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USING INNOVATIVE MARKET BASED RISK MANAGEMENT INSTRUMENTS TO MANAGE
DROUGHT RISK
Erin BrylaCommodity Risk Management Group
The World Bank10/16/2006
Overview
Index Based Weather Risk Management Application 1: Managing weather risk at the
household level Application 2: Providing contingent weather risk
financing for governments Market Based Price Risk Management
Managing the impacts of price fluctuations on government during a food crisis
COMMODITY RISK MANAGEMENT GROUP, WORLD BANK
Provides technical assistance on: Market based price risk management instruments Index based weather insurance
Working to improve access to risk management opportunities by:
Researching risk management alternatives Introducing new products through pilot programs Working with regulators and governments Disseminating best practices and lessons learned
Works with: Banks, microfinance organizations, other financiers Insurance companies Ginners, processors Cooperatives and producer associations Governments
Traditional Strategies for Coping with Drought
GOVERNMENT
Reallocate budget Funds move away from other activities; government involvement
Appeals to humanitarian agencies Unpredictable flows; lag time in delivery
Trade restrictions Disincentives for private sector
Price stabilization/ supports Fiscal burdens for government and eliminates private market
Building up strategic grain reservesRequires management of physical stocks
HOUSEHOLD
Depletion of Assets Long term welfare declines
Suboptimal investments Continued use of basic technology and lower revenues
Low risk crops and farming practices Low yields
Reliance on humanitarian aid Issues of dependency
Cut consumption and take children out of school Health and welfare declines
Can we move from ex-post to ex-ante?
INDEX BASED WEATHER RISK MANAGEMENT
TRADITIONAL VS. INDEX- BASED
• Financial protection against adverse weather conditions• Contracts can be structured as insurance or derivatives• Based on the performance of a specified weather index during the risk
period• Payouts are made if the index crosses a specified trigger level at the end
of the contract period• Protect against yield volatility
Multi-peril Crop Insurance
High Administrative Costs Moral Hazard Adverse Selection
Index-Based Weather Insurance
Rainfall is a proxy for damage Objective triggers and structured
rules for payouts Improved correlation between
need and provision
More on Index Based. . .
THE WEATHER MARKET First weather derivative transaction in U.S.
1997
Market has rapidly grown Non-energy applications New participants Global development Broader product offering
Diversification New locations, new risks Enhances risk/return of portfolio Leads to more aggressive pricing
Market players are interested in: Expanding business growth and expansion Developing market liquidity Broadening product offering Expanding global network
$4.6B 2003/2004
$8.36 2004/2005
Number of Contracts by Region(No CM E Trades)
0500
1,0001,5002,0002,5003,0003,5004,0004,5005,000
1998/9 99/00 2000/1 2001/2 2002/3
Other
Europe
Asia
N. Amer. South
N. Amer. East
N. Amer. Midwest
N. Amer. W est
2001 SurveyN=19
2003SurveyN=19
2002SurveyN=20
Deficit Rainfall (mm)
Payou
t ($
)
PHASE 1Sowing & Establishment
PHASE 3Yield Formation to Harvest
Deficit Rainfall (mm)
Payou
t ($
)
Deficit Rainfall (mm)
Payou
t ($
)
Cropping Calendar Sowing Window &
Dynamic Start Date
PHASE 2Growth & Flowering
Final Insurance Payout = min (Max Payout, Phase 1 + 2 + 3 Payouts)
CONTRACT DESIGN
Payout per Hectare for Maize Drought Protection, Lilongwe Region
0
1000
2000
3000
4000
5000
6000
7000
8000
9000
0 10 20 30 40 50 60 70
Maize Rainfall Index
Pa
yo
ut
(MK
W p
er
hc
t)
PAYOUT STRUCTURE
$ per mmMaximum Payout
Trigger Level
Long-Term Average
Groundnut Rainfall Index
PAYOUT STRUCTURE
APPLICATION #1: A weather insurance product that
compensates farmers for weather variability that negatively impacts yields
Because of drought risk farmers engage in negative coping strategies and suboptimal investment
activities.
An effective instrument could provide farmers greater access to finance, the ability to invest in higher risk, higher yielding agriculture, and allow
banks to expand their portfolio to agriculture.
PILOT PROGRAM FOR FARMERS IN MALAWI
Location: Four regions
• Kasungu, Nkhotakota, Chitedze, Lilongwe North Crop:
Groundnut
Period: 140 day season Season only starts after sowing approx Nov - April Sowing date changes depending on first rains
Index: Groundnut most susceptible:
• Lack of rainfall Index must pick up most critical periods of the
groundnut phenological cycle –• Sowing, Flowering, and Pod Filling
Yield data is unreliable so index is based on Water Requirements Stress Index
Contract: Three phases Dynamic start date
CLUB
Insurance Association of
Malawi
MRFC/ OIBM
NASFAM
MET OFFICE
CLUB
Insurance Association of
Malawi
MRFC/ OIBM
NASFAM
MET OFFICE
Example MalawiPilot Details
PILOT DETAILS
The aim is to secure timely and reliable funds to finance Government responses to drought in severe
years.
