Our Interventions
Building climate resilient, technology enabled and community driven development systems across Northeast India, Central India and tribal regions.
SLRD–YesEarth works through integrated systems where agriculture, biodiversity, renewable energy, watershed management, circular economy, climate action, technology and rural enterprises work together to create long term environmental, social and economic impact.
Intervention 01 • Tree based farming, bamboo and ecological restoration
Agroforestry
Agroforestry is a core pillar of SLRD’s climate and livelihood work. The model combines bamboo, native trees, fruit plants, medicinal plants and aromatic herbs with farming systems so that land becomes more productive, resilient and ecologically rich. It is promoted both as a livelihood model and as a long term carbon sequestration pathway.
Key Activities
- Bamboo and native tree plantation models
- Fruit, medicinal and locally suitable tree species integration
- Aromatic herbs cultivation within agroforestry systems
- Community forestry and farmer plot based plantation planning
- Nursery development and planting material support
- Degraded land restoration and slope stabilisation
- FPO linked aggregation of biomass and produce
- Carbon readiness through plantation records and monitoring
Benefits
- Diversified income for farmers and community groups
- Improved soil stability and reduced erosion
- Long term biomass and raw material security
- Higher biodiversity within farm landscapes
- Improved carbon sequestration potential
- Better resilience to climate variability
Intervention 02 • Regenerative agriculture, soil health and climate resilient farming
Sustainable Agriculture
SLRD promotes sustainable agriculture systems that reduce chemical dependency, improve soil health and make farms more climate resilient. The approach connects farmer training, natural farming practices, composting, biofertilisers, biochar based soil amendments, crop planning and market readiness.
Key Activities
- Organic and natural farming promotion
- Compost, biofertiliser and biopesticide adoption
- Biochar based soil amendment demonstration
- Climate adaptive crop planning and farmer training
- Soil health improvement programs
- Integrated farming and crop diversification
- Aromatic herbs as a supplementary farm income stream
- Farmer Producer Organisation based extension support
Benefits
- Reduced dependency on chemical fertilisers
- Improved soil organic matter and water retention
- Lower input costs and better farm resilience
- Improved productivity through better soil management
- Better readiness for organic and premium markets
- Stronger farmer institutions and collective adoption
Intervention 03 • Water security, soil moisture and landscape resilience
Watershed Development
Watershed development is integrated into SLRD’s work because water security directly affects agriculture, plantation survival, biodiversity and community livelihoods. The approach focuses on water harvesting, soil moisture management, erosion control, groundwater recharge and community stewardship.
Key Activities
- Rainwater harvesting and water retention structures
- Check dams, trenches, ponds and recharge measures
- Soil and moisture conservation works
- Spring shed and micro watershed planning where suitable
- Erosion control and slope stabilisation
- Community water management and training
- Watershed support for agroforestry and aromatic herbs cultivation
- Landscape level planning for climate resilience
Benefits
- Improved soil moisture and water availability
- Higher survival rate of plantations and herbs
- Reduced erosion and land degradation
- Improved agricultural productivity
- Better drought and flood resilience
- Stronger community ownership of natural resources
Intervention 04 • Biochar based soil carbon, carbon removal and rural enterprise
Biochar and Carbon
Biochar is promoted as a climate action and soil regeneration tool. Locally available biomass such as bamboo, agricultural residues, invasive biomass and processing residues can be converted into stable carbon and then used with compost and microbial inputs to improve soil health.
Key Activities
- Biochar production from sustainable biomass
- Biochar compost and biofertiliser blending
- Use of bamboo, crop residues and underutilised biomass
- Carbon project development and documentation
- Community and FPO led biochar units
- Soil application demonstrations
- Digital MRV and production record systems
- Linkage with regenerative agriculture and carbon finance
Benefits
- Long term carbon storage in soils
- Improved water retention and nutrient holding capacity
- Reduced open burning and unmanaged biomass waste
- New rural enterprise opportunities
- Carbon finance potential for communities
- Improved soil health and farm resilience
Intervention 05 • Improved cooking, household health and biochar generation
Clean Cooking
The clean cooking intervention focuses on improved cooking systems that reduce smoke, lower fuelwood pressure and create biochar as a useful soil amendment. The approach is especially relevant for rural households where cooking energy, women’s health, forest pressure and farm soil quality are directly connected.
