The Impact of Clouds on Climate Changeby Lauren EverettCloud formation and other fundamental knowledge can enhance future climate models
NewsSuccessful Predictions—Antarctic Sea Ice Observations Confirm AI Accuracyby Institute of Atmospheric Physics, Chinese Academy of SciencesComparisons between deep learning predictions and observed data for sea ice area and sea ice extent are remarkably close
NewsMapping the Future’s Sweet Spot for Clean Energy and Biodiversityby University of California - DavisJoshua tree and kit fox study shows the importance of considering future range shifts when siting clean energy
NewsNew Technique May Help Scientists Stave Off Coral Reef Collapseby University of FloridaIn a research first, the early coral skeleton formation step has been reproduced in squishy sea anemone
NewsDiscovery Suggests Significant Glacial Retreat in West Antarctica Began in 1940sby University of HoustonNewly published study reports that the Thwaites and Pine Island Glaciers share a common history of thinning
NewsGlobal Warming Increases the Diversity of Active Soil Bacteriaby University of ViennaNew findings enable more accurate prediction of the carbon cycle
NewsResearchers Learn How Nectar-Laden Honey Bees Avoid Overheatingby University of WyomingStudy findings relieve some concerns about the impact of warming climate on honey bees amidst insect pollinator decline
NewsStudy: Global Deforestation Leads to More Mercury Pollutionby Massachusetts Institute of TechnologyScientists quantify a previously overlooked driver of human-made mercury emissions
NewsIn a Warming World, Climate Scientists Consider Category 6 Hurricanesby Lawrence Berkeley National LaboratoryThe open-ended Saffir-Simpson hurricane wind scale is becoming increasingly inadequate for categorizing storms
NewsClimate Change: Fungal Disease Endangers Wheat Productionby Technical University of MunichWheat blast spread under climate change modeled for the first time
NewsTrees Struggle to ‘Breathe’ as Climate Warms, Researchers Findby Penn StateThe rate of photorespiration in trees is up to two times higher in warmer climates, especially when water is limited