A new study published last week in Nature Communications reveals that rising levels of atmospheric moisture caused by climate change are expected to dramatically increase the frequency and intensity of “atmospheric rivers” over Antarctica – long, narrow plumes of warm, moist air that can travel thousands of kilometres and deliver intense precipitation.
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UofL, Partners Urge Action to Address Threats to the Ohio River Basin
The public is invited to weigh in on a draft plan to restore and protect the waters that 30 million people depend on for their drinking water, public health and quality of life in the Ohio River Basin.
Breakthrough Discovery Identifies Bacteria Behind Toxins in St. Louis River Estuary
Minnesota Sea Grant-supported researchers studying harmful algal blooms in the St. Louis River Estuary that separates Minnesota and Wisconsin have made a breakthrough discovery: for the first time, they’ve linked a known cyanotoxin directly to a specific cyanobacteria species, Microcystis aeruginosa, in the Duluth-Superior harbor.
Openly Available Geodata for High-Resolution Maps for Targeted Mosquito Control
Geospatial big data methods enable mapping potential habitats.
Being in Nature Can Help People With Chronic Back Pain Manage Their Condition
A new study found the natural environment helped people to reduce isolation, anxiety and stress levels caused by their pain.
When Stressors Converge, How Will Our Forests Fare?
Two recent publications dig into the impacts of compounding factors threatening New England trees.