Bodies of water such as this might have functioned as cradles of life, given their unique biogeochemistry.
Katherine Kornei
Katherine Kornei is a freelance science journalist covering Earth and space science. Her bylines frequently appear in Eos, Science, and The New York Times. Katherine holds a Ph.D. in astronomy from the University of California, Los Angeles.
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Antarctic Ice Cores Capture Heavy Metal Pollution—And History
An ice core record stretching back more than 2 millennia hints at the mining and metallurgy that waxed and waned with events such as wars and epidemics.
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Poorer Countries Face Heavier Consequences of Climate Change
As forests shift to higher latitudes, nations to reckon with losses of both market and nonmarket ecosystem benefits.
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How Dangerous Is Mexico’s Popocatépetl? It Depends on Who You Ask
The stratovolcano in central Mexico presents a rich case study of risk perception, science communication, and preparedness surrounding natural hazards.
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Spring Heat Waves Pack a Punch for Snowpacks in the Pacific Northwest
New research shows how the snowpack loss due to moderate springtime heat waves outweighed that of a record-shattering summer heat dome.
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El costo oculto de la Academia
Muchos académicos se sienten abrumados por la sobrecarga de trabajo, el cambio está en marcha a medida que los científicos se esfuerzan por cambiar la cultura de la educación superior.
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Academia’s Hidden Price Tag
Many academics feel burdened by overwork, but change is afoot as scientists strive to shift the culture of higher education.
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GPI: The Geoscientist Price Index
So you want to be a geoscientist? Inspired by the Consumer Price Index, here’s what might be in your “market basket.”
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Water Corridors Helped Homo sapiens Disperse out of Africa
Wetland conditions during the last interglacial period in parts of the Levant helped propel our ancestors into Arabia, new research suggests.
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Rainfall from Tropical Storms Might Be on the Downswing
Two decades’ worth of satellite data suggest that the rainfall rates of tropical cyclones might be decreasing relative to background levels.