2801 Sharon Turnpike; P.O. Box ABMillbrook NY 12545-0129, USA
Dr. Rosi-Marshall conducts research on factors that control and influence ecosystem function in human-dominated ecosystems. Freshwater is one of our most vital and threatened resources; understanding how human-driven global change impacts freshwater ecosystem function is essential. Dr. Rosi-Marshall's research focuses on several aspects of human modifications to freshwater ecosystems such as land use change and restoration, widespread agriculture and associated crop byproducts, urbanization and the release of novel contaminants, and hydrologic modifications associated with dams.
Globally, direct modification of rivers for hydropower generation is one of the most dramatic effects humans have had on large river ecosystems.
Our understanding of nutrient cycling in large river ecosystems is currently limited.
Our understanding of the effects of Global Climate Change on stream ecosystems is limited.
Research examining the cycling of novel allochthonous carbon, i.e. agricultural crop by-products, in Midwestern agricultural streams.
The widespread use of novel contaminants, such as pharmaceuticals, have unknown consequences for stream ecosystems.
The Cary Institute has taken a lead role in developing programs in urban ecology aimed at understanding urban ecosystems, one of Earth's fastest growing environments.
Gwynns Falls in Baltimore has a drug problem. Researchers found amphetamines, opioids and morphine in the water, and that kind of pollution is having an impact on the aquatic food chain. WBAL-TV reports.
The Grand Canyon Reach of the Colorado River is breathtaking and remote. For hundreds of miles, the rugged landscape renders the river virtually inaccessible to people. Those intrepid enough to explore the area are treated to red rocks, blue skies, and meandering waters.
Most of us don't spend a lot of time thinking about our wastewater. We want our toilets to flush and our dirty wash water to go down the drain. We assume this water is efficiently routed to a treatment facility, where it is cleaned up and returned to the environment. But reality doesn't measure up to our expectations.
Freshwater ecologist Emma Rosi-Marshall explores how pharmaceutical drugs and personal care products are polluting our nation's rivers and streams—with consequences for sensitive aquatic life and drinking water supplies.
EPA and U.S. Geological Survey scientists analyzed treated water samples from 25 U.S. utilities. They found that more than 1/3 contained chemicals not regulated by the federal Safe Drinking Water Act.
Managing fish in human-altered rivers is a challenge because their food webs are sensitive to environmental disturbances.
Cary scientists study the effect various contaminants have on aquatic ecosystems at an Artificial Stream Facility that recreates stream conditions in a controlled laboratory setting.
Around half of liquid soaps now contain the chemical triclosan, as do toothpastes, deodorants, cosmetics, and other personal care products.
Pharmaceutical pollution is found in waters throughout the world. Causes include sewage overflows, aging infrastructure, and agricultural runoff. Even when waste water makes it to sewage treatment facilities, they aren't equipped to remove most pharmaceuticals.
My colleague Emma Rosi-Marshall is an aquatic ecologist at the Cary Institute. One of her research projects involves an endangered fish called the humpback chub. She and her team spend a lot of time counting insects in the Colorado River downstream of the Glen Canyon Dam. You might think her time would be better spent counting the actual fish, but her approach will provide us with a lot more information.
We are a nation of pill poppers. From statins to lower cholesterol to antidepressants to lift our mood, more than half of Americans are currently taking a prescription drug. Some twenty percent of us are taking three different prescriptions daily.
Cary Institute of Ecosystem Studies | Millbrook, New York 12545 | Tel (845) 677-5343