The world’s biggest polluters and strongest economies — China and the United States — aren’t sending their No. 1s. Neither ...

Vampire bats rely on amino acids from their blood diet to fuel their exercise, scientists discovered after observing the ...

“Trapping CO 2 from air is a very challenging problem,” Yaghi said. “It’s energetically demanding, you need a material that has high carbon dioxide capacity, that’s highly selective, that’s water ...

If you buy through a BGR link, we may earn an affiliate commission, helping support our expert product labs. The fight against climate change may have found a new secret weapon in the form of a ...

“Trapping CO2 from air is a very challenging problem,” Yaghi said. “It’s energetically demanding, you need a material that has high carbon dioxide capacity, that’s highly selective, that’s water ...

“Trapping CO 2 from air is a very challenging problem,” Yaghi said. “It’s energetically demanding, and you need a material that has high carbon dioxide capacity, that’s highly selective, that’s water ...

“Trapping CO 2 from air is a very challenging problem,” Yaghi said. “It’s energetically demanding, you need a material that has high carbon dioxide capacity, that’s highly selective, that’s water ...

Emissions rose 1.3 per cent to 57.1 gigatonnes of carbon dioxide equivalent in 2023. That is a far faster annual rate of growth than during the decade 2010-2019, when emissions grew on average 0.8 ...

“Trapping CO2 from air is a very challenging problem,” Yaghi said. “It’s [energy] demanding, you need a material that has high carbon dioxide capacity, that’s highly selective, that’s water stable, ...

A typical large tree can suck as much as 40 kilograms of carbon dioxide out of the air over the course of a year. Now scientists at UC Berkeley say they can do the same job with less than half a ...