CREATING ZER0-EMISSION CONCRETE
Linking the recycling of two carbon-intensive materials—cement and steel—could dramatically cut the climate impact of both, yielding a billion metric[…]
Read moreClimate Crisis Blog
Linking the recycling of two carbon-intensive materials—cement and steel—could dramatically cut the climate impact of both, yielding a billion metric[…]
Read moreA new polymer-based material allows sunlight to enter, maintains a more comfortable indoor climate without additional energy, and cleans itself[…]
Read moreThe discovery of how a critical enzyme works sheds new light on how cells control key processes in carbon fixation,[…]
Read moreThermoelectric materials could play an important role in the clean energy transition, producing electricity from sources of heat otherwise going[…]
Read moreAgricultural runoff from vegetable and grain farming is one of the largest sources of water pollution. The millions of tons[…]
Read moreSpent barley, amounting to 36.4 million tons of landfill waste a year, could provide an alternative to meat protein. Brewing[…]
Read moreGlobal landfill emissions are estimated at 10-20 million tons of greenhouse gases per year, comparable to the global energy sector[…]
Read moreSolar panels on a satellite have converted the sun’s photons into DC electricity, which the RF integrated circuit (RFIC) then[…]
Read moreWorldwide heat-related deaths are increasing as climate change causes more frequent, longer-lasting extreme heatwaves. Heat deaths are projected to increase[…]
Read moreSimple changes could make a huge difference in surviving a tornado. Some estimates put the cost at only $1.50-$2 per[…]
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