_edited.png)
Why Vidarbha's Orchard Farmers Miss Out on Crop Loss Relief
- Pranay Arya
- 7 days ago
- 12 min read
Heavy rain in August 2026 has left orange orchards across Vidarbha carrying two kinds of damage at once.
One is easy to see straight away. The fallen fruit lying under waterlogged trees. The other takes longer to show itself, as roots sit in standing water and trees slowly lose strength.
For growers, the difference between these two kinds of loss is not just about timing. It changes how much help they can expect to receive, and how soon that help will match what they have actually lost.
A damaged seasonal crop can be sown again within months, but an orange tree that has taken over a decade to mature cannot be replaced with the same speed or certainty.
This gap between what disaster relief measures and what orchard growers actually lose has become visible again in Amravati district, where thousands of hectares of orange trees now sit in standing water.
Jump To:
Heavy Rain Leaves Orange Orchards Waterlogged Across Amravati
Preliminary assessments from the Hivarkhed circle in Morshi taluka placed the affected orange area at about 14,000 hectares after sustained rain in August 2026.
Two separate losses arrived together. Fruit from the ambia bahar crop fell in large quantities after the rain, cutting into the harvest growers had expected to sell in the coming months. At the same time, water stood in orchards long enough to raise concern about root damage, disease, and a longer decline in tree health.
The first kind of loss could be counted almost immediately through fallen fruit and reduced yield. The second kind takes weeks or months to become clear, since a tree that still looks green after a storm can lose vigour, fail to flower properly in the next cycle, or die after prolonged saturation.
Maharashtra recorded about 1.35 lakh hectares under orange and mandarin cultivation in 2023-24, according to state agriculture data.
The 14,000 hectares affected in the preliminary 2026 assessment work out to a little more than one-tenth of that figure, though the two numbers come from different years and are not a direct measure of damage. Even so, they point to the scale of the belt affected by this single spell of rain.
The Perennial Crop Relief Rate Stays Fixed Regardless of Tree Age
Under the standing national disaster relief framework, perennial crops and trees, including agroforestry, qualify for an input subsidy of ₹22,500 per hectare once assessed crop loss reaches 33 per cent or more.
This is officially described as relief, not compensation for the value of a damaged asset. The general ceiling is two hectares per farmer, which puts the maximum payout at ₹45,000 under that limit, or roughly ₹9,105 per acre.
This rate does not vary with the age of an orange tree, the variety planted, or the orchard's productive stage. A five-year-old orchard just entering commercial bearing and a twenty-year-old orchard with fully mature trees fall under the identical per-hectare rate.
A plot where fruit has dropped but the trees themselves survive can be placed in the same broad category as a plot where waterlogging or drought has killed the trees outright, provided both cross the 33 per cent threshold.
State governments can widen the eligible area for specific disasters. In the 2025 Maharashtra flood package, assistance for perennial crops was extended to up to three hectares in notified areas at the same ₹22,500 per hectare rate, raising the possible ceiling to ₹67,500 for an eligible holding. That change increased the amount of area that could be covered. It did not introduce any separate valuation for orchard restoration.
Applying the standard ₹22,500 per hectare rate to the roughly 14,000 hectares identified in the initial 2026 survey produces a figure of about ₹31.5 crore. This is only what the published rate would amount to against the preliminary affected area, not an estimate of what will actually be paid out.
The final amount depends on how much area is admitted after ground verification, whether individual holdings cross the 33 per cent loss threshold, holding limits per farmer, checks against duplicate claims, and any adjustment required where insurance claims also apply.
What the relief payment does not do is separately price the orchard as a long-term asset. There is no distinct slab for a young plantation compared with a fully bearing orchard or an older block still producing a marketable crop.
Nothing in the payment accounts for the cost of removing dead trees, preparing the land again, buying and planting new saplings, restoring damaged drip irrigation lines, tending young trees through their early years, or covering the income lost while a replacement orchard grows towards its first commercial harvest.
This structure applies uniformly across Vidarbha, regardless of how long an individual orchard had been in production before the rain arrived.
Weather-Based Insurance Does Not Track Damage Inside Individual Orchards
Crop insurance follows an entirely different method, and it does not fill the gap left by the relief payment.
