Research Faculty
Planetary Science
 |
Dr. Peter Brown |
| Research Areas: |
I am interested in answering basic
questions about the origin and evolution of small bodies in the solar
system. These include the origin of metoroids,the origin of meteorites,
the physical structure of meteoroids and the flux and interaction of
larger meteoroids at Earth.
|
| Research web site: |
http://aquarid.physics.uwo.ca/~pbrown/research.htm |
| Email: |
pbrown [at] uwo.ca |
 |
Dr. Margaret Campbell-Brown |
| Research Areas: |
Millions of meteoroids, which are
fragments of comets and asteroids, hit
the Earth each day. These objects provide an opportunity to study
the
distribution and composition of many comets and asteroids.
High-resolution images of meteoroids ablating in the atmosphere can be
used to determine their composition, and continuous radar observations
have a wealth of information about the history and current state of
small bodies in our solar system.
|
| Research web site: |
http://aquarid.physics.uwo.ca/~mcampbell/research.htm |
| Email: |
margaret.campbell [at] uwo.ca |
 |
Dr. Wayne Hocking |
| Research Areas: |
The Atmospheric Dynamics Group
studies dynamical motions in the atmosphere at heights from ground
level to 100 km altitude. We use a variety of instruments,
including radar, radiosonde balloons, high resolution turbulence
probes and theoretical modeling. We are especially interested in
motions at small scales, such as turbulence and internal buoyancy
(gravity) waves, but also study longer term motions like
atmospheric tides and planetary waves. |
| Research web site: |
http://www.physics.uwo.ca/~whocking/ |
| Email: |
whocking [at] uwo.ca |
 |
Dr. Gordon Osinski |
| Research Areas: |
My research interests
are diverse and interdisciplinary in nature. My work synthesizes
field, remote sensing, and laboratory observations with a range of
geochemical data. |
| Research web site: |
http://www.uwo.ca/earth/people/faculty/osinski.html |
| Email: |
gosinski [at] uwo.ca |
 |
Dr. Robert Sica |
| Research Areas: |
My primary research tool is the Purple Crow Lidar (PCL), which measures temperature, composition and dynamics of Earth's atmosphere from the surface to 110 km altitude. Students in my group also have opportunities to work with the Canadian Network for Atmospheric Changes PEARL observatory in Eureka, Nunavut, using lidar systems to measure polar ozone, temperature and dynamics. |
| Research web site: |
http://pcl.physics.uwo.ca/rjshp/Research.html |
| Email: |
sica [at] uwo.ca |
 |
Dr. David W. Tarasick |
| Research Areas: |
Experimental Ozone and Ultraviolet Research and Monitoring using both ground-based techniques and airborne ozonesondes. |
| Research web site: |
http://exp-studies.tor.ec.gc.ca/e/index.htm |
| Email: |
David.Tarasick [at] ec.gc.ca |
 |
Dr. Paul Wiegert |
| Research Areas: |
I'm interested in the dynamics of the Solar System,
particularly its smaller bodies, asteroids, comets and meteoroid
streams. I'm also interested in the dynamics of planets around other
stars, and in celestial mechanics in general. |
| Research web site: |
http://www.astro.uwo.ca/~wiegert/ |
| Email: |
pwiegert [at] uwo.ca |