Kenneth F. Raffa
Dept. Entomology, UW-Madison
Forest Insect Ecology
Beers-Bascom Professor of Conservation

 

 

Contact Information

Ken Raffa at Madel Island

345 Russell Laboratories
1630 Linden Drive
University of Wisconsin
Madison, WI 53706 USA

608-262-1125 (Office)
608-262-4755 (Lab)
608-262-3322 (Fax)

raffa@entomology.wisc.edu

Graduate Students and Postdoctoral Associates

  • Mary Jamieson (Postdoctoral Research Assoc.)
  •   Effects of climate warming on forest defoliators
  • Adam Krause (Teaching Assistant)
  •   Behaviour of mountain pine beetle in habitats made
      accessible by climate change
  • Jesse Pfammatter (Research Asst.)
  •   Interactions among mites, fungi and pine engravers
  • Todd Johnson (Research Asst.)
  •   Biological control of emerald ash borer
  • Andy Lerch (Research Asst.)
  •   Mountain pine beetle in fire-injured ponderosa and   lodgepole pines
  • Charles Mason (Teaching Asst.)
  •   Bacterial endophytes in poplar defenses to   herbivory
  • Rachel Arango (USDA FS; Grad. Student)
  •   Role of symbiotic bacteria in termite-fungal   interactions
  • Johnny Uehlman (Research Asst.)
  •   Effects of climate warming on forest defoliators

Johnson
Todd Johnson

jamieson
Mary Jamieson

Andy
Andy Lerch

Rachel
Rachel Arango
(on left)

Powell
Adam Krause

Jesse
Jesse Pfammatter

Program Overview

Dead Pines

Forest Entomology, Insect Ecology, Plant-Insect Interactions, Chemical Ecology

We study processes that drive the population dynamics of forest insects. We place particular emphasis on:

Our goals are to integrate mechanisms operating across multiple levels of scale, link pattern and process to develop comprehensive understanding, and apply this understanding to protect the diverse values of natural resources. We engage in collaborative multidisciplinary research on the basic biologies of forest insects that pose challenges to natural resource management. These issues include:

Alberta

 

mason
Charlie Mason

uehlman
Johnny Uelmen

B4 Warmed Plot
USDA-Funded Project on How Simulated
Global Warming Affects Folivores

Beetle
NSF LTREB on Interactions Between
Below-ground Herbivory and Above-ground Processes.