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Regenerative Foodscapes for a Climate-Resilient India

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Aerial view of wheat threshing at Rajesh Kumar’s farm in Karnal region, Haryana.

Empowering farmers to adopt sustainable practices that reduce air pollution, improve soil health and combat climate change.

Wheat threshing NW India Aerial view of wheat threshing at Rajesh Kumar’s farm in Karnal region, Haryana. Rajesh is a fourth generation farmer and has been farming for 20 years. He works on 70 acre land collectively owned by his three brothers and himself. © Smita Sharma

Join us in building a sustainable future

PRANA is one of several Foodscapes driving positive, on the ground food systems change.

Explore more Foodscapes

The Indo-Gangetic plains of India are extremely fertile and provide food security to around 40 percent of the country’s population. While the Northwest region of India is the highest producer of paddy (rice) and wheat, essential food crops for the people of India, some current farming practices are causing harm to the environment and threatening the suitability of farming in the region. The Nature Conservancy in India is working with farmers to address these issues through collaborative solutions, aiming to build long-term adaptable farming practices for a climate-resilient future.

The PRANA Initiative

Launched in 2021, the Promoting Regenerative and No-burn Agriculture (PRANA) Foodscape tackles environmental challenges by reducing crop residue burning and promoting sustainable agricultural practices. Through a combination of behavioral interventions, farmer training and policy support, PRANA is driving lasting change in Northwest India and creating a more sustainable food system.

districts
in India
PRANA project in India Swipe right to see the PRANA project location on the map of India and swipe left to see PRANA project districts in Punjab.

Quote: Jaswinder Kaur

Through PRANA, I have gained knowledge that empowers me to make informed decisions and support other women to do the same. When women have access to the right information, we don't just grow crops- we grow communities.

Village Daun Klan, Dist

What is a Foodscape?

A foodscape is a specific area of food production, defined by the combination of biophysical characteristics and management attributes in that area. Simply put, a foodscape maps a portion of the global food system, categorized by ecological and human influence.

What are Foodscapes? (2:36) What does it take to produce food? This animated explainer video walks through the layered complexity of our global food systems and the foodscapes that underpin them.

Our Goals

How PRANA is transforming Northwest India’s agricultural landscape

  • people icon

    220,000

    Farmers Adopting No-Burn

  • fire icon

    500,000

    Area Under No-Burn (hectares)

  • water icon

    500B

    Water Saving Ensured (liters)

  • CO2 icon

    6M

    C02e Eliminated (tonnes)

Tackling Critical Issues in Agriculture

Rising Greenhouse Gas Emissions from Agriculture

Rice paddies are significant sources of methane emissions, while burning crop residues leads to the release of harmful gases including carbon dioxide, sulphur dioxide, carbon monoxide and nitrous oxide. These emissions have severe consequences, affecting soil fertility, human health and contributing to global warming.

Groundwater Protection

Agriculture is the largest consumer of Punjab's groundwater, with alarming rates of depletion predicted to exhaust the resource by 2039. To mitigate this issue, the team recommends implementing measures to regulate groundwater extraction, which will be integrated into the project's implementation framework as we move forward with the next phase of Foodscapes in Punjab.

Two women standing in a flooded field transplant paddy crop.
Local women labourers transplant freshly germinated paddy crop at a farm near Karnal region, Haryana. © Smita Sharma

Strategic Approaches

Improving Low Emissions and Water Efficient Rice Management Systems

The initiative will build farmers’ capacities on water saving techniques like Direct Seeding of Rice, and Alternate Wetting and Drying to reduce methane emissions from paddy cultivation. PRANA will also focus on promoting in-situ crop residue management while scaling up low-carbon agronomic practices.

Hands hold harvested tomatoes.

Strategic Approaches

Promoting Climate Smart Diversification of Food Production Systems

This initiative will empower farmers to adopt new crops which are less water intensive and low-carbon in nature. PRANA aims to do this by developing markets for alternative crops, developing agroforestry and creating sustainable sourcing clusters.

A farm labourer works at a paddy field.
A farm labourer at a paddy field in Noorpur Bet, Punjab. © Smita Sharma

Strategic Approaches

Improving Water Management in Relation to Water-Energy-Food Nexus

This initiative will work on groundwater sustainability by focusing on irrigation governance in the Canal System, solarisation of tubewells and focusing on on-farm water management techniques.

Innovative Solutions for Crop Residue Management

Biochar

To address crop residue burning and declining soil health, PRANA has launched a Biochar pilot project. Biochar, a carbonized biomass from sustainable sources, is added to soil to boost agricultural productivity and environmental sustainability. It enhances soil's water and nutrient retention, promoting plant growth. PRANA’s Biochar pilot aims to produce high-quality biochar, improving soil health and offering a solution for residue burning in Punjab. PRANA and its partners have successfully produced 100 tons of biochar, marking an exciting and innovative phase in crop residue management.

AgResults Model

The AgResults Model is a groundbreaking approach to agricultural development and impact evaluation. This pay-for-results model incentivizes the private sector, researchers and other stakeholders to create and scale solutions for critical agricultural challenges. Service providers of agricultural machinery are key players in addressing crop residue burning and promoting Direct Seeded Rice (DSR). By targeting these service providers through the AgResults Model, we can sustainably tackle residue burning and encourage water-saving techniques like DSR. This model aims to foster Agri-entrepreneurship among service providers and build sustainable, scalable business models.

A Healthier Environment for All

By reducing residue burning and promoting regenerative practices, PRANA is achieving tangible environmental benefits:

  • Significant reductions in air pollution and greenhouse gas emissions. 

  • Improved soil health through the incorporation of crop residue as mulch.

  • Conservation of groundwater resources, crucial for Punjab’s long-term agricultural sustainability. 

Quote: Surinder Singh

With PRANA's support, I have adopted crop residue management techniques, which are beneficial for the environment. These techniques have helped me improve soil health and farm more sustainably. It's a change that benefits both my land and our future.

Village Puranewala, District Moga

Policy Support

Drawing from three years of program implementation in Punjab, a new policy brief series highlights findings from PRANA’s survey on crop residue management trends and impacts, as well as practical solutions for addressing Punjab’s energy-water-agriculture nexus.

Sharing Insights from PRANA