Lead contamination in ancient Greece points to societal change
Studies of sediment cores from the sea floor and the coastal regions surrounding the Aegean Sea show that humans contaminated the environment with lead early on in antiquity.
Studies of sediment cores from the sea floor and the coastal regions surrounding the Aegean Sea show that humans contaminated the environment with lead early on in antiquity.
The UK's peatlands face an uncertain future amid the escalating impacts of climate change. Peatlands are critical ecosystems for carbon storage and biodiversity, containing more carbon than all the world's forests despite ...
Microorganisms collected from the material in which button mushrooms are grown may benefit the development of future fungi crops, according to a study led by researchers in Penn State's College of Agricultural Sciences and ...
Complex organisms, thousands of times smaller than a grain of sand, can shape massive ecosystems and influence the fate of Earth's climate, according to a new study.
As wildfires relentlessly sweep across Southern California and other parts of the world, Manzhu Yu, an assistant professor of geography at Penn State, offered insights into the ongoing crisis in Los Angeles (LA). Her expertise ...
The Arctic is heating up particularly fast as a result of global warming—with serious consequences. The widespread permafrost in this region, where soils currently store twice as much carbon as the atmosphere, is thawing. ...
To combat climate change and help nature to recover, a lot more investment is urgently needed. The UN's State of Finance for Nature report claims that if the world is to meet climate, biodiversity and land degradation targets, ...
It's the last week before Christmas and not a creature is stirring, not even a mouse model bred to exhibit characteristics of ADHD for in vivo studies of central nervous system stimulants. This week, we reported on the discovery ...
Sloths weren't always slow-moving, furry tree-dwellers. Their prehistoric ancestors were huge—up to 4 tons (3.6 metric tons)—and when startled, they brandished immense claws.
Massive volcanic eruptions on the Indian peninsula have long been proposed as an alternative cause for the demise of the dinosaurs. This phase of active volcanism took place in a period just before Earth was struck by a meteorite, ...