Case Studies & Stories

Building climate-resilient cotton farms

Agroforestry and soil management strengthened resilience
For Indian cotton farmer Riteshbhai Manharbhai Bariya, farming in Tanka Village had become increasingly unpredictable. Seasons that were once manageable were now shaped by irregular rainfall, dry spells, declining soil quality, and rising production costs. Each year required more effort and expense just to maintain stable yields, while weakened soil structure made his farm more vulnerable to climate-related stress.
Seeking practical ways to improve resilience on his farm, Riteshbhai began adopting regenerative farming methods focused on strengthening soil health, improving biodiversity, and reducing dependence on external agricultural inputs. Through a combination of intercropping, agroforestry, natural pest management, and homemade bio-products, he was able to lower costs while creating a more stable and sustainable farming system.

Nearly 15% reduction in input costs
₹

Improved crop performance and productivity
Better soil moisture retention and soil condition
Increased resilience to changing weather patterns

The challenge

Over time, Riteshbhai noticed that farming conditions were becoming more difficult to manage. Heavy rainfall would often damage crops and wash nutrients from the soil, while periods of drought left fields dry and vulnerable. At the same time, production costs continued to rise. Maintaining crop health required increasing amounts of fertilisers, pesticides, and labour, placing growing pressure on farm profitability.

The condition of the soil also became a major concern. Reduced soil structure and poor moisture retention made it harder for crops to withstand environmental stress, increasing uncertainty from one growing season to the next.

Like many farmers facing similar challenges, Riteshbhai recognised the need for farming practices that could improve long-term resilience rather than relying solely on higher chemical inputs.

The approach

Through programme training and field-level guidance, Riteshbhai introduced a number of regenerative practices designed to improve soil health and create a more balanced farm ecosystem. These included:

Intercropping to improve crop diversity and field stability
Agroforestry along field borders
Pheromone traps to reduce unnecessary pesticide use
Soil testing to improve nutrient management
Preparation and use of homemade bio-products

Rather than implementing one major change, the transition focused on introducing practical improvements that worked together to strengthen the overall farming system. By improving natural soil function and reducing reliance on external inputs, the farm gradually became more efficient and resilient under changing environmental conditions.

Reduced input dependency

The use of homemade bio-products and improved nutrient management helped reduce reliance on purchased agricultural inputs, lowering overall farming costs by nearly 15%. More targeted pest management practices also reduced unnecessary chemical applications while maintaining crop health.

Improved soil health and water retention

Riteshbhai observed significant improvements in soil condition, particularly in the soil’s ability to retain moisture during dry periods and remain more stable during heavy rainfall. Intercropping and agroforestry practices also helped strengthen biodiversity and improve the overall resilience of the farm ecosystem.

Building confidence for the future

Perhaps the greatest change was the renewed confidence Riteshbhai gained in managing his farm under increasingly unpredictable climate conditions. The shift toward regenerative methods provided a farming system that felt more stable, adaptable, and sustainable for the long term.

“These methods improved soil health and provided a sustainable livelihood.”

Riteshbhai Manharbhai Bariya, Cotton Farmer, India

Looking ahead

Riteshbhai’s journey demonstrates how small, practical changes in farming practices can create lasting improvements for both livelihoods and the environment.

By focusing on healthier soils, greater biodiversity, and more efficient use of natural resources, regenerative approaches are helping farmers build stronger, more climate-resilient farming systems. As more growers adopt these methods, they have the potential to support long-term sustainability across cotton-producing communities while reducing vulnerability to rising costs and unpredictable weather patterns.