Instrumentstoprotectfarmersfromexposuretoclimatic) disasters) … · 2015-12-10 · Risk)management...
Transcript of Instrumentstoprotectfarmersfromexposuretoclimatic) disasters) … · 2015-12-10 · Risk)management...
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Instruments to protect farmers from exposure to climatic disasters Alain de Janvry, University of California at Berkeley and FERDI
Farmer inspecting his flooded rice field in Odisha, India
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Climate change adaptation: How to design and implement disaster risk financing and insurance? Importance of reducing exposure to weather risks for the world poor • Exposure to uninsured climatic disasters has very high costs in terms of: o Poverty and welfare: ex-‐post losses and irreversibilities o Reduced investment and growth: ex-‐ante disincentives and costly self-‐insurance
• Climate change is increasing exposure to disasters, with lesser-‐known probabilistic regularities, and will likely get exponentially worse
• Weather risks cannot be reduced through local risk pooling arrangements due to covariate nature: need broader instruments
• Wide array of risk-‐reducing instruments exist, but incompletely designed and implemented
• Offer a major opportunity for investing in adaptation to private sector, governments, and donors
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How to protect farmers from exposure to risk? Four instruments:
(1) Index-‐based weather insurance (2) Flexible financial products: pre-‐approved indexed credit lines (3) Risk-‐reducing technology: resilient crops (4) Insured social safety nets: indexed and targeted transfers
INSTRUMENTSTime
Low(frequencyHigh(risk Insured(social(safety(nets((4) Insurance(payouts
Index?based(insurance((1) Insurance(payouts
) Pre?approved(lines(of(credit((2) Post?disaster(liquidityRecurrent Invest(in(resilience:(technology((3) Avoided(losses(due(to(resilienceLow(risk
OUTCOMES Behavioral(responses: Disbursements:Less(self?insurance,(more(investment Relief,(recovery,(and(reconstruction
Risk)management disasters Shock:coping
Climate)changeEx:ante)instruments Clilmatic Ex:post)instruments
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1. Progress with index-‐based weather insurance • What it is: payouts triggered by indicator (e.g., rainfall or area yield) crossing a pre-‐established observable threshold for a pre-‐determined area.
• Potential for millions of small farmers/entrepreneurs shut out of the insurance market
• Strong presumed advantages: no mis-‐behavior, low transaction costs, no delays, cheap
• Lessons learned: o It works where applied: better coping (less reduction of consumption, sale of assets), more investment (fertilizer Ghana), more high-‐value activities (Pakistan, India, China)
o But low uptake at market price and need for high subsidies
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Demand for index-‐based insurance
(Based on Basis-‐USAID funded research) Take-‐up falls sharply as price rises; 40-‐60% subsidy needed for 40% take-‐up
0"10"20"30"40"50"60"70"80"90"100"
0" 20" 40" 60" 80" 100"
Percen
tage)of)m
arket)p
rice)
Percent)take0up)
Ghana"
India"
China"
Market"price"
40%"take<up"goal"
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How to solve the low take-‐up problem? Solutions • Supply-‐side
o Improve the design: reduce basis risk. Better weather measurements, area yield triggers, satellite observations
o Lower the cost: cheaper re-‐insurance with incomplete data • Demand-‐side
o Give training in financial literacy, role of social networks (China experience) for information sharing
o Use smart subsidies: effective but expensive. Define optimum subsidies for learning based on past subsidies and past payouts (China experience)
o Increase trust in provider: witness payouts to oneself and to others. Use initial subsidies to broaden social learning
o Insure at group/institutional level: Distribute payouts internally to members based on observed damage
o Use with other financial products as an element of a comprehensive risk layering strategy (DRFI): credit, technology, social safety nets
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Conclude • High un-‐captured opportunity for investment in adaptation: can make it work
• Role of foreign aid in improving design, learning, re-‐insurance, and subsidies for 40% target take-‐up.
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2. Progress with flexible financial products for disaster response: index-‐based, pre-‐approved credit lines • BRAC (NGO Bangladesh): microfinance credit declines after shocks (floods), savings are depleted, and missed payments and defaults rise
• Microfinance typically very rigid and concerned with repayment due to lack of collateral
• Innovation: Introduce pre-‐approved additional credit line for good clients (high credit score) triggered by climatic events (like index insurance) to offer post-‐disaster option to borrow
• Observe strong uptake of new financial product • Can have both ex-‐post coping value (welfare) and ex-‐ante risk management (behavior) effect
Conclusion • Huge opportunity to introduce new microfinance products for adaptation to climate change
• Role of foreign aid in design and experimentation • Important component of private sector contribution to adaptation
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3. Progress with risk-‐reducing agricultural technology • Rice crops increasingly exposed to weather shocks: floods, droughts, high temperatures
• SwarnaSub1, a new rice variety developed for South Asia by IRRI and national partners, with capacity to survive up to 14 days of submergence, compared to 4-‐5 days for normal rice.
Yields by days of flooding
(Based on CEGA/ATAI/Gates Foundation funded research)
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Yield advantage of SwarnaSub1 after flooding, Odisha, India
Double gain: Ex-‐post: helps reduce losses in flood years
Ex-‐ante: Induces higher yields in normal years through risk reduction
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Story told: Conclusion: Shows that risk reduction can have high payoffs not only for relief but also for growth Role for foreign aid: large returns from investing in international public goods such as risk reducing agricultural technology
1531kg/ha
55%
Riskmanagement(behavior)
682kg/ha
Avoided 45%yieldloss 283kg/ha Shock
copingYieldCgain YieldCgain YieldCgain (agronomy)
Flood Expectedyear gain(1CinC4) (3CinC4) (overC4Cyears)
NormalCyears
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4. Index-‐based insured and targeted social safety nets Publicly provided social safety nets targeted at poor Provider can use index-‐based insurance to reduce potentially huge
weather-‐based fiscal risks
Case of Cadena in Mexico • State governments need put into place social safety nets to respond to catastrophic weather events, such as drought for smallholder farmers
• But social safety nets are highly destabilizing of public finances, periodically starving planned expenditures in health, education, infrastructure
• Response: introduce weather insurance indexed on indicators of extreme weather events
• Offer free insurance to targeted populations: Smallholder farmers with less than 20ha of rainfed land
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• Find that insurance payouts are effective in helping beneficiaries cope with shocks (ex-‐post response) o Plant more insured crops relative to non-‐beneficiaries the year after a payout
o Plant more of all crops o Have higher post-‐shock income and consumption expenditures than non-‐beneficiaries
o Reduce dependence on remittances (private transfers crowded out by public)
• Also effective in inducing higher yields through risk management (ex-‐ante behavior)
• Help stabilize government relief expenditures Conclusion: Index-‐based insured social safety nets can work both ex-‐post (shelter future crops), and ex-‐ante (behavioral responses) Offer good opportunities to invest in adaptation, though expensive if high insurance loading
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5. Conclusion: A major policy and research agenda, with a huge potential for poverty and growth in adaptation to climate change 1. Current solutions still very incomplete, yet instruments exist. 2. Index-‐based insurance not commercially viable at farmer level without subsidies, but can be improved and more demand induced
3. Flexible financial products (pre-‐approved indexed credit lines) generally not available and un-‐tested, but can be designed and implemented
4. Resilient agricultural technology not available for many places and partially adopted, but can offer large gains in both shock coping and risk management
5. Insured social safety nets barely explored, but can be effective Recommendations 1. Countries need develop comprehensive ex-‐ante DRFI strategies that combine these various instruments
2. Requires more design, experimentation, evaluation, and implementation of these instruments
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