Sally Rockey on PolliNation with Andony Melathopoulos

Last month the Foundation for Food and Agricultural Research (FFAR) announced a $7 million investment in Pollinator Health. FFAR targeted key gaps in our ability to focus research into innovative and concrete initiatives that can change practices in the world. This week we are joined by Dr. Sally Rockey, who became the inaugural Executive Director of FFAR in 2015. Prior to this role, Dr. Rockey was an award-winning leader in Federal research. She spent 19 years with the U.S. Department of Agriculture where she held a number of positions within the Cooperative State Research, Education, and Extension Service. Very early in her career she became the head of the competitive grants program, overseeing the extramural grants process and portfolio. Dr. Rockey brought her experience in agriculture research to her 11-year career at the National Institutes of Health, where she emphasized the connection between agriculture, food, and health. As Deputy Director for Extramural Research, Dr. Rockey oversaw the operations of the largest Federal extramural research program and led groundbreaking initiatives and activities that have and will have a lasting positive impact on the research community.

Dr. Rockey received her Ph.D. in Entomology from the Ohio State University and did postgraduate work at University of Wisconsin prior to joining the government. She has devoted her career to improving people’s lives through research and will continue her mission by seeing FFAR become an essential component of the scientific enterprise.

Listen in to today’s episode to learn more about FFAR, the work they are doing to help pollinator research, and how they are helping citizen scientists.

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“We consider the topic of pollinators and pollinator health to be vital to agriculture and to the success of the United States’s agriculture.” – Sally Rockey

Show Notes:

  • What FFAR is and how it was established
  • How FFAR worked to reach beyond standard conservation in helping pollinators
  • How citizen scientists can get involved with FFAR
  • The future of FFAR
  • How FFAR is associated with the USDA
  • What research FFAR is doing to improve pollinator habitats
  • Why education outreach is so important in achieving FFAR’s goals

“Because the public plays such an important role in pollinator health, it’s important to be able to educate the public.” – Sally Rockey

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Dr. Chris Marshall on PolliNation with Andony Melathopoulos

Dr. Chris Marshall is the curator of the Oregon State Arthropod Collection (OSAC) located at Oregon State University. In this episode, Dr. Marshall discusses the value of museum collections in being able to piece together patterns of bee biodiversity across space and time (OSAC’s collection was started around 1860). Dr. Marshall also talks about a newly funded initiative (through the Foundation for Food and Agriculture Research’s Pollinator Health Fund) to develop interactive museum tools to help people in the Pacific Northwest better understand the native bee fauna here. Before assuming the curatorship of OSAC, Dr. Marshall was at Cornell University (where he did his PhD), the Smithsonian and the Field Museum in Chicago.

Listen in to learn the role of a museum in biodiversity and pollinator research, how citizen scientists can help, and OSU’s new grant-funded bee project.

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“[The Pollinator Health Fund grant] allows us to do two foundational things. First it will allow us to make the historical records of native bees in our collection available to be part of an Atlas, that is both graphical – essentially a road map you can view online – but also the map would be interactive so that the data underlying that point on the map are accessible allowing a person to examine, critically, the basis for the points on the distributional map for themselves. But also, as museums, we see ourselves contributing to the task of building the collection over time. So we see the project as being interactive not just for the user of the data, but also to researchers who want to add to that Atlas for future researchers use“. – Dr. Chris Marshall

Show Notes:

  • What role museums play in understanding pollinator diversity
  • How field research on biodiversity only gives a small sample of a species’s timeline
  • What is a plant host record and how it is used
  • How museum collection of specimens have evolved over time
  • Why the ability to extract DNA from older specimens used to prove so difficult, and is now much easier
  • What the important elements of a properly curated pollinator specimen are
  • Chris’s advice for people starting their first collection
  • What citizen scientists and hobbyists provide by collecting and properly curating specimens
  • Why creating a regional bee atlas will be so helpful to understanding of bee biodiversity
  • The checklist of regional bees Chris is developing and what it will be used for

“Natural history museum specimens provide the ability to sample past ecosystems in a way that you might not have thought of before.“ – Dr. Chris Marshall

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The Research Retinue is a new segment on PolliNation that goes into depth on research papers that have been recently featured in the news. The Retinue is made up of intrepid OSU undergraduates and this week involved Addison DeBoer (Biology), Lacy Haig (Zoology), Umayyah Wright (Environmental Science), Isabella Messer (Horticulture). They take up the question of the conservation implications of honey bees by examining two papers published in top research journals last month that take up this question from different angles.

