Climate Modeling

Climate modeling is the scientific practice of developing and using mathematical and computer-based representations of the Earth’s climate system. It involves constructing models that simulate interactions between the atmosphere, oceans, land, and ice, running simulations to study climate dynamics, and analysing results to understand past climate behavior and project future changes. Climate modeling can range from simple conceptual frameworks to complex numerical simulations on supercomputers, and it is essential for studying climate variability, assessing impacts, and informing mitigation and adaptation strategies.

Image: a lake surrounded by trees in the middle of a forest
Unprecedented warming threatens earth’s lakes and their ecosystemsClimateScience

Unprecedented warming threatens earth’s lakes and their ecosystems

By Institute for Basic Science Lakes, with their rich biodiversity and important ecological services, face a concerning trend: rapidly increasing temperatures. A recent study published…
SourceSourceJuly 12, 2024 Full article
Image: Photography of purple and green aurora beam below grey space satellite
Popular climate assessment method can be enhanced to improve tipping point accuracyClimateScience

Popular climate assessment method can be enhanced to improve tipping point accuracy

By Institute of Atmospheric Physics, Chinese Academy of Sciences The optimal fingerprinting method (OFM) has been used extensively to detect and attribute the effects of…
SourceSourceJuly 12, 2024 Full article
Image: Ocean
Weaker ocean circulation could enhance CO2 buildup in the atmosphere, study showsClimate

Weaker ocean circulation could enhance CO2 buildup in the atmosphere, study shows

New findings challenge current thinking on the ocean’s role in storing carbon. By Jennifer Chu | Massachusetts Institute of Technology (MIT) As climate change advances,…
SourceSourceJuly 8, 2024 Full article
Iceberg, Antarctica
Heat from El Niño can warm oceans off West Antarctica – and melt floating ice shelves from belowScience

Heat from El Niño can warm oceans off West Antarctica – and melt floating ice shelves from below

By Maurice Huguenin, UNSW Sydney; Matthew England, UNSW Sydney, and Paul Spence, University of Tasmania | The Conversation As the weight of ice builds up,…
SourceSourceApril 10, 2024 Full article
Image: Earth seen from space (s. global warming, typhoon, storm)
New research uncovers varied impact of global warming on typhoonsScience

New research uncovers varied impact of global warming on typhoons

Published in Geophysical Research Letters, a study by Nagoya University reveals the surprising effects of global warming on typhoons, suggesting a new method for projecting…
Muser NewsDeskMuser NewsDeskJanuary 25, 2024 Full article