The Restructured Weather-Based Crop Insurance Scheme uses weather readings as a stand-in for actual yield loss. Rainfall, temperature, humidity, and wind data recorded at a notified reference station are compared against pre-set triggers for defined stages of the crop cycle.
Claims are calculated for the insured unit based on that station's data, rather than by measuring how much yield was actually lost on each farm.
Because the scheme is built around station-level weather deviation rather than farm-level inspection, visible orchard damage and an eventual payout do not always move together. A storm can strip fruit from a cluster of farms while the designated station records a reading that stays below the trigger point.
Rainfall can be heavy in one small patch and lighter at the reference point a few kilometres away. Damage can also fall outside the exact period the term sheet covers, or result from a peril that was never notified for that season.
Optional add-on covers exist for hailstorm, cloudburst, and specified high wind, but these depend on state notification and the terms chosen for a particular crop, and farm-level assessment is mostly reserved for these notified localised events. Most other claims still rest on the weather data attached to the reference station and the payout formula fixed before the season began.
One insured citrus grower described being told that the local weather system had not recorded any hailstorm, despite visible damage on the ground. The same grower described past payouts as inconsistent from one season to the next, at times a modest sum and at other times nothing at all. This reflects a basic feature of index-based insurance. It pays when the recorded index crosses an agreed threshold, not simply because damage is visible in an orchard.
The scheme can cover a notified seasonal loss, but it does not calculate a separate replacement value for dead orange trees, nor does it assign a higher asset value to a mature block that has taken years to establish. A standard weather payout does not include the income lost during the years a replanted orchard spends without bearing fruit. The claim is governed entirely by the insured sum, the premium paid, the weather trigger, and the payout table attached to the policy.
This distinction matters more for citrus than for many other crops, because the fruit and the tree do not share the same risk period. Ambia bahar and mrig bahar are tied to flowering, fruit development, and harvest windows within a season. The tree itself stays exposed all year to dry spells, excess rain, waterlogging, disease, and heat. A policy period may protect one notified fruit cycle, while damage to the tree can carry forward into several later cycles that the same policy never covers.
Participation in the scheme has also fallen sharply. In 2018, more than 1.15 lakh insured horticulture farmers were covered under premiums of ₹6,016 lakh, with payouts totalling ₹61,843 lakh. By 2024, the number of insured farmers had dropped to 48,519, premiums had fallen to ₹2,166 lakh, and payouts to ₹5,896 lakh. These figures alone do not explain why enrolment declined, but they show that far fewer growers were covered by the time later weather events, including the one in August 2026, reached Vidarbha's orange belt.
Disaster relief and crop insurance therefore ask two different questions, and neither answers the one that matters most to an orchard owner. Relief asks whether crop loss crossed the 33 per cent threshold across an eligible area. Insurance asks whether the reference station reading crossed its contractual trigger during the covered phase. Neither route creates any separate account for the remaining productive life of a tree that has died.
Losing a Mature Orange Tree Means Losing Years of Income
An orange orchard combines an annual fruit harvest with a long-lived asset that takes years to build. Mandarin trees generally begin bearing fruit from around the fourth year and reach substantial commercial yield only from about the sixth year onward.
Mature trees can need anywhere from 60 to 170 litres of water a day depending on the season and local conditions. Before an orchard reaches its strongest yielding years, growers keep investing in irrigation, fertiliser, plant protection, pruning, and labour.
When a mature tree dies, the loss is not limited to the fruit it was carrying that season. The grower loses the current crop, the tree that would have produced several more harvests in future years, and the money already spent keeping that tree alive and productive. Replanting resets the clock entirely. Even where new saplings take root and survive, a commercially meaningful harvest does not return for several years.
The scale of this kind of loss became clear during the 2019 drought, when nearly 60 per cent of orange orchards in the affected belt were reported to have dried out and died. The loss to that season's ambia crop was estimated at ₹1,620 crore. What could not be fixed in monetary terms in the same assessment was the value of the dead orchards themselves, many containing trees between 15 and 20 years old. The fruit loss received a seasonal estimate. The destroyed tree stock, representing years of accumulated investment, did not receive any comparable valuation.
