Crop Insurance

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PROJECT REPORT ON CROP INSURANCE BACHELOR OF BANKING & INSURANCE (B.B.I.) SEMESTER V In Partial Fulfillment of the requirement For the Award of Degree of Bachelor of Banking & insurance (BBI) By PRAVIN M. KHARATE ROLL NO.1228026 SHRI SIDH THAKURNATH COLLEGE OF ARTS AND COMMERCE, ULHASNAGAR – 421 004 UNIVERSITY OF MUMBAI

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Crop Insurance

Transcript of Crop Insurance

PROJECT REPORT

ON

CROP INSURANCE

BACHELOR OF BANKING & INSURANCE

(B.B.I.)

SEMESTER V

In Partial Fulfillment of the requirement

For the Award of Degree of Bachelor of

Banking & insurance (BBI)

By

PRAVIN M. KHARATE

ROLL NO.1228026

SHRI SIDH THAKURNATH COLLEGE OF ARTS

AND COMMERCE, ULHASNAGAR – 421 004

UNIVERSITY OF MUMBAI

INDEX

SR.NO TOPIC PG.NO

1 INTRODUCTION

2 INDIAN AGRICULTURE:DEPENDENCE ON

RAINFALL

3 RISK AND UNCERTAINITY IN AGRICULTURE

4 EVOLUTION OF CROP INSURANCE IN INDIA

5 RATIONALE OF CROP INSURANCE

6 PAST EXPERIENCE IN CROP INSURANCE

7 PRODUCT IN THE MARKET

8 COMPARISON OF NAIS-WBGIS

9 CROP INSURANCE IN BANGLADESH

10 CROP INSURANCE IN TAMIL NADU

11 PRIVATE PARTICIPATION

12 THE FUTURE FOCUS

13 RESULT AND DISCUSSION

14 RECOMMENDATION

15 CONCLUSION

16 REFERENCE

History

The Crop Insurance in India was started with the introduction of the All Comprehensive

Crop Insurance Scheme (CCIS) that covered the major crops. This scheme was introduced in

1985. In fact this period of introduction also coincided with the introduction of the Seventh-Five-

year plan. This initial scheme was of course later substituted and National Agricultural Insurance

Scheme (NAIS). This substitution came into effect from 1999.

These Schemes that have been introduced throughout the crop insurance history have been

preceded by years of preparation, studies, planning, experiment and trails on a pilot basis. In the

crop insurance history, the question of introducing a crop insurance scheme was taken up for

examination soon after the Indian independence.

The first aspect that was examined related to the modalities of crop insurance. The issue

under consideration was about whether the crop insurance should be offered under an „individual

approach‟ or on „Homogenous area approach�. The Individual approach of the scheme

indemnifies the farmer to the full extent of the losses. Also the premium that is to be paid by him

is determined with reference to his own past yield and loss experience.

The Individual approach for these schemes necessitates reliable and accurate data of crop

yields of individual farmers for a sufficiently long period, for fixation of premium on actuarially

sound basis. The Homogenous area approach on the other hand was aimed at envisaging a

homogeneous area from the point of view of crop production and similarity of annual variability

of crop production. The homogenous area approach was found to be more favorable. This is

because it would facilitate the provision of a single unit treatment to various agro-climatically

homogenous areas and the individual farmers and allow them to pay the same rate of premium

and individual fortunes. Receive the same benefits, irrespective of their individual fortunes.

Introduction

Agriculture has been a crucial sector in many developing countries across the world for its

perceived ability to contribute significantly to achieve developmental objectives such as

economic growth, employment generation, food security, poverty reduction, and environmental

sustainability. Increasing the productive capacity of agriculture through higher productivity has

been the main policy agenda in many developing economies. India is not an exception where

agriculture provides employment to millions of people in the rural areas, and hence the growth

and development of this sector assumes important among the policy makers. With almost little

scope for further expansion in arable lands, there is a need to increase yields to technically

maximum possible levels through appropriate investment in basic infrastructure, human

development, and research and extension services (Chaves, 2006; Zepeda, 2006; Mathura et al,

2006).

There has been a consistent decline in growth of the agriculture sector since 1990 onwards

as compared to 1980s. It was 4 per cent per annum during the 1980s on an average, which came

down to 3.2 per cent during 1990s and 2 per cent in the last five years. Growth in real value of

food grain production has been an abysmal -3 per cent during the 1990s and - 5 per cent during

1999-2000 to 2002-03, with minor improvements estimated during 2003-04 (Mathura et al,

2006). While there has been decline in overall agricultural growth, there are considerable

interregional variations across the country. With regard to the period 1993 to 2003, the state-wise

analysis shows wide variations in growth from 28 per cent to –19 per cent taking the first three

years and last three years, viz, 1993-96 and 2000-03.

Over the years, many researchers have attempted to study variations in terms of

agricultural production, productivity, and agricultural growth performance across regions in the

country (Sawant, 1997; Singh et al, 1997; Praveen et al, 1997; Rao and Gopalappa, 2004; Sidhu

and Bhullar, 2005; Mathur et al 2006). These studies by and large found that there are

considerable variations in yield, production, input use in agriculture and agricultural growth

across regions. However, studies on regional differences in farm profitability are limited.

Moreover, growing imbalances in agricultural growth and development led to disparity in status

of farmers across regions. Significant proportion of farmer households has been trapped to

indebtedness. Recent estimates show that nearly 49 per cent of farm households are indebted

and the average amount per indebted household is Rs.12585. This issue made the academicians

and policy makers to carefully analyze why this happens in the era of globalization,

technological advancement, and economic growth.

Farmers face floods, drought, pests, disease, and a plethora of other natural disasters. Crop

insurance as a risk management tool is being widely adopted both in developing and developed

countries. Agricultural crop insurance has assumed much importance with large scale damage

caused due to pest attacks, crop diseases and vagaries of weather. The objective here is to

provide insurance coverage and financial support to the farmers in the event of failure of any of

the notified crop as a result of natural calamities, pests and diseases. The list of crops being

covered for insurance differs from state to state. Generally quite a few Kharif and Rabi season

crops are covered. These crops are insured at the community/block/gram panchayat levels.

Agriculture insurance schemes are of immense help to farmers, providing them with financial

security.

Developed countries have a variety of government-supported, agriculture-related insurance

services. But, in India, farmers generally rely on informal arrangements like diversifying crops,

favouring traditional practices over modern techniques, and entering into share-cropping

carrangements. Such arrangements, however, are not totally gainful in mitigating the risks as

efficiently as formal arrangements. Therefore, crop insurance as one of the means of reducing the

agricultural risks, indemnifies the losses arising from natural calamities like drought, flood,

storm and pests and diseases. Crop insurance brings in security and stability in farm income.

Crop insurance protects farmers‟ investment in crop production and thus improves their risk

bearing capacity. It facilitates adoption of improved technologies and encourages higher

investment resulting in higher agricultural production. Further, it spreads the crop losses that

occur due to uncontrollable natural factors, over space and time and helps farmers make more

investments in agriculture. Realising the importance of potential contribution of crop insurance

in agricultural sector, the present paper aimed at (i) critically review the various crop insurance

schemes in Tamil Nadu state and (ii) work out the instability index for important crops.

Definition

Crop insurance is purchased by agricultural producers, including farmers, ranchers, and

others to protect themselves against either the loss of their crops due to natural disasters, such as

hail, drought, and floods, or the loss of revenue due to declines in the prices of agricultural

commodities.

The two general categories of crop insurance are called crop-yield insurance and

croprevenue insurance.

Crop-yield insurance:

There are two main classes of crop-yield insurance

Crop-hail insurance

It is generally available from private insurers (in countries with private sectors) because

hail is a narrow peril that occurs in a limited place and its accumulated losses tend not to

overwhelm the capital reserves of private insurers. In early 1820s, crop-hail insurance were

available to farmers in France an):d Germany. That is among the earliest forms of hail insurance

from an actuarial perspective. It is possible to implement the hail risk into financial instruments

since the risk is isolated.

Multi-peril crop insurance (MPCI

Coverage in this type of insurance is not limited to just one risk. Usually multi-peril crop

insurance offers hail, excessive rain and drought in a combined package. Sometimes, additional

risks such as insect or bacteria-related diseases are also offered. The problem with the multi-peril

crop insurance is the possibility of a large scale event. The Risk Management Agency (RMA) is

active in calculating the premiums based on individual risk factors since 1996.

Crop-revenue insurance: Crop-yield times the crop price gives the crop-revenues. Based on

farmer's revenues, crop-revenue insurance is based on deviation from the mean revenue. RMA

uses the futures prices on harvest-times listed in the commodity exchange markets, to determined

the prices. Combining the future price with farmer's average production gives the estimated

revenue of the farmer. Accessing the futures market offers enables revenue protection even

before the crop planted. There is a single guarantee for a certain number of dollars. The policy

pays an indemnity if the combination of the actual yield and the cash settlement price in the

futures market is less than the guarantee. In the United States, the program is called Crop

Revenue Coverage. Crop-revenue insurance covers the decline in price that occurs during the

crop's growing season. It does not cover declines that may occur from one growing season.

Objective:

Provide a sustainable and feasible model for Private Insurance Companies to offer Crop

Insurance Schemes to the Rural Sector.

Importance of insurance for farmers:

Commercialization of agricultural products has increased in India. The fluctuation in the

price of the products has affected the income of the farmers significantly. Insurance of crop

production provides a relief to the farmers when the crop is damaged by attack of pests, flood,

drought or any other mean.

