Gairan, Sugarcane and a Solar Park: Choosing a Land Use in a Drought Taluka
In a drought-prone taluka of the Maharashtra sugar belt, a 4.8 TMC dam releases 62% of its irrigation quota to sugarcane grown on 14,000 hectares. Cane contributes about ₹180 crore to the taluka's output and gives 900 people four months of work a year. Groundwater has fallen nine metres in a decade, three of the taluka's eight groundwater assessment circles are classified over-exploited, and 40% of holdings are under two hectares. A developer now proposes a 300 MW solar park on 600 hectares of gairan, the village grazing land, offering ₹2 crore a year to the gram panchayat and 150 permanent jobs. The panchayat has passed a resolution in favour. Two shepherd families who have used the gairan for decades were not informed or consulted. The state simultaneously offers a ₹40-crore drip irrigation package for the cane command area.
1. The gram panchayat is willing to lease the gairan land. Is this legally straightforward? Explain the constraint and the process that must be followed.
Read the worked answer
Not straightforward. Gairan is village common land reserved for grazing under the Maharashtra Land Revenue Code, 1966; it is not the panchayat's private property to lease, and a panchayat resolution, though necessary, is not sufficient. These lands were set apart for the whole village, including landless and pastoralist households who often hold no record of rights.
The Supreme Court in Jagpal Singh v. State of Punjab (2011) held that common land such as grazing land and ponds cannot be diverted to private use except in exceptional cases, after due process and with the consent of the affected villagers, and directed restoration of such land.
Any diversion therefore needs: (i) sanction of the collector and the higher revenue authority under the Code; (ii) a public purpose and the procedure prescribed by government resolution - the exact form has changed more than once, so the current GR must be checked before the file moves; (iii) an opportunity to be heard for existing users; and (iv) ordinarily, land in exchange or a compensatory grazing plot.
The two shepherd families are the decisive defect. The users of the common are the persons affected, and a resolution passed without them is vulnerable to being set aside. Sequence: record existing users and uses, obtain their consent or provide alternative grazing, then approach the collector.
2. Compare the two land uses as a development choice. What would you count, and what would you leave out?
Read the worked answer
Count direct effects, indirect effects and, crucially, third-party effects.
Cane: gross value (₹180 crore); employment (900 people for four months, roughly 300 person-years, but seasonal and largely migrant); and the water. Fourteen thousand hectares of cane in this climate consumes on the order of 1.5–2 crore cubic metres a year - water unavailable for drinking supply, for the 40% of holdings under two hectares, or for recharge.
Solar: ₹2 crore a year, 150 permanent jobs, near-zero water use - but also what is lost. Solar needs only 2–4 ha per MW of actual footprint; the remaining 500-odd hectares are fenced and unavailable for grazing. Six hundred hectares of grazing supports the landless, supplies fodder, recharges groundwater and carries biodiversity.
What both business cases leave out: the option value of the commons (once fenced, it is gone for a generation); the cost of seasonal migration; distribution, since the ₹2 crore accrues to the panchayat rather than to the shepherds; and the fact that solar can be sited on degraded or saline land, whereas cane cannot move.
The honest comparison is not ₹180 crore against ₹2 crore. It is water, common land and recharge against cash, jobs and fencing - which is why this is a land-use decision, not a revenue decision.
3. The state offers a ₹40-crore drip irrigation package instead. How should the taluka decide?
Read the worked answer
Drip is not automatically the better buy. Test three things first.
1. Does drip reduce consumption or increase it? Drip raises water-use efficiency per hectare, but the documented rebound in Maharashtra is that saved water extends the cane area, leaving total draw flat or higher. Any package should be conditional on a cap on cane area and on metered, volumetric supply - otherwise ₹40 crore buys a higher yield, not a lower draw.
2. Who receives it? Drip subsidies tend to be captured by larger holdings. With 40% of holdings under two hectares, a scheme reaching only the top quintile is a transfer, not a reform.
3. What is the counterfactual? Compare water saved per rupee with the water saved by the solar park (almost none used) and by shifting part of the command area to lower-water crops.
A defensible decision rule: adopt drip and the solar park together only if the drip scheme carries (a) a cane-area cap, (b) volumetric pricing, (c) a minimum share for holdings under two hectares, and (d) independent metering for three seasons. If those conditions are refused, treat the ₹40 crore as compensation rather than conservation - and say so in the record.