NASA uses satellite data to calculate the amount of rainfall generated from tropical cyclones, and used that capability for the Eastern Pacific Ocean’s Hurricane Willa.

Visible satellite imagery from NASA’s Aqua satellite captured powerful Super Typhoon Yutu as it moved through the Philippine Sea. Yutu’s eye appeared oblong on satellite imagery.

Heat stress affects the health of workers and reduces the work productivity by changing the ambient working environment thus leading to economic losses. How to quantify the impact of heat stress on work productivity has remained an issue to the scientific research and policy-making.

The compound, carbon tetrachloride, contributes to the destruction of the Earth’s ozone layer, which protects us from harmful ultraviolet radiation.

Bumblebees play a crucial role in the pollination of multibillion-dollar crops, contributing to yearly crop yields and increasing diversity in foods available for us to consume.

If everyone on the planet wanted to eat a healthy diet, there wouldn’t be enough fruit and vegetables to go around, according to a new University of Guelph study.

Efforts to combat climate change tend to focus on supply-side changes, such as shifting to renewable or cleaner energy. In a Special Issue in the Energy Efficiency Journal that follows the IPCC Special Report on Global Warming of 1.5 ˚C, researchers argue that demand-side approaches can play a crucial role given the aspirational target outlined in the Paris Agreement.

NASA’s GPM Core observatory satellite captured an image of Super Typhoon Yutu when it flew over the powerful storm just as the center was striking the central Northern Mariana Islands north of Guam.

A University of Oklahoma meteorologist, Elinor R. Martin, expects severe drought and long-lasting rainfall events to worsen in the future. In Martin’s new study just published, she determines how frequent, intense and long lasting these types of events will be in the future. Martin looks at both severe drought and rain events, but it is the first time extended heavy rain events have been studied.

Beneath the Amargosa desert of the southwest United States lies a hidden gem for climate research. The Devils Hole cave system, named after its bottomless depths, provides a window into the vast desert aquifer below. The cave system is home to a peculiar type of calcite deposit. As groundwater slowly passes through the cave, calcite precipitates layer by layer on the rock walls. "These thin layers have been accumulating on the walls for nearly one million years," explains Kathleen Wendt from the Quaternary Research Group in the Department of Geology at the University of Innsbruck. "The height of ancient deposits in Devils Hole cave tell us how high the water table was in the past."