Key Activities
- Improved stove and TLUD based clean cooking promotion
- Household and community training
- Reduced smoke and improved kitchen environment
- Biochar collection and use in agriculture
- Women led adoption and micro enterprise possibilities
- Fuelwood saving awareness
- Linkage with carbon and soil health programs
- Household level usage monitoring where feasible
Benefits
- Reduced household air pollution
- Lower fuelwood consumption and collection burden
- Biochar generation for farm use
- Improved women’s health and convenience
- Reduced pressure on local biomass resources
- Scope for carbon linked community benefits
Intervention 06 • Clean energy for rural livelihoods and enterprise systems
Renewable Energy
Renewable energy is used to strengthen rural infrastructure and reduce operating costs for farmers, FPOs and community enterprises. SLRD promotes solar and clean energy solutions for irrigation, storage, processing and decentralised rural industrialisation.
Key Activities
- Solar pumps and irrigation support
- Solar cold storage and storage infrastructure
- Renewable energy for agro processing and value addition
- Clean energy integration in rural enterprises
- Energy efficient equipment promotion
- Renewable energy literacy and training
- Hybrid clean energy systems where suitable
- Energy support for FPO led enterprises
Benefits
- Reduced electricity and fuel costs
- Better irrigation and storage access
- Improved enterprise viability in remote areas
- Lower emissions from rural operations
- Improved value addition capacity
- More reliable infrastructure for farmers and FPOs
Intervention 07 • Ecosystem restoration and conservation linked livelihoods
Biodiversity Conservation
SLRD integrates biodiversity conservation into development work so that livelihoods and ecosystem restoration reinforce each other. The focus is on native species, community stewardship, habitat improvement, conservation education and sustainable nature based livelihoods.
Key Activities
- Native species plantation and habitat restoration
- Biodiversity awareness and community education
- Eco restoration of degraded landscapes
- Sustainable eco tourism and biodiversity walks where suitable
- Human wildlife coexistence awareness
- Conservation linked livelihood models
- Protection of useful local species
- Integration with agroforestry and watershed planning
Benefits
- Restored ecosystems and improved habitat quality
- Stronger community participation in conservation
- Livelihood opportunities linked to nature based models
- Improved ecological balance in intervention areas
- Reduced degradation of local natural resources
- Better climate resilience of landscapes
Intervention 08 • Farmer institutions, rural enterprises and value chains
FPO and Livelihood
Farmer Producer Organisations and community groups are treated as anchors for livelihood transformation. SLRD supports them in aggregation, value addition, project planning, bankable documentation, enterprise management, market linkage and participation in green value chains.
Key Activities
- FPO capacity building and governance support
- Aggregation and value addition planning
- Bankable project reports and loan documentation
- Essential oil, biochar, compost and processing enterprises
- Market linkage and buyer connect support
- Aromatic herbs cultivation through farmer groups
- Enterprise systems for women and youth
- Convergence with Government and CSR programs
Benefits
- Stronger farmer institutions
- Improved farmer income through collective enterprise
- Better market access and value realisation
- Local jobs in processing and services
- Women and youth participation in green enterprises
- Reduced risk through organised value chains
Intervention 09 • Youth climate leadership and institutional sustainability
Green Campus
The Green Campus program connects educational institutions with sustainability action. It engages students, faculty and management in audits, resource conservation, climate literacy, biodiversity activities and community outreach.
Key Activities
- Energy, water and waste audits
- Student green teams and sustainability clubs
- Climate literacy and SDG oriented learning
- Campus biodiversity and plantation activities
- Green rating and action planning
- Community outreach by students
- Sustainable infrastructure recommendations
- Youth volunteering and leadership programs
Benefits
- Improved environmental performance of campuses
- Stronger youth leadership in climate action
- Reduced waste, water and energy wastage
- Student participation in community sustainability
- Institutional recognition for green practices
- Pathways for green skills and careers
Intervention 10 • Waste to resource and integrated rural value chains
Circular Economy
Circular economy systems help convert waste and underutilised resources into useful products, income and environmental benefits. SLRD links biomass, organic waste, plastic waste, farm residues, composting, biochar and rural enterprises into practical low waste models.
Key Activities
- Waste to resource systems
- Organic waste composting and biofertiliser production
- Biomass utilisation for biochar and energy
- Plastic waste management and recycling awareness
- Rural enterprise models based on residues
- Sustainable packaging and resource efficiency
- Integration with FPO value addition units
- Community awareness and operational systems
Benefits
- Reduced waste and open burning
- New income opportunities from resource recovery
- Cleaner villages and institutions
- Improved soil inputs from organic waste
- Reduced greenhouse gas emissions
- More efficient and sustainable rural enterprises
