The long-term fate of Earth’s biosphere
Scientists modeled how Earth’s temperature and atmosphere will change over billions of years and predicted that plants and the life they…
The Encyclopedia of Science's Frontier
Scientists modeled how Earth’s temperature and atmosphere will change over billions of years and predicted that plants and the life they…
Scientists determined the driving forces behind catastrophic events linked to glaciers in the Eastern Himalayas.
Researchers compared traditional Aymara weather signs with decades of meteorological data and found that some local indicators are strongly…
Paleontologists used fossilized pigment cells to reconstruct the fur colors of Mesozoic mammals, shedding light on their nocturnal…
Scientists used machine learning models to predict the prevalence of antibiotic resistance genes in agricultural soil under future climate…
A scientist simulated the early solar system to determine how interactions between the Sun and other stars affected its planetary orbits.
Researchers demonstrated that blooms of the free-floating seaweed Sargassum can sustainably extract rare earth elements from water.
Scientists analyzed the composition of mineral cements on a beach in Derwent Howe and found that furnace waste had rapidly solidified the…
Scientists discovered soil viruses that help legume plants convert atmospheric nitrogen into biologically available nutrients.
Researchers identified trends in extreme cold events that can push migratory animals, such as bull sharks, beyond their thermal tolerance…