According to a new report from the Marine Biological Laboratory at Woods Hole, MA shows that the cause of the decline of salt marshes is caused from excess nutrients soaking into the marshes. Nutrients such as nitrogen and phosphorus from sewer systems and lawn fertilizers have been linked to salt marsh loss.
New York City begins fourth phase of sewer and water infrastructure that will help alleviate roadway flooding in Springfield Gardens, Queens.
The Wekiva River in Florida is still in failing health, despite being one of the most protected waterways in the U.S.
"Our study implies that deforestation of the Amazon and Congo forests could have catastrophic consequences for the people living thousands of kilometers away in surrounding countries," said lead author Dr. Dominick Spracklen.
EPA to Host April 5 Session in Byrnes Mill, Mo., to Discuss Residential Lead Sampling in Big River Floodplain of Southwest Jefferson County
Action Culminates 13 Year Effort, Eliminating Beach Closures, Reducing Trash and Toxic Chemicals in Waters
A group of hazardous chemical compounds that are common in industrial processes and personal care products but which are not typically monitored by the Environmental Protection Agency have been detected throughout the Narragansett Bay watershed, according to a URI researcher.
Geography professor Bruce Rhoads and geology professor Jim Best were conducting research where the Wabash River meets the Ohio River in the summer of 2008 when they heard about a new channel that had just formed, cutting off a bend in the winding Wabash just upstream from the confluence. That serendipity gave the researchers a rare view of a dynamic, little-understood river process that changed the local landscape and deposited so much sediment into the river system that it closed the Ohio River.
A group of fisheries scientists from Tennessee Tech University are busy monitoring the health of the Caney Fork River by pumping electricity into the water.
In parts of the world still rich in biodiversity, separating natural habitats from high-yielding farmland could be a more effective way to conserve wild species than trying to grow crops and conserve nature on the same land, according to a new study published today in the journal Science.
A recent study has found that it's being damaged by human activities, and that this is only likely to get worse. Scientists are now calling for better management and conservation of entire deep-sea ecosystems.
The ebb and flow of the ocean tides, generally thought to be one of the most predictable forces on Earth, are actually quite variable over long time periods, in ways that have not been adequately accounted for in most evaluations of prehistoric sea level changes.
Camp Clearwater Enterprises Inc. will pay $38,000 for illegally filling wetlands on its property in White Lake, N.C., in violation of the federal Clean Water Act.
The "Economic Impacts of Restoration Calculator for Oregon Counties" helps restoration practitioners better forecast the economic impacts of field-based restoration spending.
Development of disease resistance among Chesapeake Bay oysters calls for a shift in oyster-restoration strategies within the Bay and its tributaries.
The Peruvian government announced that the massive Inambari Dam, planned on a major Amazonian tributary, has been canceled after years of strong community opposition.
Gulf of Mexico's hypoxic zone is predicted to be larger than average this year, due to extreme flooding of the Mississippi River this spring, according to an annual forecast by a team of NOAA-supported scientists.
A new study from biology researchers at Baylor University and the University of Maryland-Baltimore has found that there are consistent and widespread declines in stream biodiversity at lower levels of urban development more damaging than what was previously believed.
Melinda Daniels, associate professor of geography, and Keith Gido, associate professor of biology, are collaborating on a project that involves habitat and fish sampling on the Kansas River, which stretches across northeast Kansas.
Tests of a new antibody-based “biosensor” developed by researchers at the Virginia Institute of Marine Science show that it can detect marine pollutants like oil much faster and more cheaply than current technologies. The device is small and sturdy enough to be used from a boat.