Once a bear is radio collared, researchers can track its movements with telemetry.
Suzanna Soileau, MEd
Suzanna is the Outreach Coordinator for the Ecosystems Mission Area.
Interests:
My professional interest is in relaying technical scientific information in a manner that enables all audiences to gain understanding in science that supports natural resource decisions. I am a Physical Scientist and Outreach Coordinator for the USGS-Ecosystems Mission Area where I develop outreach strategies to increase the effectiveness of the Mission Area and its programs' activities and products. I also serve the Mission Area as a Tribal Relations Advisor within the USGS Office of Tribal Relations.
Previously I was with the USGS-Northern Rocky Mountain Science Center (2008 - 2018) where my primary duties included outreach and communication of Center science activities, website management and development, technical editing, field work related to soil and water resource sciences and served as the Public Information Officer (PIO) for the Center.
I began my career serving three seasons with the National Park Service as an interpretive ranger in Grand Teton National Park, followed by two years as a chemist with the Montana Department of Agriculture and seven years with Montana State University as a research associate. While at Montana State I implemented on-the-ground water quality monitoring projects including the study of saline-sodic water management, agricultural pharmaceutical residue in surface water, and stream and spring water quality monitoring. I also designed natural resource science education materials for diverse audiences such as educators, tribal entities, and agricultural communities. I continue to work with the university delivering online water quality and soil science graduate courses for teachers and professional practitioners through the MSU Masters of Science in Science Education program.
Professional Experience
2017 - Present: Outreach Coordinator, USGS Ecosystems Mission Area, Reston Virginia
2014 - 2017: Physical Scientist (Outreach), USGS Northern Rocky Mountain Science Center, Bozeman, Montana.
2010 - 2014: Information & Education Specialist, USGS Northern Rocky Mountain Science Center, Bozeman, Montana.
2009 - 2010: Hydrological Science Technician, USGS Northern Rocky Mountain Science Center, Bozeman, Montana.
2003 - 2009: Water Quality Research Associate & Education Coordinator, Dept. of Land Resources and Environmental Sciences, Montana State University.
2001 - 2003: Chemist, Montana Dept. of Agriculture
1999 - 2001: Interpretive Ranger, Grand Teton National Park
Education and Certifications
B.A. Geology. 1999. DePauw University.
M.E. Adult and Higher Education. 2007. Montana State University.
Science and Products
Ecosystems science: Genes to landscapes
Biological and ecological science for Montana—The Treasure State
Yellowstone grizzly bear investigations — Annual report of the Interagency Grizzly Bear Study Team 2014
Observations of elk movement patterns on Fossil Butte National Monument
Rancher and farmer quality of life in the midst of energy development in southwest Wyoming
Yellowstone grizzly bear investigations—Annual report of the Interagency Grizzly Bear Study Team 2013
U.S. Geological Survey water-resource monitoring activities in support of the Wyoming Landscape Conservation Initiative
I Am A...Chiropterologist
I Am A ... Fire Ecologist
I Am A ... Herpetologist
I Am An ... Ornithologist
Once a bear is radio collared, researchers can track its movements with telemetry.
Researchers with IGBST measure the bear's girth as part of body fitness data collection.
Researchers with IGBST measure the bear's girth as part of body fitness data collection.
The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers begin gathering biological data from the bear. The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers begin gathering biological data from the bear. The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers are very careful to keep the bear under shade and protected from the elements while they collect biological data.
IGBST researchers are very careful to keep the bear under shade and protected from the elements while they collect biological data.
Researchers with IGBST have tranquilized the bear and prepare to lift it out of the trap and onto the tarp for data collection. Once on the tarp the bear is easier to move.
Researchers with IGBST have tranquilized the bear and prepare to lift it out of the trap and onto the tarp for data collection. Once on the tarp the bear is easier to move.
When looking for a place to set up a trapping location, scientists look for existing bear sign such as scratches on trees and bear scat. Sometimes traps are set in areas that have no obvious bear sign to determine if indeed bears are present.
