Douglas Kenney, The Colorado River Basin Is Running Out of Water. Not Everyone Is Happy with the Government’s Suggested Solution.
CLIMATE ARCHIVE
Fast, Severe Wildfires Can Change How Forests Grow Back
These blazes can cause ecological shifts even in fire-adapted forests.
In Alaska, Wildfires Help Prevent Future Burns. Will That Feedback Loop Hold?
Without the suppressive effects of younger vegetation, Alaskan fire activity would be 5 times higher.
Aboard the Lake Guardian, Scientists Search for Clues About the Great Lakes’ Health
One of the longest-running lake monitoring programs provides data critical for researchers and resource managers.
Chemical Conversations Between Forests and the Sky Affect Air Quality, Clouds, and More
Trees release invisible gases that can create clouds, trap heat, and worsen pollution. Scientists are busy trying to unravel forests’ complex atmospheric contributions in a changing climate.
Wind Works: The Atmosphere’s Invisible Energetic Tug-of-War
Two basic atmospheric factors can explain the weak and, at times, contrasting trends in global wind energy dissipation under climate change.
Volatile Organic Compounds Have Been Underestimated in the Carbon Cycle
Better tracking of these reactive compounds is essential for understanding how the atmosphere and terrestrial biosphere interact.
The Effects of Polar Night and Day on Arctic Air Masses
Cold air outbreaks and warm air intrusions link Arctic and midlatitude weather and climate. But a lack of data on these events, especially in winter, limits our understanding.
We’ve Lost 11 Trillion Metric Tons of Ice Since the 1980s
Researchers have calculated that Greenland and Antarctica have lost 11 trillion metric tons of ice since the 1970s, which has led to a global rise in sea level of more than 3 centimeters.
Underground Hydrogen: Two High-Reward Bets, One Indispensable Science
Regardless of the commercial implications, there is a solid scientific case for research into underground hydrogen storage and natural hydrogen production.
Extreme Equatorial Storms are Larger and More Persistent Under Warming
Extreme storms in the tropical regions are expanding and becoming more persistent with climate warming, resulting in higher storm rainfall volumes while peak intensity remains unchanged.
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