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Mike Deibel
Interim Dean of the Faculty; Professor of Chemistry; Associate Vice President of Academic Affairs

Mike Deibel teaches various courses in chemistry and serves as the lead advisor for students who are planning to attend medical school and other health sciences graduate programs. He is faculty liaison for Earlham’s Health Sciences Integrated Program.

Mike regularly collaborates with students on research projects, including ongoing work using handheld instrumentation at archaeological sites. He has led off-campus programs in New Zealand and at the Oak Ridge National Laboratory.

Contact Info

Campus Mail
Drawer 145



236 Stanley Hall


  • Chemistry
  • Biochemistry
  • Public Health
  • Quality Science
  • Exercise Science
  • Exercise Science Applied Minor
  • Medical Humanities Applied Minor
  • Office of the Academic Dean
  • Cabinet


  • Ph.D., University of Kentucky, Lexington
  • B.A., Capital University

Selected Courses:

CHEM 331 Equilibrium and Analysis
CHEM 371 Environmental Chemistry and Toxicology
CHEM 431 Instrumental Analysis

Current areas of research interest span the environmental and archaeological areas. My environmental research is mainly focused on lead (Pb) contamination in the environment from different sources. My archaeological research involves the use of hand held instrumentation (XRF and FTIR) for on-site analysis of artifacts such as pottery and obsidian.

National Association of Advisors for the Health Professions (Assistant Treasurer)  
American Chemical Society
Society for American Archaeology

My most recent research has focused on the use of handheld instrumentation for use in archaeology. This project has involved analysis of ancient pottery samples and obsidian projectile points. Using hand-held X-Ray Fluorescence (XRF) we have been able to discover an elemental pattern for pottery that originated from San Pedro de Atacama in Chile. This allows us to now analyze pottery found in household or burial sites in San Pedro or other locations for consistency with this pattern that can help us understand pottery trade distribution and changes in pottery production over time in this area. Similarly, elemental analysis of projectile points has enabled us to understand the number of different obsidian sources used in this area and help to discover their origin. This work has involved both on campus and off-campus (Chile) research with students.

New Zealand program – Spring 2012 – taught course on Water Resources
Oak Ridge Semester program – Fall 2004 – taught Radiochemistry course

I like to play tennis and read Science Fiction novels.

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