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Urban Trees Cooling Study Shows Climate Resilience
Urban Trees Cooling Study Shows Climate Resilience Introduction Urban trees can help cities cool neighborhoods, reduce heat stress, and strengthen climate resilience. A new Ohio State University study found that urban forest-building may offer a low-cost way to reduce warming impacts in cities. The research tested how tree saplings survived, grew, and responded to irrigation…
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River Restoration Can Reduce Flood Flow Speed
River Restoration Can Reduce Flood Flow Speed Introduction River restoration can help slow flood movement, reconnect floodplains, and improve habitat quality. New research led by Newcastle University and the National Trust shows how restoring a straightened river channel can change water flow and support wildlife. The study focused on Goldrill Beck in Cumbria, where a…
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Microplastics in Water: Algae Offers Cleaner Removal
Microplastics in Water: Algae Offers Cleaner Removal Introduction Microplastics in water create growing risks for ecosystems, wastewater systems, and public health. A University of Missouri researcher has engineered algae that can capture harmful microplastics from polluted water. The same approach may also help clean wastewater and support future bioplastic production. This research matters because microplastics…
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Methane Removal Study Reveals Volcanic Chemistry
Methane Removal Study Reveals Volcanic Chemistry Introduction Methane removal has become a critical climate research priority because methane strongly affects near-term warming. A new University of Copenhagen report describes a surprising natural mechanism observed after the Hunga Tonga–Hunga Ha’apai eruption. The January 2022 eruption released methane, but volcanic chemistry also helped remove some of it…








