Forty-eight students have conducted research in the Costanza-Robinson Lab. The majority of these students continue on to scientific and medical careers, and many others utilize their scientific research experiences as a foundation for diverse careers related to the environment and education.

 ^ indicates co-author; * indicates senior thesis students

Current Research Team

* Emory Payne (Chemistry, 2018) Influence of surfactant headgroup charge density on toxicity and removal of aromatic contaminants by surfactant-modified montmorollonites
* Stephanie Blair (Molecular Biology & Biochemistry, 2018) Effect of prenatal exposure to endocrine-disrupting chemicals on bone development in the CD-1 mouse
* Audrey Bangs (Biochemistry, 2018) Effect of prenatal exposure to endocrine-disrupting chemicals on bone development in the CD-1 mouse
Emma Wilcox (Environmental Studies-Chemistry, 2019) Effect of contaminant size on the removal of aromatic organic contaminants from water by surfactant-modified montmorillonite
* Katharine Fortin (Environmental Studies-Chemistry, 2018) Disrupting interlayer crystallinity for enhanced removal of aromatic contaminants from water by surfactant-modified montmorillonite
Gabrielle Davis (Environmental Studies-Chemistry, 2019) Lead in Drinking Water in Area Schools, Middlebury VT


 

Former Team Members (and where they are now)

2016-

Mairin Wilson (Environmental Studies-Chemistry, 2017.5) Lead in Drinking Water in Addison County Schools

Nina Buzby (Environmental Studies-Chemistry, 2017) Lead in Drinking Water in Addison County Schools. Public Outreach, California Academy of Science

Mariah Dawson (Molecular Biology & Biochemistry, 2017) Disrupting unhealthy policy: The
lack of endocrine disruptor salience in public health policy at a state level

* Andrew Grant (Biochemistry, 2017) Mechanism of bone sensitivity to xenoestrogenic exposures. Research Assistant at Laboratory for Molecular Medicine

Rachael Morris (Chemistry, 2017) Influence of surfactant loading on sorption of triclosan to organo-montmorillonites

Katie Weatherseed (Conservation Biology, 2016.5), Measurement of novel indicators of endocrine disruption in rodents

* Kae Fink (Chemistry and Economics, 2016.5) Effects of surfactant loading and contaminant structure on interlayer behavior of hexadecyltrimethylammonium-modified montmorillonite. M.S. Candidate, University of Utah, Chemical Engineering

Hannah Gelderman (Environmental Studies-Chemistry, 2016) Investigating the role of SMOC1 in bone development induced by environmental estrogens.

* Betty Kobia (Chemistry, 2016) Investigating a novel indicator of developmental endocrine disruption in animal models. Lab Operator at Emerald Cloud Lab

2011-2015

Linnea Burnham (History and French, 2015) Chemical and Sensory Investigation of Cheese.

Alison Maxwell (Biochemistry, 2015), Write Like a Scientist website development. Ph.D. Candidate, Biochemistry at UCSF

Mary Richards (Environmental Studies-Chemistry, 2015) Socioeconomic factors and environmental endocrine disruption. Intern, Massachusetts General Hospital, Boston MA

* Jack Kerby-Miller  (Environmental Studies-Chemistry, 2014.5) Investigation a novel indicator of population-level endocrine disruption in humans. Environmental Consulting at the Stone House Group, Bethlehem PA

Emily Auran  (Environmental Studies-Chemistry, 2014) Temporal trends in human population-level endocrine disruption. Medical School, Columbia University, New York NY

Kristina Conroy (Psychology, 2014) Temporal trends in human population-level endocrine disruption. Research Coordinator, Massachusetts General Hospital, Boston MA

* Elaine Dellinger (Biochemistry, 2014)  Interlayer characterization of HDTMA-modified montmorillonite for use in contaminant remediation. SUNY Downstate Medical Center, Brooklyn,NY

Lauren Pincus (Chemistry and Geology, 2014) Influence of Montmorillonite Weathering on its Suitability as a Substrate for Organic Modification and Contaminant Remediation. Ph.D. Candidate, Environmental Engineering, Yale University.

