Now, more than ever, aquatic ecosystem components continue to be the primary water resource targeted for development.
- By Bryan Taylor
- Feb 03, 2014
During last week’s AWWA ACE13 conference in Denver, Colo., water professionals were asked to consider water conservation in their everyday activities. Attendees were also informed about the issues the Colorado River is facing and how preservation of the river is possible through certain avenues.
It is estimated that by mid-June, cleanup in three states will be complete.
Researchers have discovered a new process that enables natural resource managers to better conserve particular wildlife, plants, and ecosystems as the climate continues to change.
WaterNow, a new system launched by the USGS allows anyone to find out the current conditions of thousands of rivers and streams across the country, right from their phones.
A study published in Conservation Letters this week found that freshwater ecosystems in the Amazon are highly vulnerable to environmental degradation.
The U.S. Supreme Court's decision in Sackett v. EPA recognized that property owners have the right to immediately go to court to challenge the validity of administrative compliance orders issued by EPA under the Clean Water Act.
- By John Echeverria, Andrew Fowler
- Jan 19, 2013
The Ohio EPA has awarded a $48,460 grant to help improve wetlands education opportunities associated with the Ottawa National Wildlife Refuge Association.
The salinization of rivers has become a global problem with high environmental and economic cost, which also poses a great risk to human health. According to a new research, climate change and increasing water consumption may create larger issues in the future.
On Jan. 10, the Ohio EPA will be holding a public meeting in regards to the upcoming Cleveland Harbor Dredging Project, which takes place in the Cuyahoga River. The public hearing will begin at 5:30 that evening, inside the Carnegie West Branch of the Cleveland Public Library.
"Together, we can save thousands of trees from being thrown out to waste and also provide critical support to help preserve our wetlands," New Orleans Mayor Mitch Landrieu said.
Researchers from the Radboud University Nijmegen have discovered that new bacteria found in the soil beneath a peatland reserve in the Netherlands actually consume methane.
Researchers from the University of Michigan found that ethanol-based liquids mix actively with water, making a biofuel spill potentially more harmful to aquatic life than oil spills.
According to a new study, warmer temperatures cause greater reduction in the sizes of adult aquatic animals than in land-dwelling species.
In Nature Geoscience, a group of geologists from the University of Pennsylvania used the Mississippi River flood of 2011 to observe how new diversions in the Mississippi River’s levees could help restore the wetlands in Louisiana.
New York City begins fourth phase of sewer and water infrastructure that will help alleviate roadway flooding in Springfield Gardens, Queens.
CITRIS researchers will implant 40 to 50 anadromous steelhead trout with acoustic tags to determine how much water they need in order to thrive.
Nancy Rabalais, marine ecologist and executive director of the Louisiana Universities Marine Consortium, won one of 23 new fellowships from the John D. and Catherine T. MacArthur Foundation.
Officials from the U.S. Fish and Wildlife Service (FWS) are estimating that over 10,000 migrating birds have died so far this year because of reduced water flow to the Lower Klamath National Wildlife Refuge in Oregon and California. Officials say the final death toll may be close to 20,000 birds.
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.