The unexpected character of the beams, revealed by NASA’s Juno spacecraft, suggests that the processes that produce Jupiter’s auroras are unlike those on Earth.
Geophysical Research Letters
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How Will Climate Change Affect the California Current Upwelling?
The results of new simulations that account for internal climate variability contrast with previous projections of how this vital West Coast current will respond to anthropogenic warming.
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Global Atmospheric Observations May Need Tweaking for Turbulence
A new study that overturns an 80-year-old assumption about atmospheric turbulence may finally resolve discrepancies in observations of atmospheric heat, water vapor, and carbon.
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The Future of Earth Looks Drier…but Just How Dry?
New analysis of soil moisture projections from climate models could help resolve a discrepancy between expected increases in aridity and precipitation over land.
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Impacts of “Bomb” Cyclones Reach the Ocean Floor
Japanese researchers study explosive cyclones with models to simulate decades of ocean circulation data.
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Can Ocean Tides Be Powerful Indicators of Climate Change?
A new study simulates how ocean warming due to climate change will affect the electromagnetic signal emitted by ocean tides over the next century.
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How Variations in Earth’s Orbit Triggered the Ice Ages
Researchers pinpoint how Milankovitch cycles have driven ice growth and influenced the timing of glacial periods.
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Antenna Towers Attract Additional Lightning Strikes
Atmospheric scientists evaluate the influence of human-made structures on lightning data.
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Cosmic Muons Reveal the Land Hidden Under Ice
Scientists accurately map the shape of the bedrock beneath a glacier using a new technique.
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When Ocean and Atmosphere Couple, the Climate Wobbles
Every 25–30 years, the ocean and atmosphere conspire to produce an enhanced North Atlantic Oscillation