Group # and Research Topic Class Participants e-mail Background Topic Measurement Topic
1. Removal of arsenic from ground water Grad Princess Hernandez phernand@chem.umass.edu Removal of arsenic from drinking water: chemical means. Plasma source optical emission spectrometry
312 Ashley Schroeder aeschroe@student.umass.edu
122H Amanda Lincoln amlincol@student.umass.edu
2. Removal of arsenic from ground water Grad Yustina Rodriguez yrodrigu@chem.umass.edu Removal of arsenic from drinking water: biological means. Hydride generation atomic absorption spectrometry
312 Anna-Maria Alves aalves@student.umass.edu
122H Sarah Iannotti siannott@student.umass.edu
122H Emma Downs edowns@student.umass.edu
122H Elizabeth Dougherty edougher@student.umass.edu
122H Eric Weitz eweitz@student.umass.edu
3. Arsenic in nails and hair Grad Elena Dodova edodova@chem.umass.edu Can exposure to arsenic be detected by measuring arsenic in nails and hair? Plasma source mass spectrometry
312 Jeff Robin jrobin@student.umass.edu
122H Nicole Cameron. ncameron@student.umass.edu
122H Heidi Li heidil@student.umass.edu
122H Mark Fitzgerald mcfitzge@student.umass.edu
122H Mariglen Yskollari myskolla@student.umass.edu
4. Spectrophotometric determination of arsenic in water Richmond Ampiah-Bonney mbondi@gmail.com Risk assessment: Why choose 10 ppb as the MCL in drinking water? The Gutzeit reaction
122H Kelley Shortsleeves kshortsl@student.umass.edu
122H Nazita Gamini ngamini@student.umass.edu
122H Ashley Donahue adonahue@student.umass.edu
122H Robert Baston rbaston@student.umass.edu
5. Spectrophotometric determination of arsenic in PTW (extracts) Grad James Kearns jkearns@chem.umass.edu Environmental contamination from CCA pressure-treated wood Visible absorption spectrometrry: the molybdenum blue chemistry
388 Patrick Cahill cahill@student.umass.edu
122H Mona Salameh msalameh@student.umass.edu
122H Hilary Scheintaub hscheint@student.umass.edu
122H Jeremy Sauer jsauer@student.umass.edu
122H Paul Nardi pnardi@student.umass.edu
122H Christina Arieta carieta@student.umass.edu
6. Spectrophotometric determination of arsenic in soil (extracts) Grad James Kearns jkearns@chem.umass.edu The bioavailability of arsenic to plants: phytoremediation versus toxic foodstuffs. Visible absorption spectrometrry: the silver diethyldithiocarbamate chemistry.
388 Brendan Keene bkeene@student.umass.edu
312 Sweta Chalise schalise@student.umass.edu
261H Anudha Mittal amittal@student.umass.edu
312 Narinder Waraich nkwaraich@yahoo.com
7. Mapping of arsenic on campus Grad Hans Mentzen hmentzen@chemistry.umass.edu The global distribution of arsenic: what do we know? Gas chromatrography with element-specific detection
122H Andrew Lucies alucies@student.umass.edu
122H Mary Kociuba mkociuba@student.umass.edu
122H Gunjan Shah gunjan@student.umass.edu
122H Shanni Chen shanni@student.umass.edu
8. Microbiological transformations of arsenic Grad Kay Callahan mkcallah@chem.umass.edu The biochemical basis of arsenic toxicity Hydride generation atomic fluorescence spectroemetry
312 Paul Paulynice paulynicepaul@hotmail.com
122H Lana Peckham lpeckham@student.umass.edu
122H David Mortenson dmortens@student.umass.edu
122H Lindsey Warnock lwarnock@student.umass.edu
9. Spatial distribution of arsenic in soil Grad Fumin Pan fpan@chemistry.umass.edu Sources of soil contamination: PTW, herbicides, graveyards and orchards X-ray fluorescence spectrometry
312 Tahseen Jamil tahseenj@gmail.com
122H James Duguay jduguay@student.umass.edu
122H Thomas van der Poll tvanderp@student.umass.edu
122H Kevin Ornellas kbornell@student.umass.edu
10. Speciation of arsenic in soil (exracts) Grad Khalid Alassaf kalassaf@chem.umass.edu Biological transformations of arsenic Atomic absorption spectrometry with electrothermal atomization
312 Yi Min Cheng ycheng@student.umass.edu
122H Dan Jeannotte djeannot@student.umass.edu
122H Jason Lajoie jmlajoie@student.umass.edu
122H Laurene Dykiel ldykiel@student.umass.edu
122H Pardeep Thandi pthandi@student.umass.edu
11. Modifications to Hach test kit Grad Maura Mahar mmahar@chem.umass.edu The arsenic-eaters and the Napoleon connection: facts or fictions? Anodic stripping voltammetry
312 Alec Harackiewicz aharacki@student.umass.edu
122H Jonah Zimmerman jzimmerm@student.umass.edu
122H Matthew Adlestein madleste@student.umass.edu
122H Emily Pepyne epepyne@student.umass.edu
ARHS Thomas Hong hongt@ARPS.ORG