India is witnessing an unprecedented scale of investment in ecological restoration, particularly through Government programmes like the Compensatory Afforestation Fund Management and Planning Authority (CAMPA) and the Green India Mission (GIM). These initiatives aim to restore millions of hectares of degraded forests and increase forest and tree cover as a part of India’s commitments under the Paris Agreement and Nationally Determined Contributions (NDCs). However, while financial allocations under these programmes have been substantial — amounting to over `30,000 crore in CAMPA alone — the real question is: Are these investments delivering measurable outcomes in terms of forest health, biodiversity conservation, and climate resilience?
Conventionally, the success of afforestation projects has been assessed through basic indicators such as the number of trees planted or hectares covered. These metrics, though easy to report, often fail to reflect the actual ecological quality of restored forests. Ground truthing remains inconsistent, and survival rates are poorly tracked. This disconnect highlights the urgent need for modern, science-based monitoring systems that can accurately measure the impact of forest investments. Enter the Monitoring, Reporting, and Verification (MRV) systems designed for carbon credit projects under ARR (Afforestation, Reforestation, and Revegetation) methodologies. These systems, adopted by international standards such as Verra and Gold Standard, provide a rigorous framework for tracking forest growth, carbon sequestration, and co-benefits.
What makes these MRV systems particularly useful for public forest programmes is their ability to combine remote sensing technologies, GIS mapping, and permanent sample plots (PSPs) for accurate field measurements. In addition, socioeconomic indicators — such as employment generated, participation of women, and income from non-timber forest produce — can also be embedded into the monitoring framework.
Beyond providing transparent and verifiable data, carbon MRV systems also enable participation in carbon markets. The data generated can be used to quantify the amount of carbon sequestered, which in turn can be converted into tradable carbon credits. These credits can be sold on voluntary or compliance markets, attracting corporate ESG investments and climate finance. This creates a unique opportunity: the same system used to monitor ecological performance can also unlock financial value, ensuring the sustainability of operations and long-term maintenance of restored forests. To explore the applicability of this approach, a pilot deployment of carbon MRV is proposed in selected CAMPA and GIM sites. The pilot would begin by establishing ecological baselines through a combination of satellite imagery and field sampling. This would be followed by periodic assessments to track tree growth, canopy recovery, and increases in biomass. Additionally, the project would involve monitoring carbon sequestration along with the associated socioeconomic benefits. To ensure transparency, publicly accessible dashboards would be developed and maintained. The costs of Monitoring, Reporting, and Verification (MRV) would be funded through a share of the carbon credits generated. Overall, this pilot could serve as a proof of concept for integrating MRV into mainstream forest governance.
For successful integration, policy guidelines must evolve to formally recognise MRV as a standard component of afforestation projects. Capacity building at the forest division level, investment in digital tools, and partnerships with technical agencies will be key enablers. States like Karnataka, Madhya Pradesh, and Odisha — where large tracts of afforestation have been undertaken — can emerge as leaders in deploying MRV-based impact monitoring.
Moreover, convergence with CSR programmes and international climate funds like GCF can amplify resources. India has both the ambition and the ecological necessity to scale up forest restoration. However, ambition without accountability risks inefficiency. By adopting Carbon MRV systems, India can transition from input-based to impact-based forestry. The dual benefit of accurate monitoring and carbon finance makes MRV a game-changing tool for forest governance.
(The author is Former Principal Chief Conservator of Forests, Karnataka. Views are personal)