An efficient response to drought risk requires contingency funds, which weather risk management
instruments can provide.
APPLICATION 2: A contingent financing arrangement for
government in case of a weather triggered food crisis
DROUGHT PROTECTION FOR MALAWI
Malawi Maize Production Index (MMPI) is the output of rainfall-based index model for maize production
Details: Malawi Met Office developed, CRMG adapted Crop balance water model, FAO’S WRSI Variable input is daily rainfall data only 21 primary weather stations throughout the
country tracking local maize yields
Protection Structure: Trigger to protect against maize output below
1,500,000 MT Strike: 1,500,000 MT Limit: 1,000,000 MT Payout Rate: $300 per MT
Location: 21 Weather Stations
Start Date: 1st October 2006End Date: 30th April 2007Payout Date: 7th May 2007Max Payout: $150,000,000
Coverage to protect against the impact of deficit/erratic rainfall on national maize production
Structure designed to reflect conditions which would impact national maize production and food security, resulting in GoM maize imports
HISTORICAL PAYOUTS
$-
$20,000,000
$40,000,000
$60,000,000
$80,000,000
$100,000,000
$120,000,000
$140,000,000
$160,000,000
1962
1964
1966
1968
1970
1972
1974
1976
1978
1980
1982
1984
1986
1988
1990
1992
1994
1996
1998
2000
2002
2004
2006Harvest Year
Pay
ou
t ($
US
)
0
500,000
1,000,000
1,500,000
2,000,000
2,500,000
Ind
ex P
red
icte
d N
atio
nal
Pro
du
ctio
n (
MT
)
Histroical Payouts ($US)
Index (MT)
CONCLUSIONS – WEATHER RISK MANAGEMENT
At the household level: Gives farmers greater flexibility in investment decisions Banks have greater interest in lending Farmers see potential in investing in their farms
For governments: Provides government contingent financing Allows the cost of drought risk to be smoothed over time Provides some predictability to drought financing and buys
time for other emergency responses to take affect May lessen the effects of drought (asset depletion etc) by
getting the needed resources into the hands of the government and beneficiaries sooner ie protect livelihoods
Provides government a level of autonomy
MANAGING THE IMPACTS OF PRICE FLUCTUATIONS ON GOVERNMENT DURING
A FOOD CRISIS
PREPARATION FOR THE 2005 FOOD CRISIS
During 2005, MVAC predicted 270,000 - 400,000 mt food shortage predicted for Malawi
In the months leading up to the “hungry period” there was a low level of preparation either to obtain the grain required or to mobilize the finance for it
The commercial sector waited to see the governmental and humanitarian response
Humanitarian agencies would be needed but limited involvement prior to crisis onset
Government did not want to be soley responsible for all importing was planning to rely on commercial sector for part of the needs and humanitarian response for the remainder
But, government was concerned about: Local price increases and regional (S.African) price increases Private sector’s ability & willingness to bring in commercial import Response from humanitarian appeals
Given the uncertainty and the magnitude of the food needs the Government wanted to be prepared in case
any of the above went wrong
THE VICIOUS CIRCLE
Although South Africa had 6 million metric tons surplus, commercial
imports were not moving
Increasing local prices
Potentially higher levels of humanitarian
need
Intervention to maintain
sales at subsidized
prices
Continued disincentives to
private sector trade
…Le
adin
g to
…
…Leading to… …Leading to…
…Le
adin
g to
…
THE PRODUCT
Innovative use of SAFEX-based call option by a Southern African government ex ante approach to managing food security risks
A call option Gave Gov’t the right but not the obligation to buy Gave Gov’t protection against prices moving up Provided capped price level for imports….if and when they were needed Could be triggered (exercised) in tranches
Government paid a premium to access the instrument
Physical – SAFEX + transport Transport cost Cost of bagging, etc. Premium for GMO free Maize
Flexibility on delivery periods, volumes, and packing Two expiration dates / two delivery periods 60,000 mt total Ceiling prices varied depending on location
SAFEX vs. MALAWI vs. CBOT
0
500
1000
1500
2000
2500
3000
3500
4000
Mar
-96
Mar
-97
Mar
-98
Mar
-99
Mar
-00
Mar
-01
Mar
-02
Mar
-03
Mar
-04
Ran
d/to
n (2
000
pric
es)
CBOT First NearbyRSA SpotMalawi Average
CONCLUSIONS – PRICE RISK MANAGMENT Governments have difficulty giving up interventionist policy
without good alternatives Market solutions exist, are good alternatives, but need to be
tested in practice before governments will believe in them
Private sector traders are constrained from operating in fully commercial ways b/c of ad hoc policy
Need support to build capacity to manage imports Need incentives to do so that depend on better signals from
gov’t and donors
• Donor interventions can be just as disruptive to the market as government
Need new mechanisms which transfer business to local traders Donor investment in risk management strategies may help
maximize value of food aid dollar
• Better coordination and ex ante planning needed overall so not always operating in crisis mode with very high costs