Synthesis:

Initially, the need is to segregate risks into preventable and unpreventable ones. Only the

unpreventable risks would be insured. For example, damage caused to crops due to floods,

drought, lightning, etc. The initial target market would be states or regions with moderate or low

risk of natural calamities. Insurance would be channeled through Farmers’ Co-operatives and

Farming Clubs. Selection of a homogenous agro-climatic area is essential to have uniform

premium rates for specific regions.

Features of Crop Insurance:

� The sum insured generally equals the value of the threshold yield of the insured crop.

� A farmer can get an insurance for an amount greater than the value of the threshold yield

by paying premiums at commercial rates

� In case a farmer takes a loan for his crops, the sum insured is at least equal to the amount

of crop loan advanced

� Insurance charges for loanee farmers are in addition to the loan charges

� While all loanee farmers are automatically covered under the scheme, non-loanee

farmers need to approach the nearest banks within the stipulated time

� Crop loans disbursed through Kisan Credit Cards are also eligible for this scheme

� In case of damages caused by widespread calamities, claims are settled on area approach

basis. Any insured crop in a notified area recording a yield which is lower than the

guaranteed yield (calculated on the basis of crop estimation surveys by the state

government) automatically becomes eligible for an insurance claim.

� However, in case of areas notified for experimentation of individual loss assessment, the

farmer needs to intimate the crop loss within 48 hours to the local revenue or agriculture

department.

Need for Crop Insurance:

Crop insurance is one alternative to manage risk in yield loss by the farmers. It is the

mechanism to reduce the impact of income loss on the farmer (family and farming). Crop

insurance is a means of protecting farmers against the variations in yield resulting from

uncertainty of practically all natural factors beyond their control such as rainfall (drought or

excess rainfall), flood, hails, other weather variables (temperature, sunlight, wind), pest

infestation, etc. Crop insurance is a financial mechanism to minimize the impact of loss in farm

income by factoring in a large number of uncertainties which affect the crop yields. As such it is

a risk management alternative where production risk is transferred to another party at a cost

called premium. The weather based crop insurance uses weather parameters as proxy for crop

yield in compensating the cultivators for deemed crop losses

It provides a good alternative both to farmers and government. Farmers get on actuarially fair

insurance with swift payments at little administrative costs to the government. Rainfall insurance

is a specific form of weather insurance. As such weather insurance is not yield insurance while

crop insurance is. In both the cases cultivators pass risk in yield to another party for a premium.

The insurance need for agriculture, therefore, can not be over emphasized as it is a highly risky

economic activity because of its dependence on weather conditions. To design and implement an

appropriate insurance programmer for agriculture is therefore very complex and challenging

task. There are two approaches to crop insurance, namely, individual approach where yield loss

on individual farms forms the basis for indemnity payment, and homogeneous area approach

where a homogeneous crop area is taken as a unit for assessment of yield and payment of

indemnity. In both the cases reliable and dependable yield data for past 8-10 years are needed for

fixing premium on actuarially sound basis. Homogeneous area approach has the advantage of

availability of data on yield variations.

Data and Methodology:

This study is based on an analysis of data on Area, production and productivity of selected

crops which was taken from publications of Seasonal Crop Report of Tamil Nadu. Risk revealed

by instability index of area , production and productivity of selected crops is presented in Tables.

Further, the study used the data on area, yield and production for nine major crops viz.

paddy, Sorghum, maize, groundnut, chills, banana, cotton and sugarcane, total pulses for the

period 1980-81 to 2004-05. Instability index in area, production and yield for district level are

calculated for five periods. The Districts have a diversified cropping pattern in different regions

depending upon agro-climatic conditions and hence all the important crops were selected for the

present study.

There were 15 original composite Districts in the year 1980-81 that have been later

subdivided into as many as 29 Districts. For purpose of analysis, later data relating to subdivided

newer administrative Districts were merged with the corresponding composite Districts to make

the data comparable over years. Only five administrative Districts Erode, Coimbatore,

Pudukkottai, Kanniyakumari and Nilgiris have remained without sub divisions. Erstwhile

individual composite Districts were considered for the analysis.

Benefits:

Crop Insurance helps the farmer by reducing his income fluctuation. It enhances access to

low cost organized credit. It also encourages farmers to adopt progressive farming practices and

higher technology. From the Insurer’s point of view crop insurance is a huge opportunity in rural

India. It will help insurance companies to shift from a mandatory business to a desired business

Crop insurance can be a critical instrument of development in the field of crop production. It will

have a multiplier effect on the economy.

The Road Ahead:

Crop insurance will offer a platform for linking Microfinance to Crop Insurance. It

provides an opening for a sustainable Public-Private Partnership. Eventually insurance

companies can encompass cross selling of other financial products. Non-Annualized and Group

Insurance are innovative ways of providing insurance. If the Government permits we can link

general insurance to life insurance and offer a hybrid product.

INDIAN AGRICULTURE: DEPENDENCE ON RAINFALL

Indian agriculture is heavily dependent on rainfall which largely occurs during monsoon

season of about two and half months. The abnormal behavior of monsoon may cause natural

disasters such as scarcity conditions or drought, floods, cyclones, etc. Nearly two thirds of the

cropped acreage is vulnerable to drought in different degrees. On an average 12 million hectares

of crop area is affected annually by these calamities severely impacting the yields and total

agricultural production.

About two thirds of the cultivated area has no irrigation. Even large part of irrigated area

does not get adequate water supply for intensive cropping (double cropping). In rained areas

sowing of kharif crops commences with the onset of monsoons and the delay in the onset of

monsoons delays sowing with its adverse impact on yield. Further the growth of crops and

realization of output are determined by the quantum of rainfall and its distribution during the

monsoon season. Even sowing of rabbi crops is determined by the soil moisture retained from

the rains especially during the later part of the monsoon season. Rainfall pattern affects the

irrigated crops also. Rainfall during flowering period washes the pollens adversely affecting the

crop yield. Excess rainfall may adversely affect the yield realization. Heavy rains may submerge

the growing crops in the early stages and may cause lodging in the later stages of crop growth. In

the catchments heavy rains may cause floods in the plains. The floods disrupt the sowing

schedule and damage the standing crops resulting in reduced yield or even total loss of crops and

farm income in addition to loss of property. Other weather variables that affect yield include

sunlight, temperature, wind, hails. In fact since time immemorial weather has been the major

adversary that the farmers are not able to control. It has been established that 50 per cent of the

variations in crop yield is due to variations in rainfall.

In any climatic zone crop yield among the farms varies with the soil, topography, tillage

operations and use of four complementary inputs, namely, seed, fertilizer, pesticides and

irrigation (soil moisture). Seed is the index of productivity which may be realized with the proper

tillage practices, irrigation and fertilizer use. Pesticides use avoids the loss in yield because of

pests and diseases. Not only quantum of these inputs but also their quality, and timings and

method of use affect the yield realization. These four dimensions of complementary inputs vary

for the individual farms in a year and for a farm over the years. In other words given the soil and

topography two sets of factors that affect yield on farms are climatic and managerial. Managerial

factors are in the control of farmers climatic factors are not.

The loss of crop yield affects the farmer and farming in more than one ways. Their inputs

including labor get lost. The low yield of major crops means reduced income and difficulty in

arranging the necessities of life as well as inputs for the next season. The repayment of

outstanding loans becomes irregular sometimes resulting in default. Though conversion of loans

or their rescheduling helps the farmers for eligibility for fresh loans from formal sources it may

not solve their liquidity problems completely. In some cases the farmers are compelled to divest

and dispose of some assets created over past years. Sometimes, they have to resort to costly

borrowing from informal sources.

The capacity of agriculture to hedge itself from vagaries of nature is considered crucial for

development and growth of the sector in particular and economy in general. The natural

calamities can slow the pace and process of development by reducing the food supplies and raw

materials in the short run. Successive failure of crops results in indebtedness of farmers with its

adverse impact on farming and farm economy and consequently the Economy in general.

RISK AND UNCERTAINTY IN AGRICULTURE

Uncertainty refers to an event the outcome of which is not certain i.e. the outcome may be

one of the many possible outcomes. As such it can not be measured. But certain probability may

be attached to individual outcome. Risk on the other hand refers to the impact of the uncertain

outcome on the quantity or value of some economic variable. The value of the economic variable

may be on either side of the mean value. Repeated events would result different outcomes having

a range of values. Thus risk refers to the variations in value of an economic variable resulting

from the influence of an uncertain event. Since the variations in the value are measurable risk

can be measured.

Agricultural production is an outcome of biological activity which is highly sensitive to

changes in weather. Important weather variables such as temperature, humidity, rainfall, wind

etc. influence the biological process directly or indirectly. For instance, low soil moisture due to

poor precipitation in the pre-sowing period adversely affects seed germination resulting in

reduced plant population. The poor precipitation during growth period results in stunted plant

growth. Heavy rainfall during early growth period causes submersion of plants. Similarly

hailstorms, wind and cyclones damage the standing crops by lodging and uprooting especially

the perennials (trees and shrubs). High humidity may cause outbreak of pests and diseases. All

these result in partial loss in yield and sometimes complete crop failure and hence reduced

income to farmers. In other words, deviations in the Weather variables from the normal

adversely affect the crop yields and hence production and income on individual farms. As

variations in weather are more a regular phenomenon crop yields are not stable. As if all this is

not enough the sword of uncertain agricultural prices always hangs on the farmers’ fate. As a

consequence farm incomes fluctuate violently from year to year. These variations in income are

referred to as risk. The variations in income due to changes in yield are production risk and due

to changes in price marketing risk. As such risk (variations) may be measured in terms of

standard deviation or coefficient of variations for yield, prices and income.

