Doyn M. Kellerhals
Springfield, IL 62704
abjn37@r.postjobfree.com
EDUCATION
University of Illinois Springfield Springfield, Illinois
. MS Biology (defend Fall 2010)
. BA Biology 1982
University of Illinois Champaign/Urbana,
Illinois
66 hours toward BS degree
WORK EXPERIENCE
USGS - UMESC, La Crosse WI
. Biologist / Research Technician / Field Team Manager May 2010 -
August 2010
*Dr. William Richardson - Principal Investigator
Brent Knights - Project Director
Collection, identification and/or dissection of emergent
insects, birds and fish for
food-web lipid study
Cryopreservation and analysis of bird and fish
tissue
Collection and processing of seston water samples and physical
data
Scheduling, organization and supervision of sampling events and
field
technicians
Disposal of hazardous waste - chemical and biological
Data entry and verification -MS Excel, Access, Word, PowerPoint
Field and laboratory equipment calibration and maintenance
USGS/DOI Motor Boat Safety Training April 2010
Fundamentals of GIS Applications - Univ. of IL March 2010
Emiquon Field Station/ University of Illinois at Springfield
. Research Technician / Lab Manager January 2008 - May 2010
*Dr. Michael J. Lemke - Principal Investigator
Supervision and training of students and visiting researchers
Lab management - inventory and ordering of supplies and
equipment,
preparation of chemical solutions for lab use,
equipment repairs
Sample analysis - including nutrients, DNA extraction, PCR, SDS-
PAGE, gel image capture and analysis (GelPro), Nanodrop DNA
quantification, PCR optimization, experienced with
micropipettes, thermocycler programming, ion chromatography
Image capture, enhancement and analysis - Actual size and
microscopic images
Data processing - Compiling, verifying and analyzing data -
SPSS, MVSP,
MS Office
Field work - sample acquisition and collection of physical data
Disposal of hazardous waste - chemical and biological
Illinois Department of Public Health
. Environmental Microbiologist May 2006 through August 2006
Analysis of environmental water samples for pathogens
University of Illinois at Springfield
. Adjunct Faculty - Introductory Biology August 2005 to May 2006
Course content: Botany, Ecology, Evolution, Genetics, Anatomy
and Physiology,
Basic laboratory skills and equipment usage
. Research Technician- March 2007 to Oct. 2007, Fall 2004 through Summer
2005
*Dr. A. Maria Lemke - Principle Investigator
Isolation of invertebrate organisms from wetland samples.
Micromanipulation of samples using microscopes and dissecting
scopes
Image capture of micro and macroinvertebrates
Hazardous waste handling and disposal
. Research Technician - June 2003 to September 2005
*Dr. Michael J. Lemke - Principal Investigator
Evaluation of cryogenic preservation methods using molecular
techniques for the
American Museum of Natural History.
Characterization of Hudson River bacterial communities in PCB
contaminated wetland sediments.
Diurnal study of Emiquon Restoration Area water and sediments.
Lincoln Land Community College
. America Reads / VISTA Coordinator Oct. 1999 to Oct. 2001
In cooperation with Lincoln Land Community College, developed,
implemented and managed programs to increase literacy in area
public schools.
District 186, Springfield Public Schools
. Substitute teacher: 3 academic years
1997-1998, 1998-1999, 2002-2003
CONFERENCE PRESENTATIONS
Oral presentations:
Doyn M. Kellerhals and Michael J. Lemke. Bacterial Community Change on
Decomposing Silver Maple (Acer Saccharinum) Leaves from Four Illinois
Floodplain Habitats.
The 10th Annual Science Research Symposium, March 4, 2010
University of Illinois Springfield, Emiquon Science 2010:
Restoration Ecology, Theory, and Policy, Dickson Mounds Museum
March 4, 2010
Doyn M. Kellerhals and Michael J. Lemke, Bacterial Succession on
Silver Maple (Acer saccharinum) Leaves on the Illinois River
Floodplain
The 4th UIS Science Research Symposium 2004, Springfield
Illinois,
1st place award
The 5th UIS Science Research Symposium 2005, Springfield
Illinois,
3rd place award
Poster presentations:
Doyn M. Kellerhals and Michael J. Lemke, BACTERIAL COMMUNITIES CHANGE
ON DECOMPOSING SILVER MAPLE (ACER SACCHARINUM) LEAVES FROM ILLINOIS
RIVER FLOODPLAIN HABITATS.
The Second Annual Meeting of the Midwest-Great Lakes
Chapter of the Society for Ecological Restoration
International, April 9 to 10, 2010 University of Wisconsin-
Madison Arboretum, Madison, Wisconsin USA
1st Place Student Poster
Dungey, Kennan, M. J. Lemke, D. Kellerhals, A. Waters, and K.
Bartosiak
THREE YEAR STUDY OF BACTERIAL DIVERSITY AND WATER QUALITY INDICATORS
IN LAKES OF THE ILLINOIS RIVER FLOOD-PLAIN SYSTEM
The 9th Annual Science Research Symposium, April 17, 2009
University of Illinois at Springfield
Emiquon Science 2009: Rebirth of Emiquon, March 12, 2009
Dickson Mounds Museum, Lewistown, IL
Michael J. Lemke, D. Kellerhals, M. Randle, F. Velho, A. Kent, K.
Dungey, M. Usherwood. 2009, THE MICROBIAL ECOLOGY OF THOMPSON LAKE
The 9th Annual Science Research Symposium, April 17, 2009
University of Illinois at Springfield
Emiquon Science 2009: Rebirth of Emiquon, March 12, 2009
Dickson Mounds Museum, Lewistown, IL
Doyn M. Kellerhals and Michael J. Lemke, BACTERIAL SUCCESSION ON
SILVER MAPLE (ACER SACCHARINUM) LEAVES ON THE ILLINOIS RIVER
American Society for Microbiology 104th General Meeting May 27,
2004,
New Orleans, Louisiana
Midwest Ecology and Evolution Conference, March 12, 2005,
Carbondale Illinois
Ecological Society of America 90th Annual Meeting, August 8,
2005,
Montreal, Canada
PROFESSIONAL MEMBERSHIP
American Society for Microbiology (ASM)
American Association for the Advancement of Science (AAAS)
RESEARCH
My graduate degree research used molecular methods to examine changes in
naturally occurring bacterial communities found on decaying leaves in the
Illinois River, on the river floodplain and the associated uplands.
Bacterial DNA was amplified and analyzed on DGGE (Denaturing Gradient Gel
Electrophoresis) and sequenced for identification of selected species, to
observe changes in bacterial communities after seasonal variations in the
leaf environment. Comparing bacterial community DNA from leaf surfaces in
early spring with bacterial community DNA from leaves obtained after
exposure to river, floodplain and upland bacteria showed an initial
increase in diversity followed by a decrease in diversity as leaves
decomposed. Additionally, bacterial communities found at the different
sites showed differences in community composition on the same dates
possibly due to different environmental conditions at sites.