2024 July 10 MEETING

DAY: Wednesday, July 10, 2024 (2nd Wednesday of every month)
TIME: 7:00 pm - socializing begins at 6:30 pm
TYPE: Zoom
LEARN - Interactions among bee species and the impact of a honey bee apiary on native bees
WHO: Diana Cox-Foster Fraser, Research Leader and Entomologist at USDA-ARS Pollinating Insects Research Unit (PIRU) in Logan, Utah

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SCHEDULE

6:30.pm.ETSocializing
7:00.pm ET
Club announcements
7:15 pm ETMeet Sarah Taylor of the Huneebee Project, a non-profit social enterprise that uses beekeeping to revitalize disinvested urban neighborhoods by prioritizing training and hiring youth and young adults with past or present child protective or foster care involvement.
7:30 pm ETPresentation by Diana Cox-Foster, "Interactions Among Bee Species: What is the impact of a honey bee apiary on native bees?"

Interactions Among Bee Species: What is the impact of a honey bee apiary on native bees?

With changing climate and land uses, our pollinators are facing increased pressure on their populations.  In the last few years, increased concern and research reports raise the question about negative impacts of honey bee colonies on native bees. 
This talk will present the results from a three-year, comprehensive study to examine the interactions of honey bee colonies with native bees.  Scientists at the USDA/ARS Pollinating Insect Research Unit in Logan, Utah, generated sentinel colonies and populations of a native bumble bee and a solitary bee.  Using cages set over floral resources, competition was generated between honey bees, bumble bees, and the solitary bees, to examine competition.  In wild lands, the sentinel bees and honey bees were deployed, as well as monitoring the endemic bee species to determine if competition occurred and how the species interacted. 
Data will be shared to answer how reproduction, floral interactions, and pathogen sharing/impact are affected by honey bees.  The carrying capacity (i.e. how many floral resources or food for the bees) will be emphasized as the most important factor. You will also learn how other factors such as climate change and other herbivores can impact these interactions. 

Takeaways—

  • The amount of floral resources is key to reproduction of all the bee species---- i.e. planting “bee pasture” is important.
  • Climate change in the form of drought or high temperatures impacts not only the floral resources, but also has impacts on solitary bee reproduction.
  • Viral pathogens are shared among the bee species--- but a little studied DNA virus may be having much bigger impact on the bees than RNA viruses, with little evidence for pathogen spillover at this point in time.
  • Bees are cool!!.. some cool info about bee interactions that you may have not known about.


SPEAKER BIO

Diana Cox-Foster is a Research Leader and Entomologist at USDA-ARS Pollinating Insects Research Unit (PIRU) in Logan, Utah. PIRU focuses on biology, management, and systematics of all bee species. Stakeholders include bee keepers, bee managers, growers who use Apis and non-Apis bees for pollination, and land managers of natural ecosystems. PIRU has the U.S. National Pollinating Insect Collection, with research on conservation of bee biodiversity. Cox-Foster examines the impact of pathogens and pesticides on bee health, for honey bees, bumble bees, and solitary bees.
Cox-Foster received a B. S. in Entomology and Zoology at Colorado State University and a M.S. and Ph.D. in Entomology at University of Illinois at Urbana-Champaign. Cox-Foster gained skills in molecular biology as a post-doc at Vanderbilt University. In 1987, Cox-Foster joined Penn State University as a faculty member and served as a full professor. At PSU, Cox-Foster was one of the initial scientists responding to colony collapse disorder in honey bees and co-director of the CCD working team. She transitioned to USDA-ARS in October 2015.