Indian agriculture is now entering a new era where growth is no longer the only criterion for assessing progress. Declining soil fertility, groundwater depletion, biodiversity loss, climate variability, and rising cultivation costs are putting increasing pressure on farmers and the agricultural sector. In this context, regenerative agriculture offers a promising path. It is a holistic approach that will not only conserve existing natural resources but also sustain agricultural productivity by improving soil health, biodiversity, water systems, and ecosystem functions.
The key is to focus on regenerative agriculture and restore the ecological pillars of agriculture. Intensive farming, excessive reliance on chemical inputs, and monoculture cultivation have led to nutrient imbalances and degraded soil quality in some regions over the past several decades. Regenerative agriculture is an approach that places living soil at the heart of agricultural production. Soil management, including composting, green manure use, crop residue management, and the use of organic matter, can help improve soil structure, reactivity, and nutrient cycling.
The principle of soil cover is another important aspect. Soil is easily lost to erosion and can also be damaged by excessive evaporation or sudden changes in temperature. Mulching, cover crops, and retaining residues in the soil help maintain the soil surface and retain moisture. This is especially useful in rain-fed and drought-prone areas because it improves soil health and moisture retention, reducing the impact of short-term droughts on crops.
Regenerative agriculture also recognizes that biodiversity is an asset, not a burden, to agricultural productivity. More resilient production landscapes can be developed by implementing crop diversification, agroforestry, mixed farming, and integrated farming systems. Agricultural land managed with crops and livestock, fisheries, or trees can help diversify farm income and improve nutrient cycling. Such systems can also help support beneficial insects and other organisms, rather than making the system more vulnerable and, in some cases, dependent on external inputs.
This shift has become even more important in light of climate change. Rainfall patterns are becoming erratic, heat waves are increasing, and droughts and floods are becoming more common. Irregular rainfall, heat waves, droughts, floods, and changing pest populations are exacerbating the challenges faced by Indian farmers. Regenerative practices increase soil organic carbon, water-holding capacity, and biological activity, which can help build resilience to climate change. Crop diversification can reduce the risk of loss of total agricultural income due to climate change shocks to any single crop. Similarly, integrated farming can mitigate economic risks arising from different production sources.
This shift must be integral to water management. Irrigation remains one of the largest freshwater consumers, and it is essential that irrigation is done efficiently. Micro-irrigation (drip irrigation, sprinkler irrigation) can be used in conjunction with regenerative soil management to increase water use efficiency. In addition to appropriate crop selection, soil moisture management, and good agricultural management, government initiatives such as “More Crop Per Drop” can also be important.
Another potential benefit is reduced dependence on expensive external inputs. When properly designed and scientifically proven, low-external-input agricultural practices can reduce the cost of some of the chemical inputs used in natural farming. But don’t sell the concept of regenerative agriculture as a universal solution. India has highly diverse soil types, crop varieties, rainfall, and agricultural practices. Strategies that work in the semi-arid region of Haryana may not yield the same results in the humid agricultural regions of Kerala or Assam.
Regional diversity also poses a major challenge to the widespread implementation of regenerative agriculture. The transition period can be uncertain for farmers, especially if production takes time to adapt to the new model. The cost of transition can be challenging for small and marginal farmers with limited financial resources. Furthermore, regenerative agriculture requires extensive knowledge. Farmers need ongoing information about crop rotation, nutrient management, pest management, residue management, livestock integration, and water management.
Another significant gap is the market. Without market recognition and/or rewards for farmers’ additional efforts and risky changes, widespread adoption of environmentally beneficial practices by farmers is difficult. These incentives can be boosted by strengthening certification, traceability, producer organizations, institutional procurement, and differentiated market opportunities. Furthermore, policymakers should avoid creating complex compliance systems that prove too costly for small farmers.
Therefore, scientific validation, farmer participation, and region-specific implementation should be the key focus of the path forward. The Indian Council of Agricultural Research (ICAR) and Krishi Vigyan Kendras (KVKs) can design and demonstrate experiments and practices on agricultural regeneration based on agro-climatic zones. Field trials and long-term demonstrations are essential to assess changes in soil organic carbon, yield, water use, input costs, farm income, and biodiversity.
Integration of existing programs should also be improved. Soil, water, and climate programs can complement each other rather than being separate; for example, soil health cards can complement the National Mission for Natural Farming (NMNF) and micro-irrigation initiatives. Risks for farmers can be mitigated through transitional financing, available extension services, farmer producer organizations, and reliable market links.
Regenerative agriculture should not be seen as a return to past practices or a rejection of modern agricultural science. Its strength lies in the combination of ecological principles and scientific knowledge, combined with appropriate technology and the knowledge and experience of farmers. Its goal is to develop productive agricultural systems that can regenerate resources for future production.
However, farmland productivity isn’t the only factor determining the future of Indian agriculture; it’s also crucial that soil, water, and biodiversity are healthy for tomorrow’s food. Regenerative agriculture offers us an opportunity to move away from production systems dependent on external resources to systems based on ecosystem productivity. Through evidence-based policies, farmer-friendly incentives, strong extension systems, and locally appropriate models, India can make agriculture more resilient, sustainable, and ecologically secure.