A study covering 600 citrus growers across Nagpur, Amravati, Wardha, and Akola found that most orchard holdings in the region are small. The average mandarin orchard in the sample measured about 1.81 acres in Nagpur district, and just over three acres in Wardha and Amravati. In Nagpur, 52 per cent of the sampled growers held less than two acres each. In Amravati, most growers held between two and four acres.
The same study identified fruit drop, irregular bearing, water scarcity, high cultivation costs, and general orchard decline among the main problems growers reported.
These small holding sizes explain why a modest per-hectare payment can matter to a household even while remaining far below the actual value of the orchard lost. A small grower may fall entirely within the two-hectare relief ceiling, but covering the full area of a holding is not the same as covering the full value of what was lost on it.
At the standard rate, a one-acre orchard qualifies for about ₹9,105 before other eligibility conditions are applied, an amount tied to inputs and affected area rather than to the market value of several future harvests from mature trees.
Vidarbha's exposure to this kind of risk is concentrated rather than spread evenly. Amravati and Nagpur together account for more than four-fifths of Maharashtra's mandarin cultivation area within the cited grower study. A separate drought assessment found that around 93 per cent of net cultivable land across the wider region was rainfed, which means orange cultivation sits inside a farm economy where water availability decides both the season's fruit and the survival of the orchard itself.
Loss from an event like the one in August 2026 unfolds across several layers rather than all at once. Fallen fruit reduces the immediate saleable harvest. Weakened or dying trees reduce output in later seasons. Damaged irrigation equipment and repeated plant-protection work add fresh costs. Replanting then opens a new period of expenditure long before substantial commercial yield returns.
The current relief structure compresses all of these layers into a single area-based input subsidy, calculated once, at the same rate, regardless of which combination of losses a grower actually faces.
The August 2026 survey will determine how many hectares qualify for immediate assistance under the existing relief rate. A more significant figure is likely to emerge only later, once it becomes clear how many waterlogged trees recover, how many fail at the next flowering, and how many need to be replaced altogether.
A panchnama can close its file with an eligible area and a loss percentage. For the orchard itself, the account stays open until the next harvests either arrive or do not.
Similar Articles
FAQs
Q: Compensation rate for orange orchard growers after a natural calamity in Maharashtra
A: Growers become eligible for an input subsidy of ₹22,500 per hectare for perennial crops and trees once assessed loss reaches 33 per cent or more, under the standing SDRF and NDRF framework. The general ceiling is two hectares per farmer, though state governments can widen this limit for specific disasters, as seen in the 2025 flood package that extended coverage to three hectares in notified areas.
Q: Crop insurance claims for orange orchards when weather station data does not match farm damage
A: Claims under the weather-based insurance scheme depend on readings recorded at a notified reference weather station rather than on-farm inspection. Visible damage on an individual orchard does not automatically trigger a payout if the station's recorded index stays below the contractual threshold. Farm-level assessment is mostly limited to notified localised events such as hailstorm or cloudburst.
Q: Disaster relief coverage for dead orange trees and the replanting period
A: The standard relief rate does not separately value a tree's age, its remaining productive life, or the income lost while new trees mature after replanting. It provides a fixed per-hectare input subsidy subject to the loss threshold and area ceiling. Weather insurance payouts carry the same limitation, since they are calculated from trigger tables rather than the long-term value of the destroyed trees.
References
Ali, M., Mehare, B., & Jadhav, A. (2026, August 3). Orchards and crops ruined, Vidarbha ryots want relief. The Times of India. https://timesofindia.indiatimes.com/city/nagpur/orchards-crops-ruined-vidarbha-ryots-want-relief/articleshow/132813509.cms Source lines used: Preliminary orange-orchard damage of about 14,000 hectares in the Hivarkhed circle, Morshi taluka, and the description of large-scale ambia bahar fruit drop alongside waterlogging risk to tree health.
Bhattacharyya, S., Thirugnanavel, A., Nag, A., Roy, S. S., & Roy, P. (2024). Citrus farming in the Vidarbha region of Maharashtra: An analysis of present status and grassroot constraints. Journal of Community Mobilization and Sustainable Development, 19(2), 387–395. https://indianjournals.com/article/jcmsd-19-2-023 Source lines used: District-level orchard-size distribution, average holding sizes in Nagpur, Wardha and Amravati, concentration of mandarin cultivation in Nagpur and Amravati, and constraints including fruit drop, irregular bearing, water shortage, cultivation costs and orchard decline.
