The Dartmouth Toxic Metals Superfund Research Program uses an interdisciplinary approach to investigate the ways in which arsenic and mercury in the environment affect ecosystems and human health. We communicate our results to communities, grass-roots organizations, and state and federal agencies, and we train students to conduct research from both a clinical and community-based perspective. We hope you will be inspired to ask questions about our work, and will learn about the ways these metals may affect your health.


Applied Bioinformatics & Environmental Genomics Classes To Be Held July 2019

Applied Bioinformatics and Environmental Genomics Classes, offered by MDI Biological Laboratory in collaboration with the Dartmouth Superfund Research Program, will be held in July 2019. Applications are open now for both classes, which will be held at MDI in Bar Harbor, ME. Applied Bioinformatics course information . Environmental Genomics course information

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What's New

2019 NH Arsenic Consortium Meeting A Big Success

The 6th NH Arsenic Consortium meeting was held on Friday, March 22, 2019 at NHDES/DHHS headquarters in Concord, NH. Along with hearing research, outreach and legislative updates, about 70 stakeholders from the water industry, local, state and federal government, research and education and private well owners discussed the basis to develop a plan for a "Road map to Reduce Arsenic Exposure in NH."

Celia Chen Participates in Podcast on Mercury Emissions

Dartmouth Superfund Research Program Director and Researcher Celia Chen participated in a podcast on Mercury and air toxics and the EPAs proposed Mercury and Air Toxics Standards (MATS) rule. The podcast was done by breathific, which is a nonprofit organization founded by high school students to increase awareness about air quality.

NHDES Releases Recommendation for Arsenic Maximum Contaminant Level

The New Hampshire Department of Environmental Services released a two-part report to the State Legislature detailing their rationale for reducing the state MCL (maximum contaminant level) for arsenic from the current federal standard of 10 parts per billion (ppb) to 5 ppb. More details are available in the reports and the press release and media coverage pertaining to Dartmouth Superfund input on the report is available here.

Bruce Stanton Radio Interview on SEPA Project

Dartmouth SRP researcher Bruce Stanton was interviewed by Carol Higgins Taylor on Voice of Maine radio on the SEPA (Science Education Partnership) "Data to Action: A secondary school-based citizen science project to address arsenic contamination of well water" project. The project is funded by a SEPA award Dartmouth SRP and MDI Biological Laboratory in ME received from NIH.

SRP Researchers' Paper Chosen as Paper of the Month

NIEHS has chosen the paper Intrauterine Multi-Metal Exposure is Associated with Reduced Fetal Growth Through Modulation of the Placental Gene Network as one of its Extramural papers of the month. The study, co-authored by Dartmouth Superfund Research Program researchers Brian Jackson and Margaret Karagas, "...provided a novel approach that integrated advanced bioinformatics and biostatistics methods to delineate potential placental pathways through which trace metal exposures might affect fetal growth."

Latest Papers

Paper Published on Sediment Organic Carbon and Temperature Effects on Methylmercury Concentration

Dartmouth Superfund Program researchers Kate Buckman, Vivien Taylor and Celia Chen (Dartmouth SRP Director) are co-authors of a paper that studies the interactions between sediment organic carbon and temperature MeHg bioaccumulation. Mesocosm experiments were conducted examining relationships between sediment, water column and biota (sediment-dwelling amphipod and juvenile oyster) MeHg concentration. Sediment Organic Carbon and Temperature Effects on Methylmercury Concentration: A Mesocosm Experiment

Paper Published on Effect of Metal Contaminants on Growth and Functioning of Placenta

Dartmouth Superfund Program researchers Tracy Punshon, Brian Jackson and Margaret Karagas are co-authors of a paper that examines relationships between placental concentrations of cadmium (Cd), arsenic (As), mercury (Hg) and lead (Pb) and measures of placental growth and functioning as part of the New Hampshire Birth Cohort Study. Placental Metal Concentrations in Relation to Placental Growth, Efficiency and Birth Weight

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Latest News

Check it Out!!

Brief on Arsenic in Water and Food in NH

Trainee Spotlight: Kevin Hsu, Ph.D. Candidate:

Trainee Spotlight: Todd Warczak, Ph.D. Candidate:

Read more about our Dartmouth Superfund Program Trainees.

New Web Application Developed!

ScanGEO allows rapid meta-analysis of publicly available gene expression. For more information, refer to the Applications Note.

Well Water Community Action Toolkit

The Toolkit provides a step-by-step guide to help communities ensure the safety of private well water.

Mercury: From Source to Seafood

WATCH Mercury: From Source to Seafood to learn how mercury enters the seafood we eat, why eating low-mercury fish is important for good health, and how to keep mercury out of the environment.

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