World Solve

Farmers near protected reserves in Morocco suffer repeated crop and livestock losses to wildlife, and existing deterrents are either ineffective or too costly for widespread deployment, fueling retaliatory killings.

Smallholder farmers in Myanmar lose a substantial share of harvested grain to pests, mold, and poor storage before it ever reaches market, largely due to the cost of hermetic storage technology.

Coastal communities in United States face progressive land loss from sea-level rise, but planned relocation efforts lack frameworks for preserving livelihoods, land rights, and cultural continuity during resettlement.

Design roads, railways, pipelines, and transmission lines with wildlife crossings, routing, monitoring, and community safeguards that work at landscape scale.

Create interoperable documentation, cold-chain coordination, and risk-based inspection systems that reduce spoilage without weakening safety controls.

Create community-owned archival methods that preserve oral traditions, local records, and indigenous knowledge while respecting consent and access boundaries.

Develop teaching, assessment, and teacher-support models for children who begin school in a language different from the one used in textbooks and examinations.

Develop methods to quantify livelihoods, health, culture, land, and social losses caused by drought, salinization, erosion, and chronic heat.

Build financial protection for recurrent floods, crop losses, storms, and heat events that are individually too small for aid but cumulatively devastating.

Build fair utility, metering, pricing, and dispute-resolution systems that reduce losses without criminalizing households unable to afford formal connections.

Create technologies and governance systems that reduce water use, waste, labor abuse, biodiversity loss, and geopolitical concentration in lithium, cobalt, nickel, and rare-earth supply.

Map and govern seasonal livestock routes so roads, farms, conservation zones, and private enclosures do not trigger conflict or livestock losses.

Design affordable storage, logistics, grading, and processing systems that prevent fruit spoilage between small farms and markets without imposing high capital costs.

Create transparent insurance systems that use credible local weather and yield data without excluding farmers whose losses do not match coarse satellite-based triggers.

Create screening and referral models that use portable imaging, AI validation, and dependable follow-up for people with diabetes outside urban eye-care systems.

Create portable screening methods and referral systems that detect hearing loss early in communities without audiologists or specialized diagnostic equipment.

Despite recognition of its importance, reliable methods for behavioral and structural interventions reducing food loss in tropical value chains are still lacking. Progress is hindered by incomplete mechanistic knowledge, high capital and operational barriers, and the absence of deployment models suited to the contexts of greatest need.

Current approaches to methods for quantifying the full costs of inaction on climate change biodiversity loss and pollution either underperform under variable field conditions or generate externalities that undermine long-term sustainability and equity. Closing the gap requires coordinated advances in science, systems design and enabling institutions.