TY - JOUR
T1 - Theory and the future of land-climate science
AU - Byrne, Michael P.
AU - Hegerl, Gabi
AU - Scheff, Jacob
AU - Adam, Ori
AU - Berg, Alexis
AU - Biasutti, Michela
AU - Bordoni, Simona
AU - Dai, Aiguo
AU - Geen, Ruth
AU - Henry, Matthew
AU - Hill, Spencer A.
AU - Hohenegger, Cathy
AU - Humphrey, Vincent
AU - Joshi, Manoj
AU - Konings, Alexandra G.
AU - Lague, Marysa M.
AU - Lambert, F. Hugo
AU - Lehner, Flavio
AU - Mankin, Justin S.
AU - McColl, Kaighin A.
AU - McKinnon, Karen A.
AU - Pendergrass, Angeline G.
AU - Pietschnig, Marianne
AU - Schmidt, Luca
AU - Schurer, Andrew
AU - Scott, E. Marian
AU - Sexton, David
AU - Sherwood, Steven C.
AU - Zeppetello, Lucas Vargas
AU - Zhang, Yi
PY - 2024/11
Y1 - 2024/11
N2 - Climate over land—where humans live and the majority of food is produced—is changing rapidly, driving severe impacts through extreme heat, wildfires, drought and flooding. Our ability to monitor and model this changing climate is being transformed through new observational systems and increasingly complex Earth system models. But fundamental understanding of the processes governing land climate has not kept pace, weakening our ability to interpret and utilize data from these advanced tools. Here we argue that for land-climate science to accelerate forwards, an alternative approach is needed. We advocate a parallel scientific effort, one emphasizing robust theories, that aims to inspire current and future land-climate scientists to better comprehend the processes governing land climate, its variability and extremes and its sensitivity to global warming. Such an effort, we believe, is essential to better understand the risks people face, where they live, in an era of climate change.
AB - Climate over land—where humans live and the majority of food is produced—is changing rapidly, driving severe impacts through extreme heat, wildfires, drought and flooding. Our ability to monitor and model this changing climate is being transformed through new observational systems and increasingly complex Earth system models. But fundamental understanding of the processes governing land climate has not kept pace, weakening our ability to interpret and utilize data from these advanced tools. Here we argue that for land-climate science to accelerate forwards, an alternative approach is needed. We advocate a parallel scientific effort, one emphasizing robust theories, that aims to inspire current and future land-climate scientists to better comprehend the processes governing land climate, its variability and extremes and its sensitivity to global warming. Such an effort, we believe, is essential to better understand the risks people face, where they live, in an era of climate change.
U2 - 10.1038/s41561-024-01553-8
DO - 10.1038/s41561-024-01553-8
M3 - Article
SN - 1752-0894
VL - 17
SP - 1079
EP - 1086
JO - Nature Geoscience
JF - Nature Geoscience
IS - 11
ER -