In business risk is treated as a cost. Once in the business one has to bear this cost. Since,

risk is associated with the activity it cannot be eliminated so long the activity is carried out. It,

however, can be managed i.e., can be reduced or minimized but at a certain cost. Risk

management, therefore, implies minimization of income loss either by reducing variations in

output or ensuring certain minimum price or guaranteeing certain level of income. It is a process

of appraising and reducing risk. The ways devised to do so are referred to as risk management

alternatives. These are discussed under the following heads.

a. Avoiding Risk:

Some of the production risks can simply be avoided. For instance, eliminating more risky

enterprises would minimize risk but at the cost of decreased total production (returns). Laggards

always try to avoid risk. They opt for assured though low income enterprises.

b. Preventing Risk:

Many a time some risks could be prevented by taking advance action. For instance, risk of

loss in crop yield due to pest attack could be prevented by following preventive pest control. The

cost of this risk management alternative is the cost of preventive pest control.

c. Sharing Risk:

This alternative of risk management is quite common in India. Important example of risk

sharing is the share lease of land to tenants. The production risks are shared between the landlord

and the tenant in the ratio they share some inputs and the output. The cost of this alternative to

the landowner would be equal to the difference between the net income tenant earns less the cash

rent he would have paid for rental lease.

d. Transferring Risk:

Risk may be transferred from one entity to another. For instance, marketing risk could be

transferred to buyers by way of forward contract. It guarantees to pay an agreed price for the

produce to be realized in future. The cost of this alternative is the difference in value of output at

post harvest/market price less the value realized at the agreed price. Crop insurance is another

example of transferring production risk to another entity i.e., insurance company. In case the

crop prospects are reduced below certain minimum, proportionate indemnity is paid for the

expenditure incurred. The cost of this alternative is the premium paid by the farmer.

e. Spreading Risk:

Risk may be spread over a number of enterprises with varying degree of risk and of

course with varying level of net income. This is known as diversification. Diversification could

be in terms of mixed farming, diversified farming or even mixed cropping. The idea is not to put

all eggs in one basket. It would ensure some income realization from enterprises/crops even in

the event of adverse weather conditions etc. As net returns from combination of different

enterprises/crops would be less than the net returns from the most paying crop (pure) the

difference between the two would be the cost of this alternative.

f. Taking Risk:

Taking risk could be one of the alternatives to manage risk where the management cost is

nil because no attempt is made to reduce risk. The idea is to plan for maximum returns even at

high risk. Innovators and early adopters are the two categories of people who always are willing

to take risk. They go for high return enterprises exposing themselves to high risk.

Typical Measures against Agriculture Risk Technical measures:

Dykes or embankment to protect from flood, assured irrigation from surface or

groundwater sources, use of pesticides, fertilizer, judicious use of land, crop rotation/mixed

cropping, choice of plant varieties and animal breeds, crop and animal husbandry practices,

genetic modification of crop pattern to adjust to the calamities, etc. Other than these, economic

measures like diversification of farm enterprises and by improvements in marketing and

institutional set-up might also work there. In many countries the state provides aid or relief to the

agricultural sector in the event of a natural catastrophe as a matter of Public Policy. In some

countries this is done on an ad hoc basis while in others there are formal arrangements and even

legislation for this purpose. It is true that globally agricultural production could be significantly

improved adopting such measures but the residual risk from the natural hazards still affecting

agricultural sector enormously. As already mentioned, in the changing climate it might aggravate

further. Moreover, the technical measures sometimes found to be not effective like some of them

might be counter-productive.

EVOLUTION OF CROP INSURANCE IN INDIA

The question of introduction of crop insurance in India was taken up for examination soon

after independence in 1947. A special study to work out modalities of crop insurance was

commissioned in 1947-48 following an assurance given by the Ministry of Food and Agriculture

to introduce crop and cattle insurance in the country. The first aspect regarding the modalities of

crop insurance considered was whether it should be on Individual Approach or Homogenous

Area Approach. The individual approach seeks to indemnify the farmer to the full extent of the

losses and the premium to be paid by him is determined with reference to his own past yield and

loss experience. As such it necessitates reliable and accurate data of crop yields of individual

farmers for a sufficiently long period for fixation of premium on actuarially sound basis. The

homogenous area approach envisages that in the absence of reliable data of individual farmers

and in view of the moral hazards involved in the individual Approach, a homogenous area would

form the basic unit, instead of an individual farmer. The homogeneous area would comprise of

villages that are homogenous from the point of view of crop production and whose annual

variability of crop productivity would be similar. The study favored homogenous area approach.

Various agro-climatically homogenous areas to be treated as units and the individual farmers in

those area units would pay the same rate of premium and receive the same benefits, irrespective

of differential loss in individual yields. The ministry circulated the scheme for adoption by the

state governments but the states did not accept.

In 1965, the Central Government introduced a Crop Insurance Bill and circulated a model

scheme of crop insurance on compulsory basis to constituent state governments for their views.

The bill provided for the Central Government framing a reinsurance scheme to cover indemnity

obligations of the states. However because of very high financial obligations none of the states

accepted the scheme. On receiving the responses of state governments, the subject was

considered in detail by an Expert Committee headed by the then Chairman Agricultural Price

Commission set up in July 1970 for full examination of the economic, administrative, financial

and actuarial implications of the subject. Different experiments on crop insurance on a limited,

ad hoc and scattered scale started in 1972-73. By now we have the experience of a number of

products including some of weather insurance. In what follows is a brief on the past experience

and availability of different products at present.

Though, agricultural insurance is largely in the public domain some private efforts

especially in weather insurance have also been there for some time. Their experience is not all

that discouraging. The real challenge is to scale up the distribution and ensure fast claim

settlement. India, thus, has a publicly administered crop insurance scheme since 1972. All the

variants of the scheme introduced from time to time had flaws. Nevertheless India is not alone

where public crop insurance has not been successful. In both developed and developing countries

such insurance schemes have incurred losses without offering an effective product.. Public crop

insurance schemes are available to cultivators as means of reducing the cost associated with crop

failure. The schemes, however, suffers from moral hazards and adverse selection and are very

costly as payment eligibility is determined by crop damage assessment for each individual

farmer. There is a feeling that it is not profitable proposition at all.

RATIONALE OF CROP INSURANCE

The modern insurance sector can play a major role to solve the problems mentioned

there, and considerably strengthen the financial security of farmers. Agricultural Insurance is a

more efficient instrument and an effective institutionalized mechanism for dealing with the

problem. It helps to streamline the relief efforts and reduces the direct and indirect costs on the

national economy. (Jain, 2004). For a number of reasons demand for crop insurance is increasing

day by day, which can be grouped as;

� Evidence is accumulating of connections between climate change, and the increasing

incidence of crop damaging weather events of extreme severity.

� Farming is becoming steadily more commercialized, with greater financial investment.

� Farmer / investors and their banks frequently examine the feasibility of using a financial

mechanism i.e. insurance, in order to address part of the risk.

� The World Trade Organization (WTO) regulations generally forbid will increase

subsidization of agricultural in governments from subsidizing agriculture directly;

however, they permit the insurance premiums. In the case, demand for crop insurance

those economies that wish to implement a policy of permitted subsidization of their

farmers.

� Insurance can also assist in managing the on-farm production risks consequent changes in

past management practices. Such changes are increasingly required in order to address

environmental protection and food safety concerns.

Problems associated with Crop Insurance Implementation:

There are some problems of implementing crop insurance at field level. The major ones are

finding the right client, the provider and the product design.

Firstly, without the right group of farmers and approach this might look like a relief to

farmers, which will hamper the objective of the programme.

Secondly, three different channels of providers can work:

1. Full service provision by an NGO/MFI,

2. Full service provision by a mainstream insurance company and

3. Collaboration between the two within a partner-agent model

Many issues influence the selection of the channel of provision for offering crop micro

insurance. These issues include the motivation and goals of the provider, the costs of provision,

human resources and information capabilities, access to clients, access to reinsurance and

support by subsidies and donors.

Another problem is product design. Developing a viable insurance plan begins with the

identification of the risks, deciding upon the method for estimating the loss of crops, setting the

premiums etc. Without the right amount of premium the insurance will neither be viable nor

sustainable for long.

Many countries, including the US, are doing crop insurance. In India, multi-peril crop

insurance, by the name of National Agriculture Insurance Scheme (NAIS), is being

implemented. This is implemented by Agriculture Insurance Company of India, an Indian

government-owned company. The scheme is compulsory for all the farmers who take

agricultural loans from any financial institution. It is voluntary for all other farmers.

Obstacles to implement Crop Insurance in Developing countries:

o Lack of reliable long period data on crop yields and losses

o Wide variety of agricultural practices

o General ignorance and poverty of farmers

o Lack of trained personnel

o Limited financial resources of the countries

o Lack of insurance consciousness amongst farmers

PAST EXPERIENCE IN CROP INSURANCE

First Ever-Individual Approach Scheme:

In 1972-73, the General Insurance Department of Life Insurance Corporation of India

introduced a Crop Insurance Scheme on H-4 cotton. Later in 1972, general insurance business

was nationalized by an Act of Parliament, and the General Insurance Corporation of India (GIC)

was set up. The new corporation took over the experimental scheme in respect ofH-4 cotton in

Gujarat. The Scheme was based on "Individual Approach". Subsequently the scheme included

groundnut, wheat, potato and gram and was implemented in the states of Gujarat, Maharashtra,

Tamilnadu, Andhra Pradesh, Karnataka and West Bengal. The scheme continued till 1978-79.

