Dr. Kirsten Koehler Faculty Research
Research Goals
Dr. Koehler's goals are to improve exposure assessment methods to inform occupational and public health policy.
Her research goals involve the use of direct-reading instrumentation to improve spatiotemporal exposure assessment.
Direct-reading (i.e. “real-time”) monitors can rapidly assess exposures to various hazards, and coupling estimated exposures with a known location to identify occupational sources of these hazards.
Contour plots of the hazard concentration over space, known as concentration maps, have recently been used to assess the spatial variability of hazards. Concentration maps have the potential to be powerful because they are easily comprehensible for workers, managers, and occupational/environmental health scientists to locate areas of concern.
Dr. Koehler's lab is housed in the Department of Environmental Health and Engineering and she teaches several courses as part of the PhD Track in Exposure Sciences and Environmental Epidemiology.
Research Projects
- Aerosol Samplers
- Baltimore Healthy Schools: Impact of Indoor Air Quality on Health and Performance
- Exposure Assessment for Epidemiologic Studies
- Low-Cost Sensor Technology
- Occupational Hazard Mapping
- Particulate Exposures in Asthmatic Kids (PEAK)
- Personal Exposure Assessment
- Within Baltimore Variability in Pollution
AEROSOL SAMPLERS
Our research examines developing novel aerosol samplers to improve the relationship between exposures and health effects.
AIR POLLUTION
We are using a Geographic Information System (GIS) to determine whether commuters can reduce their exposure to traffic-related air pollution by changing their route or mode of transportation.
PERSONAL EXPOSURE ASSESSMENT
Our research goals involve the use of direct-reading instrumentation to improve spatiotemporal exposure assessment. Direct-reading (i.e. “real-time”) monitors can rapidly assess exposures to various hazards.
OCCUPATIONAL HAZARD MAPPING
Hazard maps can show where hazards occur to target control strategies.
LOW-COST SENSOR TECHNOLOGY
Quantifying disproportionate air pollution exposures is at the core of our research relevant to environmental justice.
About Dr. Koehler
Learn More
Contact
kkoehle1@jhu.edu
615 N. Wolfe Street, Baltimore MD, 21205
Room E6632
410-955-7706