Ecological Restoration
Helping landscapes recover – and communities thrive with them.
Across the Northern Western Ghats, forests, commons and watersheds are under increasing pressure from deforestation, grazing, land degradation, invasive species and changing rainfall patterns. When landscapes degrade, they lose more than trees: soils erode, water runs off faster, biodiversity declines and communities become more vulnerable.
Raah works with communities to restore these landscapes by bringing back native vegetation, rebuilding soil and moisture systems, protecting natural regeneration and strengthening local institutions that can steward ecosystems over time.
Our approach goes beyond planting trees. We restore the ecological processes that allow forests and landscapes to recover – while ensuring that the communities who depend on them have a stake in protecting them.
The Problem >
The Western Ghats represent a globally significant biodiversity hotspot where deforestation, unregulated grazing, and land-use change have eroded carbon storage, native species assemblages, and local microclimatic regulation across tribal landscapes. Ecological restoration becomes essential under these conditions because microclimate, soil structure, and vegetation dynamics operate as coupled systems that shape long-term ecosystem resilience.
< Our Solution
We restore native forest ecosystems at scale while integrating a ridge-to-valley land treatment that improves infiltration, reduces erosion pressure, and supports regeneration across degraded commons, forest patches, and recharge zones. Restoration efficacy increases when native vegetation recovery is paired with soil and moisture conservation structures that re-establish foundational ecological processes across the catchment.
Active Projects
Restoration in Practice
Raah’s ecological restoration work is grounded in the specific ecological and social realities of each landscape.
Across our projects, we combine restoration science with community stewardship – from protecting degraded forests and restoring native vegeataion to strengthening forest rights and rebuilding soil and water systems.
Together, these projects demonstrate that ecological recovery can create benefits that extend beyond the restored site – improving water availability, biodiversity, livelihoods and resilience across the wider landscape.
Community-Led Restoration in Tadoba, Chandrapur
Restoring forests by strengthening the communities who depend on them.
At the Tadoba-Andhari Tiger Reseve, Raah is working with communities in Mamla vilalge in the buffer zone and Kolara village in the core zone to restore degraded landscapes through soil and water conservation, native vegetation recovery and community-led protection. The project brings ecological restoration together with secure forest rights, paid restoration work and livelihood opportunities linked to the sustainable use of non-timber forest products.
Anchored by a Memorandum of Understanding with the Forest Department, the initiative aims to reduce pressure on forests while strengthening incomes, community stewardship and long-term resilience for both people and wildlife.
Tech-Enabled Forest Rights Facilitation, Nashik
Restoration begins with the right to steward the land.
Through out Community Forest Rights project in Nashik, Raah trained and deployed youth from local colleges to support communities across 160 vilalges in mapping forest use, degraded areas and local governance needs under the Forest Rights Act, 2006.
The project combines technology-enabled mapping with community engagement and end-to-end support for forest rights claims.
Recognizing community rights over forests can create a stronger foundation for long-term stewardship. By enabling communities to secure legally recognized rights to sustainably use forest resources and restore degraded commons, the project connects ecological recovery with food, nutrition, livelihoods and local governance.
Reviving, What Revives Us,
Nashik
Letting a degraded landscape recover – and seeing the benefits flow downhill.
At Myna Hill in Dari, Nashik, three years of restoration under Raah’s ReGreen Nation programme have resulted in an 81% increase in vegetation index, based on GIS analysis. A significant part of this recovery has come from protecting the landscape from grazing and wood felling. Restoration measures have complemented this natural regeneration through soil and moisture conservation, invasive species removal, micro-catchments around saplings, fire lines and frontline firefighting. The benefits are alrady extending beyond the hill. Farmers at its foothills are reporting rising well levels, opportunities to cultivate second and third crops, and reduced crop losses from waterlogging. The project demonstrates a central principle of Raah’s restoration approach: when a landscape begins functioning again, its benefits can travel far beyond the boundaries of the restoration site.
What We Do
Ecological restoration is delivered through a site-specific technical portfolio designed from local hydrogeology, slope, soil depth, catchment condition, and existing water assets, then implemented as ridge-to-valley soil and moisture conservation, catchment treatment via trenches and bunds, restoration of degraded commons and forest patches, and recharge-focused works such as percolation ponds or loose boulder structures.
< Where
Work spans the Western Ghats, with focus across ecologically valuable and socially vulnerable geographies, including many districts in the Northern Western Ghats landscape where monsoon intensity, shallow soils, and catchment degradation shape restoration priorities. Site selection emphasises locations where ecological regeneration yields multi-scalar benefits, including biodiversity recovery, local livelihood stability, and downstream hydrological resilience.
How >
Implementation follows a five-year regeneration blueprint that begins with site assessment, species selection, and soil preparation, then proceeds through large-scale planting, protective governance, and long-term maintenance. This phased model is reinforced by community-led institutions that coordinate upkeep, monitoring, and shared responsibility, aligning ecological recovery with locally governed management systems built for continuity.
Partners
Problem
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