A recent study from the University of Florida found that sea level rise—combined with the burrowing and grazing activities of Sesarma, a native marsh crab—are causing salt marshes across the U.S. South Atlantic Coast to rapidly fracture and reorganize.

The study examined over 6,200 species from eight taxonomic groups, including insects, birds, and flowering plants.

In three years, the alga had grown into abundant mats of over 100,000 square feet each at Pearl and Hermes Atoll, outcompeting the species typically living in these ecosystems.

Understanding predator hunting behavior and strategies is key to protecting vulnerable native species.

An increase of 20 to 30 per cent in invasive non-native (alien) species would lead to dramatic future biodiversity loss worldwide.

A new study has narrowed down the region of the genome that drives the black color in throat and face of warblers by studying the hybrid offspring produced when two species mate.

Some toxin-producing algae can be harmful to human health when the algae are present in high numbers.

New research led by The University of Queensland has provided the first comprehensive analysis of pesticide mixtures in creeks and rivers discharging to the Great Barrier Reef.

A new study reveals how climate change has enabled a voracious crab species to dramatically alter salt marsh ecosystems across the southeastern U.S. 

Global average sea surface temperatures have risen at unprecedented rates for the past three decades, with far-reaching consequences for coral reefs.