Our Priority Pathways

Our restoration work follows three connected pathways: ecological, landscape and river restoration. Each starts with an evidence-based, participatory diagnosis, and each treats communities as partners and stewards. Our aim is to restore not only habitats and natural assets but also the ecological and social relationships that keep landscapes resilient and productive.

Our approach rests on co-existence: communities are part of ecosystems, not separate from them. We work in multi-use landscapes and ecotones, the interfaces where ecosystems, species and human activity meet, and we develop hyper-local strategies instead of a uniform restoration model.

  • Landscape and zone identification: delineating ecological zones, habitats, resource-use areas and ecotones
  • Biodiversity and ecological assessment: habitat condition, ecosystem function and indicators of ecosystem health
  • Community and socio-ecological assessment: FGDs, household surveys and stakeholder consultations on resource dependence, local ecological knowledge and gaps in collective action
  • Synthesis and diagnosis: a landscape-level picture of where restoration is needed and which ecological and social drivers must be addressed

  • Strengthen ecological integrity and biodiversity
  • Recognise communities as stewards and active participants
  • Address the anthropogenic pressures driving degradation
  • Build community ownership and collective action
  • Integrate restoration with local livelihoods and resource use

We envision moving from degraded to functional, healthy landscapes that provide water security, fodder, fuel, soil fertility and biodiversity. Landscapes deliver these services at their optimum only when ecological, social and institutional dimensions are addressed together. We therefore begin with science-based assessments of land-use and resource patterns, resource potential and carrying capacity, and design strategies around natural asset recovery.

  • Watershed development and management
  • Restoration through Assisted Natural Regeneration (ANR) and natural regeneration
  • Nature-based solutions (NBS) for food security and livelihood enhancement
  • Governance of Common Property Resources (CPR)
  • Tenurial systems and rights

Diagnostic process

  • Landscape-level issues of forest, land and water degradation
  • Current cropping and agricultural practices
  • Tenurial rights over CPRs
  • Traditional practices that function as NBS
  • Baseline and monitoring indicators for each vertical, tracked through GIS mapping and spatial analysis

Rivers are a key indicator of ecosystem function and a lifeline for tribal communities, closely tied to their food security, water security and livelihoods, and they sustain the region’s fauna. We diagnose the condition of the riparian zone, the interface between river and land, to understand what drives degradation and where restoration should begin.

  • Geospatial analysis: river width changes over time; riparian tree cover and density
  • Biodiversity surveys: riparian flora, fauna and aquatic life
  • Soil testing: erosion patterns along the banks
  • FGDs and site surveys: zone identification, anthropogenic pressures, livelihood dependence, catchment and watershed priorities, and stream order analysis to prioritise stretches for intervention

Findings will guide differentiated, zone-specific interventions, such as bank stabilisation, riparian planting and pressure management, planned with the communities that depend on the river.

  1. Diagnosis before intervention: evidence-based, hyper-local baselines drawn from spatial, ecological and social data
  2. Community stewardship and collective action: stronger ownership, CPR governance and tenurial security
  3. Livelihood-linked restoration: nature-based solutions and sustained access to forests, land and rivers
  4. Water security: integrated watershed, riparian and catchment priorities
  5. Biodiversity and ecosystem function: habitats, ecotones and riparian species
  6. Convergence with government: partnership on watershed, ANR and CPR programmes
  7. Monitoring and adaptive learning: indicators tracked through GIS and spatial analysis