However, it covered only 3110 farmers for a premium of Rs.4.54 lakhs against claims of

Rs.37.88 lakhs indicating its non-viability and non-popularity.

Pilot Crop Insurance Scheme (PCIS) – 1979:

The background and experience of the aforesaid experimental schemes for crop

insurance, a study was commissioned by GIC and entrusted to eminent agricultural economist,

Prof. V.M. Dandekar. Based on the recommendations of Prof. Dandekar, a Pilot Crop Insurance

Scheme was introduced by GIC in 1979.

The important features of the scheme were:

The scheme was based on "Area Approach".

1) The scheme covered cereals, millets, oilseeds, cotton, potato and gram.

2) The scheme was available to loanee farmers only and on voluntary basis.

3) The risk was shared between General Insurance Corporation of India and State Governments

in the ratio of 2:1.

4) The maximum sum insured was 100 per cent of the crop loan, which was later increased to

150 per cent.

5) A 50 per cent subsidy was provided for insurance charges payable by small andmarginal

farmers by the State Government and the Government of India on 50:50basis. The PCIS

launched in 1979 continued till 1984-85 and was implemented in 13 states. During this

period it covered 6.27 lakh farmers for total premium of Rs.196.95 lakhs against claims of

Rs.157.05 lakhs.

Comprehensive Crop Insurance Scheme (CCIS):

On the basis of experience gained from implementation of PCIS a Comprehensive Crop

Insurance Scheme (CCIS) was introduced with effect from 1st April 1985 by the Government of

India with the active participation of State Governments. The Scheme was linked to short term

crop credit and implemented on homogeneous area basis. Though the scheme was available to all

states it was not mandatory. In all 15 states and 2 union territories implemented the Scheme until

Kharif 1999. These were Andhra Pradesh, Assam, Bihar, Goa, Gujarat, Himachal Pradesh,

Karnataka, Kerala, Madhya Pradesh, Maharashtra, .Meghalaya, Orissa, Tamilnadu, Tripura and

West Bengal among the states and Andaman & Nicobar Islands and Pondicherry among union

territories. The states of Rajasthan, Uttar Pradesh, Jammu & Kashmir, Manipur and Delhi had

initially joined the scheme but subsequently opted out after few years.

The main features of the scheme were:

1) It covered farmers availing crop loans from financial institutions for growing food crops and

oilseeds on compulsory basis. The coverage was restricted to 100 per cent of crop loan

subject to a maximum of Rs.10 thousand per farmer.

2) The premium rates were 2 per cent for cereals and millets and 1 per cent for pulses and oil

seeds. Small and marginal farmers were given a subsidy of 50 per cent of the premium

payable shared equally by the central and state governments.

3) The central and state governments shared the premium and claims in the ratio of 2:1.

4) The scheme was optional to state governments.

5) The scheme was a multi-agency effort, involving Government of India, State Governments,

Banking Institutions and General Insurance Corporation of India.

The summary of coverage particulars until Kharif 1999 since inception is given in Table 1.

The data clearly reflects on the non-viability of the scheme though it was becoming popular. A

majority of claims were paid in the states of Gujarat Rs.1086 crores (47%), Andhra Pradesh

Rs.482 crores (21%), Maharashtra Rs.213 crores (9%) and Orissa Rs.181 crores (8%).

Table 1: Summary of Coverage till 1984-85

Total number of farmers covered 7,62,65,438

Total area covered (Hectares) 12,75,70,282

Total sum-insured (Rs. Crores) 24,949

Total insurance charges (Rs.

Crores)

404

Total claim (Rs. Crores) 2303

Experimental Crop Insurance Scheme (ECIS):

While in operation attempts were made from time to time to modify the CCIS as

demanded by the states. During 1997 a scheme viz. Experimental Crop Insurance scheme was

introduced from Rabi 1997-98 which was implemented in 14 districts of five states. The scheme

was similar to CCIS except that it was meant for all small and marginal farmers with 100 per

cent subsidy in premium. The central and state governments shared the premium, subsidy and

claims in 4:1 ratio. The scheme was discontinued after one season due to administrative and

financial difficulties. The scheme covered 454555 farmers. The sum insured was Rs.168.11

crores and claims paid Rs.37.80 crores against premium of Rs.2.84 crores.

Pilot Project on Farm Income Insurance Scheme:

Under the project comprehensive risk insurance was provided against loss in actual farm

income against the guaranteed income in a notified area arising out of adverse fluctuations in

yield due to one or more non-preventable perils and adverse fluctuations of market prices as

measured against minimum support price (MSP) for the crops covered. The project covered

paddy and wheat crops and all farmers (loanee on compulsory and others on voluntary basis) in

selected states and districts which gave their consent for inclusion. The sum insured was

guaranteed income per unit area arrived at using average yield of past 7 years, current MSP and

indemnity level. The premium rates were actuarial for states and crops (irrigated and un-irrigated

separately) at 75 per cent subsidy for small and marginal farmers and 50 per cent subsidy for

others. Area approach was followed. Capping and cupping of 20 per cent of MSP was applied.

Claims exceeding 100 per cent of premium less components of loading towards administration

and marketing expenses were borne by the Government of India. A commission of 5 per cent of

gross premium in case of non-loanee farmers was payable to the Rural Agents and 2.5 per cent of

gross premium for all farmers was payable to banks as service charges. In all 18 districts from 10

states for wheat and three districts from 3 states for paddy were selected in 2003-04.

Sookha Suraksha Kavack (Drought Risk Insurance):

Sookha Suraksha Kavach was specially designed for Rajasthan to cover 23 districts and

popular and widely grown crops like guar, bajra, maize, jowar, soybean and groundnut. There is

high spatial and temporal variation in rainfall across West Rajasthan. The average rainfall ranges

from 10mm in northwest part of Jaisalmer to 40mm along the western fringes of the Aravalli

range. Variation in rainfall is as high as 39 per cent. The sum insured per hectare ranged from

cost of cultivation to value of produce given in the Benefit Table showing claims at different

levels of deficiency in weighted and actual rainfall indices. The premium ranged from 5 to 8 per

cent. Claims assessment was based on rainfall indices for June to October using appropriate

weights and caps. The weighted actual rainfall index was compared with weighted normal

rainfall index to compute deficiency in rainfall index. A claim trigger is basically a threshold

deficiency percentage of the weighted actual rainfall index as compared to normal rainfall index.

The deficiency greater than or equal to claim trigger makes the participating farmers eligible for

claims as per the Benefit Table. Rainfall indices are prepared on the basis of data from specified

rain gauge station. Claims are automated and directly credited to bank account.

PRODUCT IN THE MARKET

A number of crop insurance products are available to farmers in different geographical

areas and for different purposes. These include National Agricultural Insurance Scheme,

Weather Based Crop Insurance Scheme, Wheat Insurance (Weather & Biomass), Rabi Weather

Insurance, Potato Insurance, Poppy Insurance, Varsha Bima (Rainfall Insurance) for seasonaland

annual crops. Insurance products are also available for plantation crops in specific geographical

areas such as Uttarakhand Seb Bima Yojana (Apple Insurance), Grapes Insurance, Rainfall

Insurance Scheme for Coffee Growers (Coffee Insurance), Bio-Fuel Tree / Plant Insurance,

Pulpwood Tree Insurance, Coconut Insurance, Rubber Insurance and Mango Insurance for

plantation crops in specific geographic area. We present here a brief description of selected field

crop related insurance products, namely, National Agricultural Insurance Scheme (NAIS),

Weather Based Crop Insurance Scheme (WBCIS), Varsha Bima 2005, Wheat Insurance.

National Agricultural Insurance Scheme:

Keeping in view the demands of States for improving scope and contents of CCIS, a broad-

based National Agricultural Insurance Scheme (NAIS) has been introduced in the country from

Rabi 1999-2000 with the following objectives.

To provide insurance coverage and financial support to the farmers in the event of failure of

any of the notified crop as a result of natural calamities, pests and diseases.

1) To encourage the farmers to adopt progressive farming practices, high value inputs and

higher technology in Agriculture.

2) To help stabilize farm incomes, particularly in disaster years.

3) Some of the improvements incorporated in the new scheme are visible from the following

A) Scope of the Scheme

I) Area Coverage:

The scheme was available to all states and union territories on optional basis. However the

states opting for the scheme were required to take up all the crops identified for coverage in a

given year and shall have to continue for a minimum period of three years before it may quit. For

Rabi 1999 only eight states (Assam, Goa, Gujarat, Himachal Pradesh, Kerala, Madhya Pradesh,

Maharashtra and Orissa) and union territory of Pondicherry opted for the scheme. This number

was increased to 17 in Kharif 2000 and to 21 in Kharif 2002. Currently the scheme has been

implemented in 23 states and two union territories. Punjab, Manipur, Nagaland, and Arunachal

Pradesh among states and Chandigarh, Daman & Diu, Dadra & Nagar Haveli and Lakshadeep

among union territories have not yet opted for the scheme.