Connor Stoll (Biochemistry, 2014) Mechanisms of Contaminant Uptake by HDTMA-Modified Montmorillonite. Medical School, Baylor University, Waco TX

Kiya Vega-Hutchens (Environmental Studies-Chemistry, 2014) Temporal trends in human population-level endocrine disruption. 

Alyssa Kronen (Environmental Biology 2013) Soil Extractions and Maple Sap Collection for Chemical Analysis. Medical school, University of Washington

*^ Malcolm Littlefield (Environmental Studies-Chemistry 2013) Characterization of alkyl trimethylammonium bromide modified montmorillonite for organic contaminant remediation. Environmental Consulting, SunBug Solar, Somerville MA

Annie Mejaes (Environmental Studies-Chemistry 2013) Investigating the microstructure of HDTMA-modified montmorillonite for environmental contaminant remediation. Outreach Intern, Oceana, Washington DC

Angela Todd (Environmental Studies-Chemistry 2013) Molecular size effects on uptake of nonpolar aliphatic contaminants by minimally surfactant-modified montmorillonite.

Bianca Dragone (Environmental Studies-Chemistry 2012) Maple Sap Collection and Characterization (Spring) and Trace Metal Determination and Inorganic Analysis of Maple Sap. Environmental Technology Consulting,  Lucid, Oakland CA

Amy Prescott (Environmental Studies-Chemistry 2012) Bhopal: An Ongoing Tragedy. Medical School, Georgetown University

Ali Siegel (Environmental Studies-Chemistry 2012) Quantitative determination of alkyl pyrazines and other flavor compounds in maple syrup using headspace solid-phase microextraction-GCMS. Program Empowerment Director at DREAM Winooski VT

David Fouhey (Computer Science 2011) Computer Automation of X-ray Microtomography Image Processing. Ph.D. candidate in Robotics at Carnegie Mellon University

Eleanor Horowitz (Environmental Studies-Chemistry 2011) Chemical Relationships between Sugar Maple Sap and Underlying Soil: Seeking Sap Indicators of Soil Quality

* Alice Wisener (Environmental Studies-Chemistry 2011) Semiquantitative determination of alkyl pyrazines in maple syrup using headspace SPME and GC/MS. Staff at EnerNOC, Boston MA

*^ Zheng Zheng (Environmental Studies-Chemistry 2011) Surfactant effects on solute transport and retention in unsaturated porous media. Ph.D. Analytical Chemistry at University of Michigan. Analytical Scientist at Vertex Pharmaceuticals

2006-2010

*^ Bobby Levine (Molecular Biology & Biochemistry 2010) Neochloris oleoabundans grown on anaerobically digested dairy manure for concomitant nutrient removal and biodiesel feedstock production. Ph.D. Chemical Engineering, University of Michigan. Co-founder and Chief Technology Officer, Algal Scientific, Plymouth MI

Emma Johnson (Environmental Studies-Chemistry 2010) LC-MS Identification and Quantification of Amino Acids in Maple Sap. Medical School at University of New Mexico

*^ Benjamin Estabrook (Environmental Studies-Chemistry 2009) The influence of surfactant-induced flow on air-water interfacial area measurements. M.S. candidate in Environmental Policy & Economics at Georgetown University

Elizabeth Kelley (Environmental Policy 2009) Senior research analyst, applying to graduate school in public health

Emily Picciotto (Environmental Studies-Chemistry 2009) Investigation of Small-Scale Variability in Maple Sap Chemistry. Veterinary student at Tufts University

Ian Burgin (Environmental Nonfiction, 2008) Conceptual modeling in environmental science: a final project for ES 112.

Ryder Musselman (Geology 2008) Characterization of Maple Sap Particulate. Environmental geology consulting

Laura Kuhl (Conservation Biology and Sociology/Anthropology 2007) Metal Accumulation in Clams in the Estuary of Caráquez, Ecuador

*^ Ross Lieb-Lappen (Environmental Studies-Chemistry 2007) The influence of surface roughness on air-water interfacial areas in porous media. Ph.D. Engineering, Dartmouth College. Postdoctoral Fellow, Dartmouth College

* Katie Harrold (Environmental Studies-Chemistry 2006.5) Measurement of Air-water Interfacial Areas in Unsaturated Water-Wet Porous Media Using Synchrotron X-ray Microtomography. M.S. in Environmental Chemistry at University of North Carolina

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