Climate
- Climate
The many faces of snowstorms
There are many different types of winter storms. How do they work?
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- Climate
The big melt: Earth’s ice sheets are under attack
Antarctica and Greenland are losing ice 3 to 6 times as quickly as in the 1980s. And by 2100, the rate of loss could increase another 10-fold.
- Earth
Why Antarctica and the Arctic are polar opposites
Antarctica and the Arctic are shaped by different forces. And in the face of global warming, these cold climates are morphing in different ways.
- Climate
Climate change cripples planet’s glaciers and ice caps
The world’s glaciers and ice caps hold far less ice than Antarctica and Greenland. But as they shrink, they’re impacting sea levels and water supplies.
- Climate
ICESat-2 measures ice and more from space
ICESat-2, launched in September 2018, will detect changes in Earth’s ice sheets and glaciers. It also will monitor our planet’s forests and clear shallow waters.
- Climate
New research may alter what we know about how tornadoes form
New data suggest that the twisters don’t form from the top down.
- Climate
Supercell: It’s the king of thunderstorms
Not every thunderstorm has the potential to give birth to a tornado. It usually takes this special type.
- Climate
Distant volcano could turn latest lunar eclipse dark red
The recent eruption of Anak Krakatau, an Indonesian volcano, could alter the color of this coming weekend’s lunar eclipse.
- Climate
Climate change greatly intensified many 2017 weather events
Climate change increased the likelihood of 16 extreme weather events in 2017 — including one that couldn’t have happened without it.
- Climate
Climate change makes seas rise faster and faster
Climate change is boosting the average rate of global sea level rise. Steps can limit the worst impacts and help people adapt. But time to act is running short.
- Climate
Explainer: Why sea levels aren’t rising at the same rate globally
The ocean is rising all over the world. The rise seems speedier in some places. What gives? Many factors, it turns out, affect where — and why — the tide gets high.
