Krutika Ravishankar, co-founder of Farmers for Forests, reveals how drone imagery and AI are being used to monitor tree health and carbon sequestration at scale. This tech-driven approach is transforming agroforestry into a high-income sustainable model for farmers.

  • Farmers for Forests (F4F) uses drones and AI to monitor over a million trees.
  • The agroforestry model enables farmers to earn between ₹2 lakh to ₹6 lakh per acre.
  • Technology provides the precise data required to secure global carbon-offset funding.

In the fight against climate change, the integration of high-tech solutions with traditional farming is proving to be a game-changer. Krutika Ravishankar, co-founder and executive director of Farmers for Forests (F4F), has highlighted how drones and Artificial Intelligence (AI) are enabling the monitoring of massive forest covers with unprecedented accuracy.

With a background involving the World Bank and J-PAL, Ravishankar leads an organization that works with 20,000 households across five lakh acres. Her mission is to ensure that environmental restoration is not just a conservation effort but a sustainable livelihood for communities vulnerable to climate change.

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Agroforestry: A Financial Boon for Farmers

F4F’s agroforestry program operates across Gujarat, Maharashtra, Madhya Pradesh, and Jharkhand. Unlike traditional monoculture, this model encourages farmers to plant a diverse mix of fruit trees, pollinator-friendly shrubs, ground-cover crops, and timber trees. This biological diversity ensures soil health and multiple revenue streams.

The economic impact is significant. Farmers can begin seeing returns within months, with substantial increases from the fourth or fifth year. According to Ravishankar, earnings can range from ₹2 lakh to ₹2.5 lakh per acre, and in some highly successful cases, even up to ₹6 lakh per acre.

The Role of Drones and AI in Forest Monitoring

As the scale of monitoring grows from thousands to millions of trees, manual methods like measuring tapes and QR codes become obsolete. This is where drone technology steps in. Drones fly over plantations to collect data on tree height, species, and overall health.

Without tech, it would just be impossible to measure it accurately at this scale.

The captured imagery is processed via AI models. These models can identify invasive species, count planting pits, and even verify the installation of drip irrigation systems. Most importantly, the AI calculates the carbon sequestration rate of each tree, providing the granular data necessary for the carbon credit market.

Why This Matters

BozokMedia analysis shows that the ability to provide verifiable, real-time data is the missing link in the global carbon market. By using AI to bridge the gap between remote investors and local farmers, F4F is creating a transparent pipeline for climate finance to reach those on the front lines of environmental change.

Did You Know?: A single acre of land can generate approximately 12,000 drone images from various angles to ensure total data accuracy.

Frequently Asked Questions

1. How does F4F ensure the sustainability of its programs?
F4F ensures sustainability by making sure farmers are financially remunerated for their environmental work, creating a win-win for both people and the planet.

2. What role does carbon finance play in this model?
Carbon finance helps cover the initial costs of saplings and irrigation, allowing farmers to participate in agroforestry without massive upfront capital.