When looking for a place to set up a trapping location, scientists look for existing bear sign such as scratches on trees and bear scat. Sometimes traps are set in areas that have no obvious bear sign to determine if indeed bears are present.
This video describes USGS research utilizing remote thermal imaging cameras to study the extent and impact of mange on wolves in Yellowstone National Park.
This video describes USGS research utilizing remote thermal imaging cameras to study the extent and impact of mange on wolves in Yellowstone National Park.
On Iceberg Lake in Glacier National Park, ice from the glacier is breaking up and melting at a rapid rate. Cold, glacier fed waters provide crucial habitat for native aquatic species such as trout, and as the ice is disappearing, so are the ideal habitats to sustain native ecosystems.
On Iceberg Lake in Glacier National Park, ice from the glacier is breaking up and melting at a rapid rate. Cold, glacier fed waters provide crucial habitat for native aquatic species such as trout, and as the ice is disappearing, so are the ideal habitats to sustain native ecosystems.
Science and Products
Ecosystems science: Genes to landscapes
Biological and ecological science for Montana—The Treasure State
Yellowstone grizzly bear investigations — Annual report of the Interagency Grizzly Bear Study Team 2014
Observations of elk movement patterns on Fossil Butte National Monument
Rancher and farmer quality of life in the midst of energy development in southwest Wyoming
Yellowstone grizzly bear investigations—Annual report of the Interagency Grizzly Bear Study Team 2013
U.S. Geological Survey water-resource monitoring activities in support of the Wyoming Landscape Conservation Initiative
I Am A...Chiropterologist
I Am A ... Fire Ecologist
I Am A ... Herpetologist
I Am An ... Ornithologist
Once a bear is radio collared, researchers can track its movements with telemetry.
Once a bear is radio collared, researchers can track its movements with telemetry.
Researchers with IGBST measure the bear's girth as part of body fitness data collection.
Researchers with IGBST measure the bear's girth as part of body fitness data collection.
The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers begin gathering biological data from the bear. The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers begin gathering biological data from the bear. The kerchief over the bear's eyes protects it from dust and debris and reduces visual stimulation. The small tubing in its nose, known as a nasal cannula, delivers oxygen to the animal while it is tranquilized.
IGBST researchers are very careful to keep the bear under shade and protected from the elements while they collect biological data.
IGBST researchers are very careful to keep the bear under shade and protected from the elements while they collect biological data.
Researchers with IGBST have tranquilized the bear and prepare to lift it out of the trap and onto the tarp for data collection. Once on the tarp the bear is easier to move.
Researchers with IGBST have tranquilized the bear and prepare to lift it out of the trap and onto the tarp for data collection. Once on the tarp the bear is easier to move.
When looking for a place to set up a trapping location, scientists look for existing bear sign such as scratches on trees and bear scat. Sometimes traps are set in areas that have no obvious bear sign to determine if indeed bears are present.
When looking for a place to set up a trapping location, scientists look for existing bear sign such as scratches on trees and bear scat. Sometimes traps are set in areas that have no obvious bear sign to determine if indeed bears are present.
This video describes USGS research utilizing remote thermal imaging cameras to study the extent and impact of mange on wolves in Yellowstone National Park.
This video describes USGS research utilizing remote thermal imaging cameras to study the extent and impact of mange on wolves in Yellowstone National Park.
On Iceberg Lake in Glacier National Park, ice from the glacier is breaking up and melting at a rapid rate. Cold, glacier fed waters provide crucial habitat for native aquatic species such as trout, and as the ice is disappearing, so are the ideal habitats to sustain native ecosystems.
On Iceberg Lake in Glacier National Park, ice from the glacier is breaking up and melting at a rapid rate. Cold, glacier fed waters provide crucial habitat for native aquatic species such as trout, and as the ice is disappearing, so are the ideal habitats to sustain native ecosystems.