How agronomic research should address farmers' needs

Crop productivity and farm incomes are affected by nutrient deficiencies, pests, and inefficient water use. In the context of a changing climate, rising cultivation costs, and pressure on natural resources, the success of developments is measured by how much they improve farmers' performance. To identify precise problems, it is necessary to consider soil conditions, nutrient availability, irrigation management, and the emergence of pests. In India, due to variations in climate, soils, and farm sizes, applying uniform recommendations is difficult; therefore, solutions are tailored to specific crops and local conditions.

Before implementation, laboratory findings undergo verification through field trials across different regions and seasons. Differences in test results help refine the composition, dosage, or application method. Field validation continues constantly, as farmers' experience reveals practical limitations that are not noticeable in controlled experiments. This demand-driven approach was discussed at the 97th annual general meeting of the Indian Council of Agricultural Research in August 2026.

Modern tools — artificial intelligence, sensors, remote sensing, and precision farming — help monitor crops, manage resources, selectively apply fertilizers, timely notice plant stress, and manage irrigation more effectively. As an example, data from the Ministry of Agriculture and Farmers' Welfare are cited: in Goa, precision farming helped increase the yield of rice by 4.69%, cowpea by 6.58%, while irrigation water consumption decreased by 92.9%.

When evaluating innovations, not only yield is taken into account, but also resource use efficiency, cultivation costs, product quality, resource consumption, and net profit. Stable performance across different seasons, availability, and ease of application are also important. To create in-demand products, partnerships between farmers, scientists, industry representatives, and technology companies are essential.