Researchers at Caltech and Harvard have found that changes in the amount of hydroxyl in the atmosphere may be responsible for the recent increase in global methane that started in 2007.
A new study suggests that efficient nutrient consumption by plankton in the Southern Ocean drove carbon sequestration in the deep ocean during the ice ages.
A new computer model from Caltech shows how sea ice can freeze icebergs together into a bulwark against glacial movement—and how thinning sea ice can suddenly break apart.
Now a decade old, Caltech's Information Science and Technology initiative is uniting disciplines across campus by offering new and more effective ways of tackling previously intractable challenges.
Nine months of continual radar observation reveals the complex changing patterns of ice stream movement in three dimensions that can inform predictions for the speed at which the ice caps will respond to a warming climate.
