Training schools focused on modeling solid Earth responses to ice mass changes offer lessons on how early-career scientists ...

One new study identifies a 17% increase in the destructive potential of the strongest nor’easters, while another bolsters ...

Forty-six percent of tree species in Mesoamerica are threatened with extinction. Researchers hope a new regional study will ...

X-ray diffraction to obtain high-resolution maps of intra-granular stress in the sandstone. By combining stress mapping with ...

After an earthquake, a lake’s geological, chemical, and biological components get reconfigured. A new study dives into the ...

New research shows that artificial light at night lengthens the plant growing season in cities, overshadowing the effect of ...

The locations of humpback whale catches in the early 20th century indicate that most climate models overestimate the historic ...

A new device enables existing submarine cable networks to measure deep-sea movements. It could ultimately help improve ...

WASP-121b, an already unusual planet, might have a remote origin that explains some of its peculiar properties—from iron rain ...

Early-warning signs of marsh decline provided by the model could be crucial for conservation. “Once [marsh] loss occurs, that ...

Training schools focused on modeling solid Earth responses to ice mass changes offer lessons on how early-career scientists can build professional networks and learn skills to solve complex problems.

Training schools focused on modeling solid Earth responses to ice mass changes offer lessons on how early-career scientists can build professional networks and learn skills to solve complex problems.