Warning: reset() expects parameter 1 to be array, boolean given in /www/zoology/classes/People.php on line 204 Judith Myers :: The Department of Zoology at the University of British Columbia

People

Publications

  1. Caron, V. Gillespie, D. and Myers, J.H 2008. Fitness related traits in a fly parasitoid are mediated by effects of plants on its host. J. Applied Entomology 132:663-667
  2. Franklin, M.T. and Myers, J.H 2008. Refuges in reverse: the spread of Bacillus thuringiensis resistance to unselected greenhouse populations of cabbage loopers Trichoplusia ni. Agricultural and Forest Entomology 10:119-127
  3. Myers, J.H 2008. One agent is usually sufficient for successful biological control of weeds. Proc. XII Intern. Symp. Biological Control of Weeds
  4. Denoth, M. and J.H. Myers 2007. Competition between Lythrum salicaria and a rare species: combining evidence from experiments and long-term monitoring. Plant Ecology in press [ Link ]
  5. Erlandson, M., Newhouse, S., Moore, K., Janmaat, A. Myers, J. and D. Theilman 2007. Characterization of baculovirus isolates from Trichoplusia ni populations from vegetable greenhouses. Biological Control 41: 256-263 [ Link ]

More

Judith Myers

Professor Emerita

Email:
Office phone: 604-822-3957
Web page: Lab page - Publications available here
Research area: Ecology, Evolution
Lab Members: R. Sarfraz, M. Tseng
History: B.Sc. Chatham College, Pittsburgh, PA
M.Sc. Tufts University, Medford, MA
Ph.D. Indiana University, Bloomington, IN
Miller Post-doctoral Fellow, University of California, Berkeley

 

Research interests

  1. Populations of western tent caterpillars in the Lower Mainland of British Columbia fluctuate with peaks occurring every 6 to 11 years. We have been studying the characteristics associated with these fluctuations and in particular the role of infection by nucleopolyhedrovirus in the host population dynamics. We are embarking on a genetic study of populations to determine the role of gene flow in maintaining synchrony among populations.
  2. Recent success in the biological control of diffuse knapweed has stimulated interest in how the various biological control agents interact and if the last insect to be widely established, a weevil, would have been sufficient on its own. We have established experimental cages in areas near Okanagan Falls in which diffuse knapweed has reinvaded following fire. Our goal is to be able to better predict what makes successful biological control agents.
  3. Populations of cabbage loopers in vegetable green houses sometimes become resistant to a commonly used microbial control, Dipel or Bacillus thuringiensis. We have been studying the cost of resistance, the genetic control of resistance, and the mechanisms that influence resistance to understand coevolutionary interactions between the disease and the host and to make recommendations to growers for resistance management.

Last updated 11 August 2008