II) Farmers covered:

All farmers including sharecroppers and tenant farmers growing notified crops in notified

areas are eligible for coverage under the scheme. However, it is compulsory for loanee farmers

availing crop loans from financial institutions (PACS, RRBs, and commercial banks). While all

loanee farmers would automatically get compulsorily coverage under NAIS through PACS /

bank branches extending crop loan for insured crops all non-loanee farmers desirous of availing

insurance coverage should contact the nearest bank branch before the stipulated time frame with

a proposal for insurance. They must have a bank account and pay the requisite premium to get

insurance coverage.

III) Risks Covered:

The scheme provides comprehensive risk insurance against yield losses due to no

preventable risks, i.e.

(a) natural fire and lightening,

(b) storm, hailstorm, cyclone, typhoon,\ tempest, hurricane, tornado etc.,

(c) flood, inundation and landslide,

(d) drought, dry spells, and

(e) pests / diseases etc.

However losses arising out of war and nuclear risks, malicious damage and other preventable

risks shall be excluded.

IV) Crops Covered:

The scheme besides food and oilseed crops also covered annual commercial and

Horticultural Crops. The crops in respect of which the past yield data based on Crop Cutting

Experiments (CCEs) are available for past 10 years and the state government agreed to conduct

requisite number of CCEs for estimating the average yield during the proposed season are

covered. The crops to be covered next year will have to be spelt before the close of preceding

year. At present 35 different Kharif and 30 different Rabi season crops are being insured under

NAIS in the country. The crops covered in various states fall under the following groups.

a) Food crops (cereals, millets and pulses): Wheat, paddy, Jowar, Bajra, Maize, Ragi, Korra,

Kodokutki, Green gram, Black gram, Red gram, Horse gram, Moth etc.

b) Oilseeds: Groundnut, Sunflower, Soya bean, Safflower, Sesame, Niger, Caster etc.

c) Annual commercial/horticultural crops: Sugarcane, Cotton, Potato, Onion, Chilly,

Turmeric, Ginger, Coriander, Cumin, Fennel, Fenugreek, Isabgol, Jute, Tapioca, Banana,

Pineapple, etc. However mangoes, apples, grapes and oranges are not yet covered.

V) Unit of Insurance:

The scheme operates on the basis of area approach i.e., defined areas (unit of insurance)

for each notified crop for widespread calamities. The unit area of insurance may be a Gram

Panchayat, Mandal, Hobli, Circle, Phirka, Block, Taluka etc. as decided by the state government.

However, each participating state was required to reach the level of Gra Panchayat as the unit in

a maximum period of three years. The assessment of loss is estimated through CCEs conducted

by the state administration. In case of localized calamities such as hailstorm, landslide, cyclone

and flood the scheme operates on the basis of individual approach. To begin with, NAIS was to b

implemented in limited areas on experimental basis initially and extended in the light of

operational experience gained. The individual farmers would intimate the crop loss within 48

hours to local revenue or agricultural department. The District Revenue administration would

assist implementing agency in assessing the extent of loss.

B) Sum Insured and Premium:

In case of loanee farmers the sum insured would be at least equal to the amount of crop

loan advanced (scale of finance plus insurance charges). The sum insured may extend to the

value of the threshold yield of the insured crop at the option of the insured farmer. For nonloanee

farmers the coverage at normal rates of premium is available up to the value of threshold yield

(at MSP or market price). Both loaned and non-loaner farmers can obtain additional coverage up

to 150 per cent of value of average yield of the notified area by payment of premium at actuarial

rates. A non-loanee farmer would produce a proof of ownership of land. In case of sharecropper /

tenant farmer a proof showing crop sharing/tenancy arrangements would be needed to obtain the

insurance cover.

The threshold yield (TY) or guaranteed yield for a crop in an insurance unit is the moving

average based on past three years average yield in case of Rice and Wheat and five years average

yield in case of other crops, multiplied by the level of indemnity. Three levels of indemnity, viz.,

90, 80 and 60 per cent corresponding to low risk, medium risk and high risk areas would be

available for all crops (cereals, millets, pulses and oilseeds and annual commercial and

horticultural crops) based on coefficient of variation (C.V.) in yield of past 10 years' data.

However, the insured farmers of unit area may opt for higher level of indemnity on payment of

additional premium based on actuarial rates.

The premium payable is fixed for groups of crops on the basis of the nature of yield

variations observed historically. Over time these would be replaced by actuarial rates. The

actuarial rate may include pure risk premium, administrative costs, reserve for unexpected losses,

and allowance for enhanced scale of finance, adverse selection and moral hazards, and profit

margin. Pure risk component would be higher for basic crops than for commercial and

horticultural crops. Transition to the actuarial regime in case of cereals, millets, pulses and

oilseeds would be made in a period of five years. The actuarial rates would be applied at District

/ Region / State level at the option of the state / union territory. fixed are given in Table.

A subsidy of 50 per cent in premium is allowed in respect of small and marginal farmers, to be

shared equally by the Centre and State/Union Territory. The premium subsidy will be phased out

on a sunset basis in a period of three to five years, subject to review of the financial results and

the response of the farmers at the end of the first year of the implementation of the scheme. The

definition of small and marginal farmer would be as defined in the land ceiling legislation of the

concerned state. Normally a cultivator with a land holding of up to 1 hectare (2.5 acres) is

marginal farmer and 1-2 hectares (5 acres) is small.

C) Estimation of Crop Yield, Indemnity and Claim Settlement

The state government or union territory administration would plan and conduct

therequisite number of Crop Cutting Experiments (CCEs) for all notified crops in the notified

insurance units in order to assess the crop yield and maintain a single series of CCEs and

resultant yield estimates, both for crop production estimates and crop insurance. CCEs would be

undertaken per unit area for each crop on a sliding scale as indicated in Table 3. A Technical

Advisory Committee (TAC) comprising of representatives from NSSO, Ministry of Agriculture

SEASONS CROPS PREMIUM RATE

Kharif Bajra and oilseeds othercrop

(cereals other millets and

pulses).

3.5% of SI or Actuarial rate

Whichever is less

2.5% of SI or Actuarial rate

Whichever is less

Rabi Wheat othercrop (cereals

other millets and pulses).

1.5% of SI or Actuarial rate

Whichever is less

2.0% of SI or Actuarial rate

Whichever is less

Kharif & Rabi Annual Commercial/

Horticultural crop

Actuarial rate

(GOI) and Implementing Agency would be constituted to decide the sample size of CCEs and all

other technical matters.

Minimum Number of CCEs for Unit Areas

If the Actual Yield (AY) per hectare of the insured crop for the defined area on the basis of

requisite number of CCEs in the insured season falls short of the specified TY, all the insured

farmers growing that crop in the defined area are deemed to have suffered shortfall in yield (SY).

The scheme seeks to provide coverage against such contingency. Indemnity shall be calculated

as per the following formula:

Indemnity = (SY / TY)*[Sum Insured for the Farmer]

where, SY = TY – AY for the defined area

In case of occurrence of localized perils such as hailstorm, landslide, cyclone and flood where

settlement of claims would be on individual basis, loss assessment and modified indemnity

procedures would be formulated by the implementing agency in coordination with state / UT.

The broad seasonality discipline to be followed is given in Tale 4. It may be modified, if and

where necessary, in consultation with state / UT and the Government of India.

Management of the Scheme:

In respect of loanee farmers, the banks play the same role as under CCIS. In respect of non-

loanee farmers, banks collect the premium along with the declarations and send it to IA within

the prescribed time limits. However, in areas where IA has requisite infrastructure, a nonloan

farmer has the option to pay premium along with declaration directly to IA within the time

limits. The selection of the banks would be on the basis of Service Area Approach of the RBI or

at the option of the Banks (where Co-operative Banks have good network). The Department of

Agriculture, Directorate of Economics and Statistics, Department of Cooperation, Revenue

Department of the state governments would be actively involved in smooth implementation of

the scheme. The scheme is be implemented in accordance with the operational modalities as

worked out by IA, in consultation with Department of Agriculture and Cooperation. During each

crop season, the agricultural situation is closely monitored in the implementing state / UT.

Department of Agriculture and district administration set up a District Level Monitoring

Committee (DLMC), who would provide fortnightly reports of agricultural situation with details

of area sown, seasonal weather conditions, pest incidence, stage of crop failure (if any) etc. The

operation of the scheme would be reviewed annually, and modifications as may be required

would be introduced. Periodic Appraisal Reports on the Scheme would be prepared by Ministry

of Agriculture, the Government of India or Implementing Agency. Efforts would be made by IA

to obtain appropriate reinsurance cover for the proposed NAIS in the international Reinsurance

market.

Weather Based Crop Insurance Scheme:

Weather Based Crop Insurance Scheme (WBCIS) is a unique weather based insurance

product designed to provide insurance protection against losses in crop yield resulting from

adverse weather incidences. In provides payout against adverse rainfall incidence (both deficit

and excess) during Kharif and adverse incidence in weather parameters like frost, heat, relative

humidity, un-seasonal rains etc. during rabi season. As such it is not yield guarantee insurance.

WBCIS has been piloted in the country since Kharif 2003 season. Some of the states where the

scheme is piloted over the years are Andhra Pradesh, Bihar, Chattisgarh, Gujarat , Haryana,

Karnataka, Madhya Pradesh, Maharashtra, Punjab, Rajasthan, Uttar Pradesh etc.

I. Reference Unit Area:

Weather Based Crop Insurance Scheme (WBCIS) operates on the concept of area approach.

That is, for the purposes of compensation, a ‘Reference Unit Area (RUA)’ is deemed to be a

homogeneous unit of Insurance. The RUA is notified before the commencement of Kharif season

by the State Government and all the insured cultivators of a particular insured crop in that area

are deemed at on par in the assessment of claims. Each RUA is linked to a Reference Weather

Station (RWS), on the basis of which current weather data and the claims would be processed.

