Satellite images taken over the past several decades show that more than 75 percent of the Amazon rainforest is losing resilience, according to a new study published in the journal Nature Climate Change. The vegetation is dryer and takes longer to recover after a disturbance. Even the most densely forested regions struggle to bounce back.
The global water cycle plays an important part of our environment and daily lives but rising global temperatures have been making this system more extreme.
As rising global temperatures alter the landscape of the Arctic, scientists are observing a new record in Antarctica.
New research shows that the Earth’s albedo affects our overall cloud cover which has a large impact on light absorbed rather than reflected from the Earth.
It is apparent that the Arctic is warming more than two times faster than the global average. This phenomenon – known as “Arctic amplification” – is causing drastic changes in the Arctic and has also been linked to extreme weather events in the mid-latitudes of the northern hemisphere.
At COP26 in Glasgow, more than 100 nations signed the Global Methane Pledge, promising to cut methane emissions 30% by 2030.
According to a new study, when it comes to measuring global warming, humidity, not just heat, matters in generating dangerous climate extremes.
A new study indicates that the 21st century may see an expansion of hurricanes and typhoons into mid-latitude regions, which include major cities such as New York, Boston, Beijing and Tokyo.
Late in 1966, in the United States Weather Bureau computer lab, a Japanese immigrant named Syukuro Manabe would be the first to quantify the relationship between carbon dioxide and the temperature of Earth’s atmosphere.
A new study finds that low Arctic sea ice levels during July to October have knock-on impacts in the atmosphere that push the jet stream northwards. This tends to bring hotter and drier conditions in the western US over the following autumn, resulting in more frequent and intense fires in the region.
