Ragi farmers in Karnataka's Mandya district are confronting a difficult growing season as deficient and poorly distributed rainfall affects crop development and raises concerns over yields.

Finger millet, commonly known as ragi, is widely recognised for its ability to grow under comparatively water-constrained conditions. But drought tolerance does not make the crop immune to prolonged moisture stress, particularly when inadequate rainfall coincides with critical stages of crop development.

Mandya entered the kharif season under considerable rainfall pressure. By early July, the district had recorded a 35% rainfall deficit, while sowing had reached only around 5% of its targeted area. District authorities responded by asking agriculture officials to prepare contingency plans and encourage alternative crops suited to reduced water availability.

Conditions have subsequently deteriorated across Karnataka. The state has declared numerous taluks drought-hit, while officials have reported extensive crop damage and declining groundwater levels following a weak monsoon.

The challenge extends beyond Mandya. A recent assessment of India's kharif season identified ragi alongside paddy as crops experiencing particular pressure from uneven rainfall distribution and insufficient water availability during important cultivation periods.

India's southwest monsoon has also been unusually uneven in 2026. National rainfall remained substantially below the long-period average in September, with large geographical differences between regions. Such variability can create agricultural stress even when overall cultivated area remains relatively stable.

For finger millet farmers, the situation illustrates an important distinction between drought resilience and drought immunity. Ragi generally requires less water than highly water-intensive crops and can perform under rainfed conditions, but prolonged rainfall deficiencies can still reduce plant growth and ultimately affect productivity.

The consequences are particularly important for smallholders whose farm incomes depend heavily on seasonal production. Lower yields can affect household earnings as well as the availability of grain for consumption, seed and local markets.

The situation in Mandya therefore demonstrates why climate-resilient agriculture requires more than simply shifting toward hardy crops. Timely rainfall information, appropriate varieties, soil-moisture conservation, access to irrigation where feasible, crop insurance and responsive drought-support systems can all influence farmers' ability to withstand increasingly variable growing seasons.

For India's millet sector, Mandya's experience is also a reminder that expanding climate-resilient grains must be accompanied by investment in the production systems and farmer-support mechanisms surrounding them.