Adverse weather incidences during the season entitle the insured a payout, subject to the weather

triggers defined in the ‘Payout Structure’ and the terms and conditions of the scheme.

For Rabi season the weather triggers are broadly fixed to capture the adverse incidence of

weather parameters on yield. Claims arise when there is a certain adverse deviation in actual

weather parameter incidence in RUA as per the weather data measured at RWS. The actual may

be more or less than compared to what has been specified in the Benefit Table leading to crop

losses. In such case all the insured cultivators under a particular crop are deemed to have

suffered the same adverse deviation and become eligible for claim subject to terms and

conditions of the scheme. The claim settlement is automatic process based on weather readings

at the RWS. Insured cultivators are not required to make a claim. In a given RUA the payout

given per unit area is the same for all cultivators under the same RWS. Weather insurance

payouts are assured with in 45 days from the end of insurance period. For traditional crops where

payout is linked to yield estimates claim processing may take more time.

II. Sum Insured:

The amount of insurance protection is broadly the cost of inputs expected to be incurred by

the insured in raising the crop. Sum insured is pre-declared per unit area by AIC at the beginning

of each crop season in consultation with the experts in state government, and it may be different

for different crops in different RUA. Sum insured is further distributed under key weather

parameters used in the insurance in proportion to the relative importance of the weather

parameters. For a loanee the sum insured per crop is calculated by multiplying per unit area

value of inputs with crop specific acreage declared in the loan application form by the loanee

cultivator for the purpose of maximum borrowing limit fixed for him by the lending bank. For

the non-loanee the acreage figure is the expected area sown / planted under the particular crop as

declared in the insurance proposal form.

III . Premium Payable

a. Food Crops and Oil Seeds

SR.NO. CROPS PREMIUM PAYABLE BY THE

INSURED CULTIVATOR

1 Wheat 1.5% of SI or Actuarial rate Whichever

is less

2 Othercrop (cereals

other millets and

pulses).

2.0% of SI or Actuarial rate Whichever

is less

b. Annual Commercial or Horticultural Crops

SR.NO. Premium

Slab

Subsidy & Premium

1 Up to 2% No Subsidy

2 2-5% 25%, subject to minimum net premium of 2% payable by farmer

3 5-8% 40%, subject to minimum net premium of 3.75% payable by

farmer

4 8% 50%, subject to minimum net premium of 4.8% & max 6%

payable by farmer

IV. Advantages of WBCIS

Weather based crop insurance scheme has many advantages which make it beneficial for

cultivators in their production risk management such as the following.

a) Trigger events like adverse weather can be independently verified and measured.

b) It allows speedy settlement of claims.

c) All farmers can buy WBCIS.

d) Government provides subsidy in premium and hence premium payable is affordable.

e) It provides transparent, fully objective, efficient and direct payouts for adverse weather

incidences.

f) Insured is not required to submit claim form or other documents as proof for loss.

g) Since the weather data decides the compensation the insured is willing to put extra

effort for getting better yield of crop.

Rabi Weather Insurance:

Weather Insurance (Rabi) is a mechanism for providing effective risk management aid to

those individuals and institutions likely to be impacted by adverse weather incidences.

The most important benefits of Weather Index Insurance are:

1) Trigger events like adverse weather events can be independently verified and measured.

2) It allows for speedy settlement of indemnities, as early as a fortnight after the indemnity

period.

3) All growers, be it Small /Marginal; Owners or tenants/Sharecroppers can buy the weather

insurance.

Wheat, Mustard, Gram, Potato, Masoor, Barley and Coriander are the major Rabiseason

crops mostly in the states of UP, MP, Maharashtra and Rajasthan. These crops are extremely

vulnerable to weather factors, such as excess rainfall, frost, and fluctuation in temperature etc.

Agriculture Insurance Company of India would compensate the insured, against the Likelihood

of diminished crop output/ yield resulting from: Maximum Temperature (° C) above the trigger

level and / or Deviation in Temperature Range from the normal above the Trigger value and / or

Minimum Temperature (° C) below the trigger level and / or Minimum Temperature below 4° C

resulting frost and / or Rainfall in excess of the trigger levels (calculated on daily/ weekly/

monthly basis) and / or Bright Sunshine Hour below the trigger level. The insurance operates

during the months of December to April. However the period is Different for different

parameters and crops.

Claims are automated; and settled on the basis of actual maximum temperature, Minimum

temperature, rainfall and BSH received from the concerned agencies/ institutions as Applicable

to each crop separately. Claims when become payable, are paid at a uniform rate to all the

insured growers in the area (jurisdiction of reference weather station) growing the Insured crop

with in 4-6 weeks after insurance period. Maximum liability is linked to cost of cultivation and

varies from crop to crop.

Wheat Insurance Policy:

Wheat insurance policy is a unique technology based insurance product combining crop

vigor / biomass (Normalized Difference Vegetative Index - NDVI) and weather (temperature /

rainfall) parameters. The NDVI component of cover measured at peak vigor stage provides

effective risk management aid to those wheat growers who are likely to be impacted by poor

growth of the crop arising out of non-preventable natural factors. It is insurance against the

likelihood of diminished wheat yield resulting from lower NDVI within the specified taluk

preferably during February and/or high temperature consecutively for specified number of days

above specified levels in 1st and / or 2nd fortnight of March as measured at RWS.

The insurance is linked to biomass triggers. Trigger events could be measured using high

technology standards based in satellite imagery from remote sensing technology which could be

independently verified and measured, and accurate and allows for speedy settlement of

indemnities even before the crop is ready for harvesting.

When the current NDVI falls short of the specified trigger level, the benefits payable to the

insured will be the sum specified corresponding to trigger level and or the maximum temperature

of specified number of days as recorded at RWS is higher than the specified trigger level during

1st and / or 2nd fortnight of March the benefit payable to insured shall be the sum specified

corresponding to trigger level. The premium chargeable is statistically / actuarially calculated

based on the geographical area, the triggers specified and biomass and temperature patterns of

the specified area in the historical periods.

Benefits expected from scheme:

The scheme is expected to

1. Be a critical instrument of development in the field of crop production, providing

financial support to the farmers in the event of crop failure.

2. Encourage farmers to adopt progressive farming practices and higher technology in

Agriculture.

3. Help in maintaining flow of agricultural credit.

4. Provide significant benefits not merely to the insured farmers, but to the entire

community directly and indirectly through spillover and multiplier effects in terms of

maintaining production and employment, generation or market fees, taxes etc. And net

accretion to economic growth.

5. Streamline loss assessment procedures and help in building up huge and accurate

statistical base for crop production.

Comparison of NAIS and WBGIS

SR.NO. National Agricultural

Insurance Scheme (NAIS)

Weather Based Crop Insurance Scheme

(WBCIS)

1 Practically all risks covered

(drought, excess rainfall, flood,

hail, pest infestation, etc.)

Parametric weather related risks like rainfall,

frost, heat (temperature), humidity etc. are

covered.

However, these parametric weather

Parameters appear to account for majority of

crop losses

2 Easy-to-design if historical

yield data up to 10 years’ is

available.

Technical challenges in designing weather

Indices and also correlating weather indices

with yield losses. Needs up to 25 years’

historical weather data

3 High basis risk {difference

between the yield of the Area

(Block / Tehsil) and the

individual farmers}.

Basis risk with regard to weather could be

high for rainfall and moderate for others like

frost, heat, humidity etc

4 Objectivity and transparency is

relatively less.

Objectivity and transparency is relatively high.

5 Quality losses are beyond

Consideration.

Quality losses to some extent gets reflected

through weather index.

6 High loss assessment costs. No loss assessment costs.

7 Delays in claims settlement. Faster claims settlement.

CROP INSURANCE IN BANGLADESH

Crop Insurance offering Institutions in Bangladesh :

Though there are currently no crop insurance schemes in Bangladesh, a crop insurance

programmer was introduced in Bangladesh by the Sadharan Bima Corporation (SBC) in 1977.

Insurance coverage was extended to the crops of Aus, Amman and Boor rice, wheat, jute and

sugarcane. Premiums were based on the market values of the insured crops and ranged 3-5% of

the value. The insurance scheme covered losses from multiple perils including natural disasters.

Under this scheme, a total of 15,420 farmers were covered by crop insurance. The plan was not

successful as claims consistently exceeded premiums by a significant amount. Recently, BRAC

has been proactive in its efforts to reintroduce insurance for farmers, and the government is also

planning to restart the program. Green Delta Insurance Company Limited and Bangladesh

Institute of ICT in Development (BIID) have signed a Memorandum of Understanding (MoU)

recently to reduce the risk of the farmers vulnerability and cover their financial fatalities. This

MoU will eventually lead to introduce crop insurance in Bangladesh, says a press release.

Farzana Chowdhury, additional managing director and group chief financial officer, Green Delta

Insurance, and Shahid Uddin Akbar, chief executive officer, BIID, has signed the MoU.

Traditionally, government’s effort to manage the natural disaster revolved infrastructural

measures such as embankments, shelters and post disaster relief measures etc.

Why Crop insurance is so important for Bangladesh:

Bangladesh is a developing country, prone to flooding because of its unique geographical

location. Bangladesh is surrounded by India, Myanmar (Burma) and the Bay of Bengal and has a

relatively low topography. That is why, about 68% of the country is prone to flooding. Three

major river systems, Ganges, Brahmaputra and Meghna, carry a huge flow of water from a wider

catchment area lying in India, Nepal, Bhutan and China through Bangladesh towards the sea.