Department of Agriculture, Cooperation and Farmers Welfare. (2019). Revised operational guidelines: Restructured Weather Based Crop Insurance Scheme. Government of India. https://pmfby.gov.in/pdf/RWBCIS_Revised_Guidelines_1.pdf Source lines used: Use of weather measurements as proxies for yield, the area approach, reference weather stations, payout term sheets, crop phases and optional localised covers for hailstorm, cloudburst and specified high wind.
Dohale, V., Mustafee, N., & Nagarajan, M. (2024). Orange grower's perception of drought impacts and strategies for mitigation and adaptation: A study of the Vidarbha region in India. International Journal of Disaster Risk Reduction, 105, 104392. https://doi.org/10.1016/j.ijdrr.2024.104392 Source lines used: Heavy dependence on rainfed cultivation, the long productive life of orange orchards, production declines during the 2017 to 2019 drought period, and constraints including inadequate water bodies, limited capital and the cost of drip irrigation.
Ghulghule, V. (2025, October 12). Over 90 talukas in Vidarbha declared flood-hit among 256 in Maharashtra. The Times of India. https://timesofindia.indiatimes.com/city/nagpur/over-90-talukas-in-vidarbha-declared-flood-hit-among-256-in-maharashtra/articleshow/124488601.cms Source lines used: Compensation rates and the three-hectare ceiling applied under the 2025 Maharashtra flood declaration, including ₹22,500 per hectare for perennial crops.
Government of India, Ministry of Home Affairs. (2022, October 10). Revised items and norms of assistance from the State Disaster Response Fund and National Disaster Response Fund. https://srcodisha.nic.in/dmrule/New%20Iitems%20and%20Norms%20of%20assistance%20from%20SDRF%20and%20NDRF%20dtd%2010%20Oct%202022%20%282%29%20%281%29.pdf Source lines used: The 33 per cent eligibility threshold and the notified rates of ₹8,500, ₹17,000 and ₹22,500 per hectare, subject to a two-hectare ceiling and adjustment where insurance claims apply.
Government of India, Rajya Sabha. (2025, August 8). Unstarred Question No. 2272: Financial assistance for crop losses caused by natural calamities. https://sansad.in/getFile/annex/268/AU2272_vJYjRj.pdf?source=pqars Source lines used: Confirmation that SDRF and NDRF assistance is relief rather than compensation, and the notified per-hectare rates and area limits.
Government of Maharashtra, Directorate of Economics and Statistics. (2024). Economic Survey of Maharashtra 2023-24: Agriculture and allied activities. https://mahades.maharashtra.gov.in/ESM1920/chapter/English/ch7_e.pdf Source lines used: Horticulture and fruit-crop area figures for 2023-24, including the area under orange and mandarin cultivation.
National Horticulture Board. (n.d.). Citrus cultivation: Harvesting and post-harvest management. Government of India. https://nhb.gov.in/pdf/fruits/citrus/cit004.pdf Source lines used: Mandarin trees beginning to bear from around the fourth year, with substantial commercial yield developing from around the sixth year.
National Horticulture Board. (n.d.). Orange. Government of India. https://www.nhb.gov.in/report_files/orange/ORANGE.htm Source lines used: Age-based irrigation requirements, placing the daily water need of mature Nagpur mandarin trees at approximately 60 to 170 litres.
Parate, S. (2025, November 6). Why Vidarbha's citrus farmers are losing faith in crop insurance. 101Reporters. https://101reporters.com/article/agriculture/Why_Vidarbhas_citrus_farmers_are_losing_faith_in_crop_insurance Source lines used: The grower account of the weather-station response and inconsistent past payouts, and the change in insured horticulture farmers, premiums and payouts between 2018 and 2024.
Shrivastav, S. (2019, June 19). Nearly 60% orange orchards in Vidarbha dead due to drought. The Times of India. https://timesofindia.indiatimes.com/city/nagpur/50-60-orange-orchards-in-vidarbha-dead-due-to-drought/articleshow/69847633.cms Source lines used: The drying and death of nearly 60 per cent of affected orange orchards, the estimated ₹1,620 crore ambia crop loss, and the difficulty of valuing dead orchards with 15 to 20-year-old trees.
Comments