China has implemented some of the world’s most ambitious policies to protect and restore forests, yet these programs still miss the mark, according to a team of researchers led by Princeton University.

As coastal lands in Louisiana erode, researchers, environmentalists and engineers are all searching for ways to preserve the marsh coastline.

New University of British Columbia research finds that the success of weedy and invasive plants like the Jerusalem artichoke lies in their genes.

New research from the University of North Carolina at Chapel Hill and collaborators found that most marine life in marine protected areas will not be able to tolerate warming ocean temperatures caused by greenhouse gas emissions. Marine protected areas have been established as a haven to protect threatened marine life, like polar bears, penguins and coral reefs, from the effects of fishing and other activities like mineral and oil extraction. The study found that with continued “business-as-usual” emissions, the protections currently in place won’t matter, because by 2100, warming and reduced oxygen concentration will make marine protected areas uninhabitable by most species currently residing in those areas.

The University of Alberta will lead a project to design, build and launch Ex-Alta 2, a new cube satellite to help combat forest fires, thanks to funding of $250,000 from the Canadian Space Agency.

Swarms of tiny oceanic organisms known collectively as zooplankton may have an outsize influence on their environment. New research at Stanford shows that clusters of centimeter-long individuals, each beating tiny feathered legs, can, in aggregate, create powerful currents that may mix water over hundreds of meters in depth.

Thanks to mom and dad, baby reef fish may have what it takes to adjust to hotter oceans.

In a rapidly changing climate, the decline of animal populations is a very real concern. Today, an international team of researchers report new evidence of reef fish adjusting to global warming conditions at the genetic level.

More than 70 years after the end of the Second World War, countless pieces of ammunition from this time are still lying – and corroding – in all oceans. Once the casings are damaged, the explosives can release toxic substances into the seawater. A new review study, published by scientists from the GEOMAR Helmholtz Centre for Ocean Research Kiel and the Schleswig-Holstein Ministry of the Environment in the journal Frontiers in Marine Science, points to considerable knowledge gaps regarding the spread and effects of these chemicals on marine ecosystems.

It’s not easy to catch an Egyptian vulture.

Evan Buechley knows. He’s hunkered down near garbage dumps from Ethiopia to Armenia, waiting for the highly intelligent birds to trigger a harmless trap. But no matter how well he and other researchers hid the traps, he says, “somehow the birds could always sense that something was up.”

Drop an electric motor into a ship and you’re all set to sail into a cleaner environment, right?

If only it were that simple, says a University of Victoria mechanical engineer whose research focuses on hybrid electric propulsion systems.