Penn State University College of Agricultural Sciences Education - Undergrad, shortcourses, etc Extension - Extension information & publications Research - Research labs & programs
Entomology
Search/Home
Honey Bee & Pollinator Research
Navigation bar Grad Program: Admission, On-line Application, Support, Courses International Focus: International programs, Spanish insect factsheets & resources Public Education: Public Events, Great Insect Fair, Bug Camp for Kids Insect Advice: Insect Fact Sheets, IPM, Public Education, BugMobile Affiliations: Inter-departmental & Cooperative Research Facilities: Department, Centers, Research, Farm, Museum People: Faculty, Staff, Graduate Students People: Faculty, Staff, Graduate Students

Penn State researchers are in the front lines of those investigating the disappearance of large numbers of honey bees. Many factors are being considered by scientists across the country and around the world.

Dr. Diana Cox-Foster

Dr. Diana Cox-Foster, Professor
Dr. Cox-Foster's lab analyzes frozen samples for evidence of pathogens. Efforts are being made to recreate colony collapse disorder in a controlled environment.

News:

Häagen-Dazs:
Presents gift to Penn State to
support research and education
of the honey bee crisis.
(press release 2/20/2007)
Click here for interactive
Häagen-Dazs website.

Science Magazine:
A Metagenomic
Survey of Microbes in Honey Bee
Colony Collapse Disorder
(10/12/2007)


Penn State
News Features:

Penn State Agriculture Magazine
(Winter/Spring 2008)
"The Case of the Missing Bees"

Penn State Agriculture Magazine
(Summer/Fall 2007)
"Bees in Crisis"

PSUAGFall2007


More Press!

New! "Trouble's Abuzz" Altoona Mirror (3/3/2008)

Penn State Advice For
Protecting Bees

(IPM News Release - 6/2007)

Archives of news releases


Links to:

Häagen-Dazs - "Help the honey bees" interactive website

Contribute to Penn State Honey Bee Research Program

MAAREC Colony Collapse Disorder Information

MAAREC Website




Jim Frazier

Dr. Jim Frazier, Professor
We are focusing on synergistic and sublethal effects of multiple pesticides on the chemical senses and chemically mediated behaviors of honeybees in relation to honeybee health and CCD in collaboration with Chris Mullin and Maryann Frazier.  Graduate student Daniel Schmehl is also looking at a comparative approach with the solitary bee, Osmia cornifrons.

Maryann Frazier

Maryann Frazier, Senior Extension Associate
As the senior extension associate specializing in apiculture, Maryann is responsible for honey bee extension throughout the state and cooperatively across the Mid-Atlantic region.  She teaches courses in beekeeping, general entomology and teacher education and is involved in the department's innovative public outreach program.  She is working closely with Dr. Chris Mullin and Dr. Jim Frazier on the potential role of pesticides on declining honey bee health in general and CCD specifically.

Dr. Chris Mullin

Dr. Chris Mullin, Professor
As a toxicologist, Dr. Mullin looks for evidence that pesticides in bee pollen may be linked to CCD.

Nancy Ostiguy
Dr. Nancy Ostiguy, Associate Professor
Dr. Ostiguy's lab is investigating the contribution of various stresses, such as varroa mites and miticides (used to control varroa), on Colony Collapse Disorder and other honey bee diseases. Work is underway to evaluate varroa control tactics that do not expose bees to miticides yet reduce mite populations. She is also looking at the potential role of pesticides found in stored honey on Colony Collapse Disorder.
Ed Rajotte

Dr. Ed Rajotte, Professor
Dr. Rajotte is interested in crop pollination services  provided by Apis and non-Apis bees, especially as part of an integrated pest management (IPM) program. In addition, he is part of team studying the epidemiology of bee viruses.

Jim Tumlinson
Dr. Jim Tumlinson, Professor
Dr. Tumlinson and his students are investigating the chemical ecology and behavior of the small hive beetle, a recently introduced pest of bees.  The small hive beetle is attracted to volatile organic compounds, including the honey bee alarm pheromone.  Several of these attractive compounds, including the alarm pheromone, are produced by a yeast, which is associated with the beetle and thrives on pollen in the hives.
Dennis vanEngelsdorp

Dennis vanEngelsdorp, Senior Extension Associate & Acting Pennsylvania State Apiarist
Dennis and his team inspects colonies, collecting samples for other CCD team members.  His lab also performs autopsies on bees, trying to find a diagnostic technique for CCD.

 

Several Penn State graduate students and lab technicians are involved in the research:

Graduate students:


Lab technicians:

 

 

 

 
Spacer
Last modified
Wednesday, March 26, 2008 7:25
Search