And as the melting rate of glaciers in Himalaya is increasing because of changing climate, the

scale and frequency of flood is also increasing. In essence, this makes the country the biggest

river delta of the world. During normal monsoon, 25-30% of the land area is flooded and in

extreme case the area affected is nearly 70%. This is why Bangladesh, seen as the hardest hit by

the climate change, will suffer most in the agriculture sector. Agriculture accounts for one

quarter of Bangladesh's GDP and is the source of employment for more than 80 per cent of the

rural population, 65% of them are directly related to agriculture. Another 15 to 20 % are

indirectly related to it. Rural people's 60 to 70 % income is generated from agriculture; so, the

food security and income of these farmers' good harvest and production has to be ensured.

Marginal farmers have insufficient means to cope with floods and disasters. Along with it,

the poverty rate among the rural population is high; about 20 per cent of the rural households live

in extreme poverty and 30 per cent are considered moderately poor. In Bangladesh, most farmers

lack financial capability to reinvest in production of next crop after losing one to flooding.

More than half of agricultural production in Bangladesh is contributed by the crop subsector.

The inherent risk associated with agricultural crop production is the key challenge in the

development and poverty reduction program of Bangladesh. Traditionally, government efforts to

manage natural hazards have revolved round infrastructural measures such as building

embankments, shelters and post-disaster relief measures etc. But in recent years, the concept of

'pro-active adaptation' has gained foothold in poverty alleviation programmes to deal with

natural disaster risks. The National Adaptation Programme of Action (NAPA), prepared by the

Ministry of Environment and Forest (MOEF), suggests crop insurance so that marginal farmers

can be better prepared to cope with the increased risk of crop damage. Although crop insurance

cannot increase the yield directly, it ensures that the farmer can cultivate in the next season after

a disaster. Moreover, if crop insurance companies and banks or financial institutions work

together, then on the basis of crop insurance as collateral, financial institutes can give loan to the

farmers. This loan can substantially increase the yield by giving the farmer the access to the best

quality seeds and required.

Current scenario of Crop insurance in Bangladesh:

Agriculture comprises nearly 15 percent of Bangladesh’s GDP. Considering the

importance of this sector in providing for over 145 million people, it is surprising that there is no

comprehensive crop insurance system in place for farmers. Crop insurance is a valuable tool to

protect against financial risks stemming from crop damage due to unforeseeable hazards –

droughts, floods, pests, and so on. The mechanics are quite simple – a farmer can take out an

insurance policy on his expected yield of crops, and pay a fixed premium every month to the

insurance company. If bad weather results in under production, or destroys the farmer’s crops,

the insurance policy pays out, ensuring that the farmer is protected financially and is not left with

very little income for the year.

Many types of sophisticated mechanisms of insurance exist to protect against a variety of

risks. For instance, in developed markets, futures contracts are available that lock in prices for

future delivery of a certain volume of crops. With these contracts, farmers are protected against

losses due to fall in prices of agricultural produce in the event of bumper production. In theory,

crop insurance offers additional benefits besides financial protection. It encourages innovation in

production methods by encouraging risk taking. For instance, insurance limits the downside risk

to farmers who may be interested in using newer varieties of seeds and fertilizers in their fields,

but are unable to do so because of the uncertainty surrounding the production yields of these new

varieties.

Insurance also protects financial institutions that lend to farmers. Thus in the event of crop

failure and subsequent loan defaults, lenders are protected and are able to continue their

operations. The strength and health of these financial institutions is critical for the success of the

agriculture sector – without access to lines of credit, poor farmers would be unable to invest in

fertilizer or irrigation technology.

Given Bangladesh’s reliance on its agricultural sector, and its propensity for natural

disasters, crop insurance schemes can play a crucial role in stabilizing and promoting food

production while reducing the likelihood of sudden spikes in rural poverty.

Although the concept of crop insurance has been around for decades, its applications in

most developing countries fail due to lack of planning and implantation. Crop insurance was

implemented in Bangladesh in 1989 as a government program, but was shut down in 1995 after

massive losses. Recently, BRAC has been proactive in its efforts to reintroduce insurance for

farmers, and the government is also planning to restart the program.

There are many potential missteps to the success of such programs. Insurance works by

spreading individual risks across a large pool of buyers. Because of Bangladesh’s numerous

rivers and flat geography, it becomes harder to spread these risks – when flooding occurs, a large

segment of the cultivated land would likely be affected, triggering payouts that may cripple the

insurance providers. Raising the premiums can prevent this problem, but finding a rate that is not

cost-prohibitive to farmers is a matter of detailed analysis and research.

Setting the comprehensiveness of insurance policies is another matter. What types of risks

should crop insurance cover? Studies in India have shown that providing a wide range of

coverage can be inefficient. Leaving private sector players to decide which types of risks to

cover will inevitably lead to a market with the most profitable schemes; on the other hand,

governments are notoriously inefficient in deciding what types of coverage to provide, and may

also be influenced by political factors. Striking a balance is difficult, yet critical.

Finally, the schemes must be implemented so as to reduce the common problems of

insurance – moral hazard (when a farmer deliberately neglects his crops and then collects on

payments) and adverse selection (when only the people who need insurance the most tend to buy

it, thus the insurance provider is left with a pool of the riskiest buyers).

Causes of failure of the Crop Insurance project in Bangladesh (1977 – 96):

1. The program was introduced hastily without adequate preparation like a clear policy and well

defined structure and proper training of the SadharanBima Corporationstaffs and other relevant

people. Including Sadharan Bima Corporation officials, the other people involved in the

processes were seriously lacking adequate understanding on CI process.

2. The CI project was not integrated with the mainstream agriculture development policy, rather

a discrete effort by SBC simply as an insurance scheme. It could be integrated with the other

agri-credit systems like those of Krishi Bank and BRDB as a package program. Later it could be

integrated with micro-credit programs as well. There was no appreciation and support from

Central Bank regarding as well. Actually, instead of a simple insurance scheme, it should be

introduced as a means of supporting farmers to recover from disaster, which required integrating

different agencies involved together.

3. Later the program was also expanded abruptly without evolving any workable models and fine

tuning of the programmer packages and delivery mechanism. At the beginning two Thanes were

selected as pilot project sites to experiment, and later its expansion should be based on the

experience gathered at two sites with proper research and evaluation. However, the expansion

was made as usual with the same structure adopted from the very beginning.

4.There was no grassroots level monitoring of the programmer at all, which is a must for either

microfinance or micro insurance. Rather, the SBC head office controlled the programmer, which

was totally irrational.

5. The program was made voluntary and based on individual approach. This leads to adverse

selection, i.e. only the more risky lands were preferred for insurance. Uniform premium rate for

all types of land farther aggravated the problem. The approach was totally contrary to the

principle of risk pooling, where the farmers should be selected from diverse agro-ecological

zones so that not all the insured suffer from disaster at once.

6. It became a culture in Bangladesh to exempt Agri-loan to farmers, especially after a disaster.

Political parties take it as a cheap means of popularity and sometimes use it for their own vested

interest like giving loan to own people, etc. The sum insured as 80% of the average yield was

too.

CROP INSURANCE IN TAMIL NADU

Implementation of weather insurance plan in Tamil Nadu:

Tamil Nadu has joined 13 other states to run a weather insurance plan on a pilot basis.

The plan is expected to cover around 1 million farmers by the end of the current rabi season. The

pilot, which is being run by AIC in 13 states including Andhra Pradesh, Karnataka, Bihar,

Chhattisgarh, Madhya Pradesh and Rajasthan, offers farmers a substitute to the National

Agriculture Insurance Scheme (NAIS).

Initially, five districts - Dharmapuri, Salem, Virudunagar, Ariyalur and Perambalur- will be

covered in Tamil Nadu. The pilot project will run for 2 or 3 seasons for which central and state

governments have provided Rs 2 crore each as subsidy. The premium for Rs 10,000 sum assured

would be Rs 1,095, of which Rs 870 will be contributed by both central and state governments

while farmers will contribute the remaining Rs 225.

The Agriculture Insurance Company of India Limited would implement weather-based crop

insurance during the kharif seasonin virudhunagar and the insurance would be implemented for

food grains, cotton and horticulture crops. All farmers immaterial of whether they avail

themselves of crop loan or not could benefit from the insurance scheme. They should pay the

premiums at nationalised banks, primary agriculture cooperative banks. The compensation for

every acre of paddy, maize and ground nut is Rs. 10,000. While the premium for paddy and

maize is Rs. 276, it is Rs. 386 for ground nut. The compensation for various crops is in the range

of Rs. 5,000 an acre to Rs. 40,000. The premium is in the range of Rs. 138 to Rs. 2,647.

Current issues on crop insurance in Tamil Nadu:

For Dindigul District government has sanctioned Rs.25 lakh to assist farmers in insuring

their crops for 2009-10. Paddy, maize, cotton, millet, groundnut, sugarcane, banana, onion and

all kharif crops, will be insured during this season. Those who wanted to insure their crops could

contact the Primary Agriculture Cooperative Banks and nationalised banks for details. Even

leased farmers can avail the benefits. The State government would pay 50 per cent of the total

premium. Compensation would be given for crop damage owing to flood, cyclone, drought, fire

and lightening and pest attacks.

