One source of potent greenhouse gas pinned down
Researchers have discovered the first known methane-producing microbe that is active in an oxygen-rich environment -- a finding that suggests today's global climate models...
Clay mineral waters Earth’s mantle from the inside
The first observation of a super-hydrated phase of the clay mineral kaolinite could improve our understanding of processes leading to volcanism and affecting earthquakes....
Added Arctic data shows global warming didn’t pause
Missing Arctic temperature data, not Mother Nature, created the seeming slowdown of global warming from 1998 to 2012, according to a new study.
Scientific research on disasters represents 0.22 percent of global scholarly output
Despite loss of life and economic devastation worldwide due to increasingly frequent natural and human-made disasters, scientific research on disasters represents a small percentage...
Hydrological implications of rapid global warming
Researchers studying a rapid global warming event, around 56 million years ago, have shown evidence of major changes in the intensity of rainfall and...
What makes soil, soil? Researchers find hidden clues in DNA
Ever wondered what makes a soil, soil? And could soil from the Amazon rainforest really be the same as soil from your garden?
Rise in oxygen levels links to ancient explosion of life, researchers find
Scientists have found that oxygen levels appear to increase by roughly 80 percent at about the same time as a three-fold increase in biodiversity...
Space dust may transport life between worlds, research suggests
Life on Earth might have originated from tiny organisms brought to our planet in streams of fast-moving space dust, according to a new study.
Thinking big by burning small
Creative fire management can increase habitat for wildebeest and other grazing animals in national parks, research indicates. The work shows that small, repeated fires...
Uncovering essential enzymes for plant growth during nitrogen starvation
A study has found that two key enzymes in plants called PAH1 and PAH2 are critical for survival and growth under nitrogen-depleted conditions. The...




















