Overview
Solution Frameworks
RICA uses solution frameworks to turn rural climate needs into sustainability themes with repeatable asset patterns. A framework is more than a technology category. It defines the operating pattern, evidence package, financing logic, and monitoring requirements that allow assets in different locations to become comparable.
Framework discipline
Deployment lens
Each framework translates a sustainability theme into eligible operating asset patterns under RICA Principles.
Underwriting surface
It provides guidance on the operating risks, repayment signals, evidence records, and monitoring requirements for assets inside that theme.
Portfolio signal
Frameworks help note investors understand portfolio composition across geography, theme, asset pattern, operating risk, and impact pathway.
Theme overview
| Theme | Adaptation Problem | Asset Patterns | Repayment Logic | Key Evidence |
|---|---|---|---|---|
| Climate-smart nutrition | Heat, rainfall volatility, water stress, crop loss, post-harvest loss, and unreliable local supply of nutrient-relevant foods. | protected cultivation, efficient irrigation, post-harvest storage, primary processing, dry or cold chain, local food hubs | Crop sales, service fees, processing margins, storage or handling fees, buyer contracts, quality premiums, and throughput-linked repayment. | Site records, production logs, water use, crop quality, intake and recovery data, storage performance, buyer records, and nutrition relevance. |
| Circular bioeconomy | Unmanaged residues, livestock waste, soil weakness, rural energy gaps, sanitation risks, and underused biomass value. | methane capture and biogas, biofertilizer, biochar, residue aggregation, waste-to-value systems, circular biomaterials where residue reuse is primary | Energy savings, gas sales, waste-handling fees, fertilizer or soil-input sales, product margins, service revenue, and verified carbon-adjacent revenue where credible. | Feedstock traceability, conversion logs, gas or product output, quality testing, end-use records, safety logs, soil indicators, and buyer or user records. |
| Indigenous food systems | Climate pressure on native differentiated crops, weak market access for indigenous producers, loss of traditional food value chains, and limited processing capacity. | indigenous crop value chains, traditional grains, tubers and roots, forest foods, community-owned processing, culturally rooted market access | Ingredient sales, processing margins, buyer contracts, quality premiums, producer service fees, and value-chain participation linked to culturally rooted products. | Producer records, crop identity, sourcing traceability, processing data, quality records, community participation, buyer documentation, and benefit-sharing evidence. |
| Social forestry | Degraded tree cover, soil erosion, watershed stress, biodiversity loss, weak stewardship incentives, and underdeveloped biomass value chains. | community-linked planting, nurseries, agroforestry, bamboo and building materials, biomass products, watershed stewardship, biodiversity-linked stewardship | Stewardship payments, nursery revenue, biomass sales, bamboo or materials products, ecosystem-linked revenue, and patient repayment structures. | GIS plots, land and community agreements, planting records, survival rates, harvest plans, stewardship logs, ecological indicators, and buyer demand. |
Theme pages