How Vermont fended off the ‘maple-pocalypse'

The KilimoAI app uses artificial intelligence to help Tanzanian smallholder farmers identify crop diseases through their smartphones, enabling thousands farmers to reduce unnecessary pesticide use. Using the app has lowered operational costs and improved yields by catching crop infections early instead of relying on agro-input shops that often oversell chemicals.

Silvopasture—combining native trees with rotational grazing on cattle pastures in the Peruvian Amazon—has more than doubled the number of cattle able to graze per hectare. Within a year, significant carbon has been sequestered and cattle health has improved.

GPS collars create virtual fences, allowing Wyoming ranchers to remove miles of barbed wire and enabling wildlife migration. This reduces fence maintenance costs and improves ecosystem management through flexible grazing patterns, though the technology faces challenges including high upfront costs, connectivity issues, and cultural resistance.

Beaver restoration programs across the American West are creating fire-resistant green refuges, improving water storage and quality, and supporting wildlife recovery by partnering with the dam-building rodents rather than eliminating them, demonstrating that a nature-based approach can simultaneously address wildfire risk, drought, and ecosystem degradation.

Using artificial intelligence, scientists and conservationists can rapidly analyze vast environmental data sets—from audio recordings of nocturnal birds to millions of camera trap images—which has led to quicker and more efficient wildlife monitoring and decision-making, while also growing concern about ecological knowledge biases and decreased field engagement.

An AI-powered underwater sensor system developed by KMFRI and ShoShin Innovation Hub detects dangerous drops in dissolved oxygen in Lake Victoria and sends SMS alerts to fish farmers. This enabled them to move their cages in time and successfully averting a mass fish kill in February 2026 that would have threatened hundreds of tilapia cages at Dunga Beach.

Farmers in Zing, Nigeria, are covering yam ridges with dried grasses to shield seedlings from extreme heat, a technique that can reduce soil temperatures by up to 15°C, which farmers say has helped protect crops that previously rotted before they could germinate.

Prescribed burn associations in South Dakota bring together ranchers to conduct controlled fires that have successfully cleared nearly 9,500 acres of invasive Eastern red cedar trees, restoring native grasslands while doubling the economic value of treated ranch land.

The Rye Resurgence Project planted 4,000 acres of rye in Colorado's San Luis Valley, leading to a 30% reduction in soil nitrogen leaching, dramatically improved water infiltration, and reduced soil erosion and dust storms, while providing farmers with profitable markets that incentivize soil-protecting practices.

Kaleka's regenerative agriculture trials with 220+ smallholders in Indonesia replaced chemical inputs with organic fertilizers and introduced agroforestry methods, resulting in measurable soil health improvements (increased earthworms, reduced acidity, better water quality) and cost reductions for farmers, while demonstrating a potential pathway for sustainable palm oil production that could help resolve conflicts between Indigenous land rights and no-deforestation certification requirements.