Two thirds of Key Biodiversity Areas (KBAs) in tropical forests are experiencing new temperature conditions as our climate changes, research shows.

Researchers from the Department of Earth Sciences at the University of Oxford have shown that weathering of rocks in the Canadian Arctic will accelerate with rising temperatures, triggering a positive feedback loop that will release more and more CO2 to the atmosphere. 

Seven of the most common forest trees in Europe have been shown to be able to shelter their genetic diversity from major shifts in environmental conditions. 

A study in the Cascade Range in Oregon of a tiny, elusive skunk found the animal can cover more ground than deer and is sensitive to climate change, particularly severe winter weather.

A new study has shown that selective breeding can lead to a modest rise in coral heat tolerance.

Over the past year, the Waterloo Climate Institute has collaborated closely with Southwestern Public Health (SWPH), which serves the regions of Oxford County, Elgin County and the City of St. Thomas, to identify critical climate-related health risks in the region.

It's not just coastal cities bracing for sea-level rise or farmers battling erratic weather patterns—millions of people are being driven by changing climates to relocate, not across borders, but within their own countries.

In Miami—a place known for one of the most diverse tree canopies in the world—nearly half of the native trees may struggle to survive in the coming decades, a new University of Miami study indicates.

As ocean temperatures remain stubbornly high, forecasters see a diminished chance that the Pacific Ocean will enter its cooler La Niña phase this fall, as was predicted.

The hospitalization last summer of Dr. Anthony Fauci, former head of the National Institute of Allergy and Infectious Diseases, with West Nile virus – and his account of it this week in the New York Times – have helped raise public awareness of the dangers of mosquito borne-illness, which can range from Zika and malaria to dengue and West Nile virus.