase -2.5-3.5oC by 2050
Climate Change Impacts on Agriculture
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Climate Change and Agriculture
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53%
43%28%
16%
15%15%
14%
4%
2%1% 1%
Households Facing Challenges for Food SecurityLabour shortage
Crop damage by wildanimalsInsufficient irrigation supplyPest and diseases
Unproductive land
Limited access to market
Shortage of Land
Climate Change Impacts..ctd1. Reduction in agricultural water availability
2. Erratic /excessive rainfall
3. Loss of land & soil fertility
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2010: 2000 acres lands, roads and irrigations damaged, affecting 4694 hhs
Climate Change Impacts..ctd
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Windstorm
Drought
Pests and diseases
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Citrus greeningTurcicum Leaf Blight
Armyworm GALS
Resultant effect of climate change Impact
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Adapted from: CSA country Profile, Bhutan IMPACT model analysis
Temperate fruit crops: 0.8 %Tropical/Sub-tropical fruits: 6.2% Vegetables: 4.9%
Rice: 0.9 % Potato: 5%Maize: (-10.3%)
Implementation of Climate Smart Agriculture
Practices
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1. Organic Farming
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Organice Buckwheat Asparagus Organic fertilizer
• Adopted National Framework for Organic Farming in 2007 • Only 37% of the farmers using agro-chemicals in 19% of the cultivable land• Area under organic farming is over 8323 acre; targeting to achieve 13000 acre
by end of 12 FYP; and 50% of total agricultural land in future.• 8 commodities for export market and 4 for domestics market
• Reduce use of synthetic fertiliser by 30% by end of 12 FYP• Increase use of organic pesticides by 10% and decrease chemical pesticides by
20%• Integrating and improving CSA research programmes
2. Sustainable Land Management
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• 50% of the cultivated land in slopes >30%• Annual loss of fertile top soil due to erosion: 29
T/Ha• Implementing Agriculture Land Development
Guidelines (ALDG)- 2017• About 7746 acres brought under SLM
• Increase to about 12000 acre by 2030
3. Climate Smart Irrigation
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Sprinkler Irr.
• water harvesting ponds to supply water in water scarce areas ( 212 water harvesting ponds, 15 storage tanks)
• high-efficient mirco irrigatio system ( 1995 acre)• area under command-wetland (40708 acres)• mulching, cover croping, terracing… etc.. to conserve water.• Implementing “Integrated Watershed Management Plan”
4. Protected cultivation
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• Increased production using greenhouses- high yield, reduced chemical use, off season production
• Installed more than 3925 GHs
• Vegetables production increased significantly
5. Selection, purification & maintenance of traditional varieties
Local Maize landracesLocal Paddy Landraces
• Reviving traditional crop varieties – paddy, maize, millet, chili, beans• Integrating indigenous /traditional knowldege- climate information,
production cycle, production practices, postharvest management
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Heat tolerant maize var.
Screening traditional beans var.
6. Selection of Climate Resilient Vars
Heat tolerant fruits/vegetables
Screening cold tolerant rice var.
7. Climate Smart Pest Management Discontinued calendar spray in apple
Adoption of bait splashing in citrus and discontinued cover spray
Improved trunk borer mgt. in fruits
Capacity building in disease diagnosis
Use of pests tolerant/resistant var.
Integrated cultural control methods
Improved plant quarantine and bio-security measures
Introduced bio-pesticides and use of bio-control
E-pest surveillance system introduced22/04/2021Climate Smart Agriculture- Bhutan 23
Trichoderma culture
Light trap
surveillance
It is a web-portal to generate and disseminate crop advisories of specific location and specific crops using machine learning algorithm
It can be accessed at www.agromet.gov.bt
The advisory is based on the crop information and weather forecast issued by NCHM
2
1
3
Real time weather data can be viewed
any time
https://www.wunderground.com/dashboard/pws/ITHIMP1
DAVIS AWS installed in NCOA Yusipang
9. Installation of DAVIS AWS in ARDCs & Government Farms
Policy Priority & Programmesi. Actively taking part in Koronivia Joint Work on Agriculture -
Paris Agreement under UNFCCC.
ii. Implementing 1st Nationally Determined Contribution (2020-25)
-CSA technologies including organic production & water management
iii. Completed drafting “Food Security Low Emission Development Stratgey” - 2025 (short term), 2030 (medium term) & 2050 ( long term)
Focussed area: Increase area under perennial crops; Improve paddy
production; Organic farming/Imporved agricultural practices& Soil nutrient and fertility management
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Policy Priority & Programmesiv. Progressing with preperation of 2nd NDC: mitigation and
adpatation
v. Agriculture Development Plan Analsysis- Using CLEWS modeling
vi. 12 FYP- Agriculture sector with CSA programmes
vii. Climate change adaptation projects- GEF & GCF UNDP, EU-RDCCRP, EU-TCP, EU-ITC and WB-FSAAP
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Key Challenges and Issues Limited awarenss on climate change impacts on
livelihoods and national economy at all levels.
Limited capacity to execute research to generate CSA technologies and to implement in the field.
Inadequate real-time information on climate & habitat change; limiting contigency plans & adaptation measures.
Inadequate fund to develop infrastructures and institutional building.
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Recommendations Develop capacities (HR, infra.) to develop CSA technologies.
Strengthen Agr0meteorological information services.
Increase investment in CS Irrigation, SLM, Protected Cultivation, Production & Promotion of Climate Resilient Crops.
Develop scenarios and models at micro and macro levels.
Include climate change in school/college curriculum and public awareness program.
CSA research system need to be instituted and funded for research and implementation.
Time to time expert consultation to help stakeholders to share CSA challenges, issues and discuss solutions, & collaborations.
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Thursday, April 22, 202130