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  • Restoring Life to Drylands- How eDNA is Rewriting the Rules of Ecological Recovery in Kenya

    In Kenya’s vast and fragile drylands, a new kind of science is helping restoration efforts take root. Across the arid rangelands of Laikipia County, researchers have turned to environmental DNA (eDNA) to track the early stages of ecological recovery, offering a glimpse beneath the surface into the unseen biodiversity that shapes soil health, vegetation, and…

  • Hidden Threats: How eDNA is Transforming Forest Pest Detection

    Invasive species remain one of the most urgent ecological and economic threats of our time. They disrupt ecosystems, reduce biodiversity, and cause billions in damage. Among them is the emerald ash borer (Agrilus planipennis, or EAB), a small, metallic-green beetle that has devastated ash tree populations across North America and is now advancing through parts…

  • Harnessing eDNA to Combat Fruit-Boring Moths in Apples and Pears

    Fruit-boring moths such as the oriental fruit moth (Grapholitha molesta) and the peach fruit moth (Carposina sasakii) represent some of the most damaging pests in orchard systems worldwide. Their larvae tunnel into apples, pears, peaches, and other fruit, compromising both yield and quality. In severe cases, infestations can result in crop losses of up to…

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