A UNSW Sydney-led study shows at least two times more freshwater has shifted from warm to cold regions of the earth than our climate models predicted – signifying broader changes to the global water cycle.

The likelihood of hot, dry, windy autumn weather that can set the stage for severe fires in California and western Oregon has increased 40% due to human-caused climate change, new computer models show.

According to a new study, the world’s largest lakes are being hit by severe heatwaves six times as frequently as they were around two decades ago.

Despite an overall trend of Arctic ice loss, the Bering Sea saw an expansion of sea ice due to a short-lived atmospheric-pressure pattern.

They’ve delivered groceries and performed light shows at the Olympics.

New research from Northern Arizona University shows rising temperatures are causing Earth’s coldest forests to shift northward, raising concerns about biodiversity, an increased risk of wildfires and mounting impacts of climate change on northern communities.

An international team of scientists including Rutgers researchers has found that modern rates of sea level rise began emerging in 1863 as the Industrial Age intensified, coinciding with evidence for early ocean warming and glacier melt.

The availability of reliable spatial and temporal data at proper spatial and temporal scale about extreme weather events represents a pivotal challenge for supporting Disaster Risk Reduction (DRR) policy and practice.

“Hurricane Hunter” aircraft are mobilizing for an expanded 13-week period that began Jan. 5 to glean critical data for improving forecasts of atmospheric river storms over the Pacific Ocean. 

Cyclone Emnati marks the fifth time in six weeks that heavy rain and destructive wind are blowing in from the Indian Ocean.