A study reveals that UV filter chemicals in sunscreen adversely affect zebrafish embryos and can be transferred through the food chain.

A team has created a sponge-like material of nano cellulose made sustainably from wood pulp and palladium particles that removes color from dye in water.

AIMS researchers have been trialling underwater robots and aerial drones equipped with hyperspectral cameras to monitor the Great Barrier Reef.

Interdisciplinary research provides an in-depth look at how humans and lakes affect each other, and how we value healthy lake ecosystems.

Research into the speed of oil biodegradation under deep water conditions shows that darker, deeper waters slow oil degradation and microbial activity.

An engineering research team is training AI-powered robots to navigate an underwater environment autonomously, for a variety of applications.

Recent study shows that anti-clogging chemicals cause softer, thicker biofilms to form in pipes, and therefore may increase risk of waterborne illness.

Local watchdog SF Baykeeper reports that the water quality in the San Francisco Bay is improving, in part thanks to long-term monitoring and advocacy.

Research indicates that as the climate warms and oceans become more acidic, fish will lose olfactory function, threatening their ability to survive.

AI technology developed by researchers from the University of Waterloo is able to detect cyanobacteria in water, identify cell types, and count them.

Recent research tests the effects of multiple contaminants—two kinds of nanomaterials and nutrient pollution—on the eutrophication process in water.

New work with a self-folding origami-inspired robot provides hope for studying sea creatures in-situ, as they’re found in the ocean.

The Hawaii Uncharted Research Collective is deploying technology and citizen scientists to bolster knowledge about whale sharks in US waters.

A recent report from the Environmental Defense Fund reveals that lead is often found in water coming from faucets in childcare centers.

More than 15 years of monitoring the riffles and pools of streams reveals flexibility and connections between the benthic creatures that inhabit them.