Farmers Turn Drought Into Opportunity

Farmers in many villages of Bhoothpur mandal, Mahbubnagar district, have shown that recurring drought and erratic rainfall need not spell distress. By shifting from water‑intensive paddy to diversified vegetable cultivation, adopting micro‑irrigation and soil conservation, they have turned scarcity into opportunity.

The change, pioneered in Sherpally (H), has spread to Hasnapur, Pothula Madugu, Amistapur, Annasagar, Kappeta, Karvena, Tadparthy and Yelkicharla. Sharing similar soil and groundwater conditions, these villages have emerged as a promising agrarian belt known for seed production and collective farming.

In Sherpally (H), vegetable cultivation began with two households. Today, nearly half of its 180 families grow vegetables. The village still cultivates paddy on 700 acres, maize and cotton on 600 acres, while the rest is used for vegetables and dry crops.

Farmers say the change revives the state’s traditional cropping pattern of cereals, pulses, oilseeds, vegetables and horticulture before paddy became dominant. Micro‑irrigation has eased pressure on groundwater and improved soil fertility.

Economic gains are evident. Giridhar, a Sherpally farmer, earlier earned about Rs 30,000 per acre annually from maize, paddy and jowar. He now earns up to Rs 1.6 lakh per acre from brinjal, bottle gourd, chilli, ridge gourd, ash gourd, beans, snake gourd, cabbage and drumstick, with steadier returns and judicious water use.

Another farmer, Veeresham, said the village and its neighbours had largely overcome El Niño’s impact by cultivating more than 10 vegetable varieties. Farmers prepare organic mulch from crop waste, compost, straw, leaves and rice husk to enrich soil. They use pyramid‑shaped pandals for creepers, mulching to control weeds, and drip and sprinkler systems to conserve water.

Water management is central to crop planning across Bhoothpur. In Sherpally, drip and sprinkler systems, many supplied by the Horticulture Department, are used along with mulching to retain moisture. Farm ponds are also being developed under the employment guarantee scheme.

Research by the agriculture university in Mahabubnagar supports the approach, finding that diversification, short‑duration and drought‑resistant varieties, intercropping and micro‑irrigation can raise productivity while reducing water use.

The Bhoothpur experience shows drought resilience is not only about infrastructure. It depends on what farmers grow, how efficiently they use water, and how they plan for uncertain rainfall. For dryland and rain‑fed areas across Telangana, it offers a replicable model of crop diversification, micro‑irrigation and conservation of every drop.