An interdisciplinary team of researchers from NTU Singapore, and Delft University of Technology (TU Delft), The Netherlands, has projected that if the rate of global CO2 emissions continues to increase and reaches a high emission scenario, sea levels would as a result very likely rise between 0.5 and 1.9 metres by 2100. 

Oregon’s Cascade Range mountains might not hold gold, but they store another precious resource in abundance: water.

New research links intensifying wet and dry swings to the atmosphere’s sponge-like ability to drop and absorb water.

A breakthrough in the theory of climate change science has given scientists the most robust way yet to link observed climate change to both human-made and natural causes and to spot early warning signals for potential climate disasters. 

High-sensitivity climate models should not be excluded when projecting future regional climate impacts because the level of warming measured globally is not always the only good indicator of regional changes, a new study suggests. 

Trees and disease: Public health measures to fight malaria—including insecticide-treated bed nets—lose effectiveness as deforestation rises.

Researchers have quantified for the first time the global emissions of a sulfur gas produced by marine life, revealing it cools the climate more than previously thought, especially over the Southern Ocean.

A groundbreaking international study shows how chemical fingerprints left by “underappreciated” aquatic organisms could help scientists monitor global environmental change.

A new study published in Nature Climate Change estimates that a 1-meter sea level rise by 2100 would affect over 14 million people and $1 trillion worth of property along the Southeast Atlantic coast, from Norfolk, Virginia, to Miami, Florida.

Leicester researchers have developed England’s first comprehensive fungal spore calendar—a valuable new tool designed to help allergy and asthma patients better manage symptoms through seasonal awareness.