Climate
Trees can’t get up and walk away, but forests can
In fantasy worlds, trees like the Lord of the Rings’ Ents are agile and mobile. In the real world, they’re slow.
Earth
We summarize the week's scientific breakthroughs every Thursday.
More Stories in Earth
- Earth
NASA images may help track sewage in coastal waters
Sewage-contaminated water absorbs certain wavelengths of light, leaving a signature that can be detected by space-based instruments, a new study finds.
- Climate
Climate change could separate vanilla plants and their pollinators
The vanilla species grown for its flavoring is finicky. Genes from its wild relatives could help make it hardier — but not if those cousins go extinct.
- Climate
Harmful heat doesn’t always come in waves
Even without reaching heat wave levels, sustained high temperatures may contribute to a litany of health issues.
- Earth
Earth’s oldest rocks may be at least 4.16 billion years old
If the new age of these Canadian rocks is solid, they would be the first and only ones known to have survived Earth’s earliest, tumultuous time.
- Animals
U.S. seal populations have rebounded — and so have their conflicts with humans
Alix Morris’s new book, A Year with the Seals, explores humans’ complicated relationship with these controversial marine mammals.
- Science & Society
Is nuclear energy good? A new book explores this complex question
Atomic Dreams explores nuclear energy's future in the U.S. through the history of Diablo Canyon, California's last operational nuclear power plant.
- Climate
This paint ‘sweats’ to keep your house cool
This experimental paint reflects sunlight, emits heat and mimics sweating to cool buildings without air conditioning, even in the tropics.
- Earth
Climate change is coming for your cheese
Adapting to climate change by replacing grass in cows' feed with corn affected the nutritional value and quality of cheese, French researchers found.
- Earth
Small earthquakes can have a big impact on the movements of major faults
Small and far-off earthquakes can stifle the spread of large motions on some of the world’s biggest faults.
