Tech
To stay cool, some future homes may build on past power-free tech
Accordion-pleated walls and other heat-managing structures could cool homes in hot, dry places naturally — without electricity.
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Accordion-pleated walls and other heat-managing structures could cool homes in hot, dry places naturally — without electricity.
These plants absorb methane, a potent greenhouse gas, in addition to carbon dioxide. Methane’s uptake is likely thanks to microbes living in tree bark.
Climate change is threatening Earth’s biodiversity banks. A lunar “ark” would safeguard seeds and cells against changes happening on Earth.
These destructive, radar-dodging twisters often form at night. Emerging data from the U.S. Southeast might soon make forecasting the tornadoes possible.
Superheated water beneath Yellowstone could fuel hydrothermal explosions with the force of an atomic bomb. And lessons from the past suggest they could happen today.
Treating cork with lasers made the material able to quickly sponge up oil while repelling water, scientists in China and Israel found.
Used to cook food and heat homes, this potent greenhouse gas accounts for 30 percent of the warming of our climate.
Microplastics made from fossil fuels take centuries to disappear. But the plant- and algae-based plastic can break down in weeks to months.
Pollutants that build up in night air can break down the scents that attract pollinating hawkmoths to primrose blooms, disrupting their pollination.
When dipped in indican and exposed to sunlight, yarn turns a deep blue. This process is more eco-friendly than the current denim dyeing method.