Amy Sheldon

Associate Professor of Geological Sciences
Department of Geological Sciences
ISC 252
585-245-5988
sheldon@geneseo.edu

Amy Sheldon has been a member of the Geneseo faculty since 2000.

Amy Sheldon, PhD

Curriculum Vitae

Education

  • Doctorate: Geological Sciences, University of Utah; 2002.
  • Master of Science: Geology University of Tennessee at Knoxville, 1995.
  • Bachelor of Arts: Geological Sciences, SUNY Geneseo; 1990.

Employment

  • 2002-present, Assistant Professor, SUNY Geneseo
  • 2000-2002, Instructor, SUNY Geneseo
  • 1995-2000, Graduate Research Assistant, University of Utah
  • 1994-1995, Post-Graduate Research Participant, Oak Ridge Institute for Science and Education
  • 1991: Geologist, GS5, U.S. Geological Survey, Altemonte Springs, Florida.

Affiliations

  • Rochester Academy of Science
  • American Geophysical Union
  • National Ground Water Association
  • Geological Society of America
  • Sigma Gamma Epsilon
  • Convention Assistant for the Rochester Academy of Science Annual Meeting, Geneseo, NY, Fall 2007.
  • NSF Grant Reviewer
  • Peer Reviewer

Publications

  • Sheldon, A. L., Solomon, D. K., Poreda, R. J., and A. Hunt. 2003. Radiogenic Helium In Shallow Groundwater Within a Clay Till, Southwestern Ontario. Water Resources Research, v. 39, no. 12 1331- 1342.
  • Manning, A.H., Solomon, D. K., and A.L. Sheldon. 2003. Applications of a Total Dissolved Gas Pressure Probe in Ground Water Studies. Ground Water. v. 41, no. 4, 440-448.
  • Vacco, D., 2001. Geochemistry of a modern anoxic environment; Buck Run, Mt. Morris, SUNY Geneseo Undergraduate Journal of Science and Mathematics, SUNY Geneseo, NY, v. 2, no.1, p. 35-42. (I served as the Faculty Advisor and co-author, but the Journal published only student authors.)
  • Nativ R., A. Halleran, and A. Hunley, 1997. Evidence for Ground-Water Circulation in The Brine-Filled Aquitard, Oak Ridge, Tennessee, Ground Water, 35, v. 4, 647-659. (Halleran was my maiden name.)

More About Me

Research Interests

  • Analysis of CFC sorption in low-carbon containing sedimentary aquifers. NSF-funded project. PI and Co-investigator: R. Allen-King at SUNY at Buffalo. Undergraduate research students supported: Neil Swanson and Dana Smith.
  • POPs: Power of physical sciences. Creating science curriculum to increase the number of females entering the physical sciences. NSF MSP-Start funded project. Co-investigators: K. Fletcher (Physics), D. Farthing (Geology), K. Rommel-Esham (Education).
  • Extended Fieldtrips as an Integral Part of a Seminar Course: A Capstone Experience for Undergraduates. This project is addressing assessment of the program for publication. Co-authorsFarthing, D.J., Giorgis, S., Hatheway, R.B., Laabs, B., Over, D.J., and R.A. Young.

Interests

  • Environmental Geology
  • Hydrogeology

Classes

  • GSCI 120: Our Geological Environment

    This course is intended for non-science majors who have an interest in their physical environment. The course is designed to develop an understanding of the interaction of Earth processes, the environment, and the human population. Topics include Earth materials, natural resources, geologic hazards, environmental change, and global environmental issues. Corequisite: GSCI 121.

  • GSCI 121: N/Our Geological EnvironmntLab

    An introduction to description and interpretation of rocks, geologic, and topographic maps. Students will learn identification techniques, data collection, and systematic analysis of data sets to better understand earth processes. Corequisite: GSCI 120.

  • GSCI 315: Principles of Geochemistry

    The application of the basic principles of chemistry to the study of geologic processes. Topics include the origin and distribution of the chemical elements, the fundamentals of crystal chemistry, the important chemical reactions occurring in low-temperature aqueous solutions, and the construction and interpretation of mineral-stability diagrams. Prerequisites: GSCI 220 and CHEM 118 or CHEM 204 or permission of instructor. Offered when demand is sufficient

  • GSCI 392: Geological Sci Capstone Sem II

    This course is a continuation of GSCI 391. In this portion of the capstone seminar, students will pursue research and present their findings as a professional talk to their peers and as a conference poster. This seminar also includes discussions and presentations by faculty and invited speakers. Prerequisites: GSCI 391