In case of Nagapattinam District Farmers in the Cauvery delta region have urged the

Government to extend the time limit for paying crop insurance premium to November 30 to

those farmers, who had not secured loans from cooperatives and commercial banks. Thanjavur

District Farmers Association said farmers were entitled to have their crops insured by paying a

premium of two per cent of the total cost of cultivation. As per the national agricultural insurance

scheme, the premium would be deducted from loans of farmers, who got loans from primary

agricultural cooperative banks and commercial banks on or before November 30 every year. But

farmers, who could not get loans or avail themselves of loans from commercial banks or

cooperatives, should have paid the premium before September 30 directly through the respective

PACBs with all particulars including the total extent of the land and expenses incurred towards

cost of cultivation and also large number of farmers did not pay the premium before September

30 since they anticipated that they would get crop loan in time.

The Cauvery Delta farmers, in an appeal to the State Government, have sought extension of

time limit in paying crop insurance premium to November 30. Thanjavur District Farmers

Association, farmers are entitled to avail themselves of crop insurance by paying a premium of 2

per cent of the total cost of cultivation. As per the scheme in vogue, the premium could be

deducted from the loans obtained from primary agricultural cooperative banks and the

commercial banks on or before November 30 every year.

Crop insurance scheme is gaining popularity among farmers in the State. There had been a

gradual increase in the number of farmers covered under the scheme. About 5.5 lakh farmers had

been covered in the last financial year compared to one lakh farmers in 2005, and about three

lakh farmers in 2006. Premium rates for different crops per hectare has been fixed by the

Agricultural Insurance Company of India and paddy, dhal, groundnut, cotton, sugarcane,

turmeric and oilseeds are some of the crops covered. The State Government is meeting 50 per

cent subsidy on premium and for this the State has allocated Rs. 3 crore in 2006-07, Rs. 15 crore

in 2007-08 and Rs. 40 crore in the current financial year.

Apart from this certain diseases associated with the intensity of monsoon showers were also

identified. Possibility of insurance coverage for flowers would also be explored after a discussion

with the higher authorities of State and Central Government.

Instability in Tamil Nadu Agriculture :

Instability in farm production is causing serious shocks to supply and farm income and there

is a growing concern about increased volatility in farm production, prices and farm income. The

study has estimated instability in nine major crops in the state of Tamil Nadu. The increase in

instability in agricultural production is considered adverse for several 27reasons. It raises the risk

involved in farm production and affect farmers income and also the decisions to adopt high

paying technologies and make investments in farming. Instability in production affects price

stability and the consumers, and it increases vulnerability of low income households to the

market. Instability in agricultural and food production is also important for food management

and macroeconomic stability.

This state of Tamil Nadu has a diverse set of crops covered under insurance scheme. Risk

associated with agriculture and various crops was estimated by using instability index as an

indicator of risk as below:

Instability index = Standard deviation of natural logarithm (Yt+1/Yt)

Where, Yt is the crop area / production / yield / farm harvest prices / gross returns in

thecurrent year and, Y t+1 represent the same in the next year. This index is unit free and very

robust and it measures deviations from the underlying trend (log linear in this case). When there

are no deviations from trend, the ratio Yt+1/Yt is constant, and thus standard deviation.

PRIVATE PARTICIPATION

ICICI Lombard, a national Indian insurance company piloted in 2003 a formal rainfall

insurance scheme for groundnut and castor in semi-arid tropical areas of India. The insurance

policy was developed with the technical assistance of Agricultural and Rural Development

Department of the World Bank and was designed as insurance against deficit rainfall. Similar

products adapted to the specifics of the local environment were also developed and sold in

northern India. Two insurance policies were designed for the two crops. The coverage of both

the policies was for the prime crop season, the Kharif. The policy triggers, phases and payouts

try to maximize the correlation between economic loss and rainfall events. The triggers are set in

mm of accumulated rainfall as measured in local weather stations. If it rainless than 1st trigger

level with in a given period there is a payout per mm of deficient accumulated rain per acre

insured. If the accumulated rainfall is below the 2nd trigger level then there is a maximum lump

sum payout of the insurance. In order to maximize the correlation between rainfall and crop

production Kharif season is divided in to three different phases each with its own trigger and

payout: sowing, flowering and harvest. In addition to deficit rainfall in some areas there is also a

risk of excess rainfall towards the end of Kharif.The policy has additional payout for excess rain

for those areas. The amount of the payout is calibrated to the expected economic loss for the area

(mandal).

THE FUTURE FOCUS

There are about 100 million farmers in India who work the hardest and yet seem to suffer the

most. Their occupation is fraught with the highest risk as it is totally at the mercy of nature. It

becomes the primary duty of Government to think of the welfare of farmers which would

necessitate thinking of ways and means of reducing the risk in farming. Despite various schemes

launched from time to time in the country agriculture insurance has served very limited purpose.

The coverage in terms of area, number of farmers and value of agricultural output is very small,

payment of indemnity based on area approach miss affected farmers outside the compensated

area, and most of the schemes are not viable. Expanding the coverage of crop insurance would

there for increase government costs considerably. Unless the programme is restructured carefully

to make it viable, the prospects of its future expansion to include and impact more farmers is

remote. Insurance products for the rural areas should be simple in design and presentation so that

they are easily understood.

RESULT AND DISCUSSION

The main focus of this paper is to examine how far the year to year fluctuations in crop

output changed from one period to another period. Accordingly instability in area, production

and yield of important crops has been computed at district level in Tamil Nadu state during

different periods. Instability in crop production is expected to vary over districts. There is lot of

variation in climatic conditions natural resource endowments, the pattern of agricultural growth

and development. The paper has estimated the instability at state level and then has compared it

with district level estimates to find dispersion and compare the change in instability over time,

based on the state level data representing aggregates and district level data representing

disaggregates. The instability index reveals that higher the value higher is the instability in the

particular variable. In the case of occurrence of risk, higher the instability index, higher is the

risk. This index is unit free and very robust and it measures deviations from the underlying trend

(log linear in this case). Instability at State Level Variability in agricultural production consists

of variability in area and yield and their interactions.

Variation in area under a crop occurs mainly in response to distribution, timeliness and

variations in rainfall and other climatic factors, expected prices and availability of crop specific

inputs. All these factors also affect the variations in yield. Further, yield is also affected by

outbreak of diseases, pests, and other natural or man-made hazards like floods, droughts and fire

and many other factors. Different events may affect area and yield in the same, opposite or

different way.

Instability in area, production and yield of Paddy, Sorghum, Maize, Sugarcane, Cotton,

Groundnut, Chillies, Banana and total pulses experienced at the state level in Tamil Nadu during

1980-2005 has been presented in Table 12. Instability index for area under paddy has shown an

increase during 1990-05 whereas Sorghum showed a stable in area under Cultivation. For

instance, the instability index for paddy is worked out to 0.138, 0.237 and 0.150 respectively for

area, production and yield during the period 1980-2005.

RECOMMENDATION

Insurance must be provided to farmers as a mandatory social security measure in order to

secure their livelihoods. Insurance schemes could therefore be extended to not just perennial, but

also biennial and seasonal crops. The schemes could cover organic farmers in addition to those

adopting modern farming techniques and practices. Offering insurance schemes based on other

factors, such as weather or rainfall. An example cited, revealed that weather based index

insurance products could be successful in India, among farmers as well as State Government.

Payout from insurance based on a weather index could effectively reduce the farmers value atrisk

(VAR) rather than compensating for a single crop loss only. The farmer's VAR would therefore

be an effective measure of his overall vulnerability, covering his exposure to income shocks such

as a wedding, a disease, or a big drought. A member however cautioned that such models may

suffer from aggregation, as rainfall details for instance, may not available in a disaggregated

format.

Some other suggestions offered were as follows:

� Promote gro

up insurance mechanism, linking premium with bank loans, and proper

monitoring to improve effective operation of insurance schemes.

� Ensure effective network amongst bank and other credit institutions in farm insurance for

maximum coverage and reach.

� Introduce broad based schemes that cover varied sectors such as crops, livestock and

cover other risks specific to rural localities in an integrated manner.

� Strengthen rural insurance development funds, scientific actuarial techniques, and

insurance regulatory mechanisms.

� Introduce the concept of price support to cover all primary production including

agriculture crops, fruits, non-timber production etc. which are all subject to annual

variation of prices and yield.

CONCLUSION

The study found that the instability in area, production and productivity of crops over the

period in the state. The instability in area, production and yield of major crops varies across

regions and periods. The instability is much higher in crops like sugarcane and cotton when

compared to food grains and other crops. The lower instability in food grains might be due to the

technological breakthrough in agricultural production. Development of varieties resistant to pest

and disease, development of watersheds in rain fed areas, expanding the area under irrigation are

the major factors to be considered for reducing the instability in production and yield. There is

also an urgent need for large scale promotion of stabilization measures like crop insurance to

face the consequences of yield and production variability. Crop insurance in future though is

likely to be largely demand driven, the efforts of the government to support and finance

insurance products and/or facilitate congenial environment as meaningful risk management tool

would further enhance the potential and credibility of crop insurance. Comprehensive insurance

schemes should be based on farmers needs. These schemes must then be promoted among

farmers and steps taken to ensure that farmers were acquainted with the benefits of insurance as

well as the features of different schemes, so that they could chose an option most suited to them.

REFERENCE

WEBLIOGRAPHY :

www.nabrd.in

www.indg.in/agriculture

www.indiaagronet.com

BIBLIOGRAPHY:

Economic Times

Times of India