Superfund Research Program
- 318 - Combined Approach Sheds Light on Factors Controlling Stream Recovery -- Clements
Release Date: 06/02/2021
Improved water quality and stream ecosystem recovery following treatment of mine waste depends on a mix of physical, chemical, and biological factors, according to a new study funded by the NIEHS Superfund Research Program (SRP) at the Colorado School of Mines. William Clements, Ph.D., professor at Colorado State University, and two doctoral students, led the study.
- 295 - Model Predicts PAH Levels in Important Tribal Food Source -- Anderson
Release Date: 07/10/2019
A sediment passive sampling model can be used to accurately predict the concentration of polycyclic aromatic hydrocarbons (PAHs) in butter clams, according to a recent Superfund Research Program (SRP) study. Led by Kim Anderson, Ph.D., of the Oregon State University (OSU) SRP Center, the research team worked closely with tribal leaders to better predict PAH levels in butter clams while having a minimal impact on this important resource.
- 285 - Why Shallow Lake Food Webs May Have More Arsenic -- Neumann
Release Date: 09/05/2018
Lake properties impact the amount of arsenic that transfers from sediments into the aquatic food web, according to a new SRP study. Researchers discovered high concentrations of arsenic in the water and plankton of well-mixed shallow lakes.
- 265 - The Genetics Behind the Killifish's Adaptation to Pollution -- Hahn
Release Date: 01/04/2017
Killifish living in four polluted East Coast estuaries have adapted quickly to survive high levels of toxic industrial pollutants. In a new study, researchers explored the complex genetics involved in the Atlantic killifish’s resilience, bringing us one step closer to understanding how they rapidly evolved to tolerate normally lethal levels of environmental contaminants. Exploring the evolutionary basis for these genetic changes may provide new information about the mechanisms of environmental chemical toxicity in both animals and humans.
- 260 - Identifying Mechanisms for Regulating Gas Exchange in Plants -- Schroeder
Release Date: 08/03/2016
Superfund Research Program (SRP) researchers at the University of California, San Diego (UCSD) are identifying important mechanisms that plants use to respond to changes in the environment. They recently discovered molecular mechanisms that enhance the activity of proteins essential to closing stomata, or pores found on the surface of leaves, in response to environmental stressors.
- 224 - Effects of Cadmium and Copper on the Fish Olfactory System -- Gallagher
Release Date: 08/07/2013
A series of studies from a research group led by University of Washington (UW) grantee Evan Gallagher, Ph.D., provide insight into the mechanisms underlying injury to the olfactory system of fish exposed to cadmium (Cd) and copper (Cu) including concentrations seen in the environment.
- 195 - Mechanism of Resistance to PCB Toxicity in Fish -- Wirgin, Hahn
Release Date: 03/02/2011
A team unravels the mystery of how Atlantic tomcod living in waters contaminated with polychlorinated biphenyls (PCBs) not only survive in their polluted environment, but thrive.
- 194 - Sediment Caps That Degrade Contaminants -- Reible
Release Date: 02/02/2011
Some Superfund sites may just need a little sizzle. Researchers find that using electricity can stimulate microbial growth and help break down contaminants in underwater sediments.
- 192 - Discovery of the Key to Metal Accumulation in Plants -- Schroeder
Release Date: 12/01/2010
Plants that take up hazardous metals can help clean up polluted soils, but they also can become a route of human exposure when edible crops take up pollutants. Researchers are deciphering how plants take up metals in order to better control the process.
- 184 - Linking Site Specific Contaminant Mixtures to Biological Responses -- Anderson
Release Date: 04/05/2010
New tools could help Superfund site managers evaluate the nuances of chemical mixtures and identify the most pressing threats to ecosystem and human health.
- 182 - Can Phytoremediation Work for PCBs? -- Schnoor
Release Date: 02/03/2010
A study offers the first evidence that whole plants can take up and metabolize polychlorinated biphenyls (PCBs), suggesting plants could be used to help clean up PCB-contaminated sites.
- 176 - A New Analytical Method to Support Studies of Mercury Bioavailability/Bioaccumulation in Aquatic Ecosystems -- Taylor, Chen, Jackson
Release Date: 08/05/2009
- 171 - An Integrated Approach to Assess Sediment Toxicity -- Donnelly
Release Date: 03/04/2009
- 153 - Novel High-Strength Iron Cement Sequesters Pollutants -- Curry
Release Date: 09/05/2007
- 144 - A Comparative Toxicology Study of Metal Mixtures -- Folt, Chen
Release Date: 12/06/2006
- 128 - Identifying Predictors of Mercury Burdens in Fish -- Folt, Chen
Release Date: 08/02/2005
- 89 - Clues to Methylmercury Levels in Freshwater Fish -- Folt
Release Date: 05/01/2002
- 84 - Monitoring Xenoestrogen Exposure in Largemouth Bass -- Denslow
Release Date: 12/05/2001
- 66 - Development of a Biomarker to Detect Arsenic in Aquatic Ecosystems -- Folt
Release Date: 05/03/2000
- 64 - The Use of Bacterial Diversity as a Biomarker for Ecological Health Assessment -- Ford
Release Date: 03/05/2000
- 41 - Molecular, Population, and Community Responses of Aquatic Insects to Heavy Metal Contamination -- Clements
Release Date: 03/10/1999
- 27 - Identification of Metal Responsive Genes in Aquatic Arthropods -- Beaty
Release Date: 08/19/1998
- 21 - Mechanisms of Dioxin Sensitivity and Acquired Resistance -- Hahn
Release Date: 05/27/1998
- 19 - The Use of Wildlife Biomonitoring at Hazardous Waste Sites -- Hooper
Release Date: 04/29/1998