Listen in to learn more about how honey bees affect global regions, which pollinators are the most effective, and how studies could improve their research.

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“Even if [honey bees] could [do the job of all the other pollinators combined], would we want them to? Because then we’d be missing out on all of the ecological variation of the other species.“ – Umayyah Wright

Show Notes:

  • How the honey bee contributes to pollination of wild plant communities worldwide
  • Why honey bee contributions to wild plant pollination can change due to many different environmental factors
  • How effective a pollinator the honey bee is in comparison to other bees
  • Why a pollinator’s native region is so important in it’s local ecosystem
  • Why simply pollinating plants is not the entire goal of pollinator protection
  • What is the most important trait of pollinators for conservation
  • Why these studies were useful, and what they need to improve
  • What the Research Retinue would like to see in the future for pollinator studies
  • Are their risks associated with beekeeping in sensitive areas
  • How different programs are taking steps to help home gardeners benefit the pollinator population
  • What home gardeners can do to help local pollinators flourish

“In the fight for bee conservation, we shouldn’t be focusing on honey bees because that’s an agricultural and economic issue, not a conservation issue.” – Isabella Messer

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Doug Sponsler on PolliNation with Andony Melathopoulos

Doug is currently a postdoctoral scholar at Penn State University’s Center for Pollinator Research. He was born and raised in Philadelphia, PA, and he went on to receive his PhD from Ohio State University. His research brings spatial ecology perspectives to the topics of pollinator foraging and toxicology, with particular emphasis on urban plant-pollinator interactions and mechanistic understandings of toxic exposure.

Listen in as we go over pesticide’s effects on pollinators, the difficulties in testing, and the advantages certain insects have in fighting pesticides.

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“It’s a bit ironic that the most convenient organism for which to study toxicology from a logistical perspective, the honey bee, is also the most problematic one for which to interpret toxicology.“ – Doug Sponsler

Show Notes:

  • What determines risk of a pesticide’s effect on pollinators
  • Why toxicity is talked about more than exposure
  • How field experiments on pesticides and pollinators can run into problems
  • How the EPA’s new BeeREX model helps in risk assessment
  • What the “dynamic hazard surface” can explain about the complexity of pesticide testing
  • Why the fully distributional nature of exposure is necessary
  • Why honeybee’s social complexity aids in defending them against pesticides

“[current models for pesticide exposure to bees in risk assessment] are good, but they do not get to the behavioral and chemical mechanics of exposure that go into bringing a bee into intersection with a pesticide.” – Doug Sponsler

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Alan Turanski on PolliNation with Andony Melathopoulos

Alan leads vision, innovation and continuous improvements at GloryBee. Ranging from sustainability, technology, facilities and being a cause forward company, he is committed to ensuring GloryBee is a business as a force for good. Alan is an advocate for the honeybee and was also a driving force in developing GloryBee’s Save the Bee initiative, which donates to bee-saving projects. As a beekeeper, and someone who is considered knowledgeable in the field, Alan has served as spokesperson for the plight of the honeybee and promotion of conservation efforts, including testifying at the Oregon State Capitol in 2013 on the issue of honey bee colony losses.

Listen in as we talk about the Alan’s work with GloryBee, their raising of bee awareness, and how beginning beekeepers can get started.

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“Beekeeping is a beautiful balance between art and science, and the best beekeepers are very knowledgable scientifically, but they also instinctually are in tune with the bees.“ – Alan Turanski

Show Notes:

  • Why Alan became involved in helping save the bees
  • What Alan hoped to accomplish with his “Save The Bee” campaign
  • Why investing in education is so important to Alan
  • How the “Save The Bee” program works to help bees
  • How GloryBee has spread their message through partnerships
  • The process that honey goes through from honeycomb to store shelves
  • The many expected and unexpected flavors of honey
  • How beekeepers use the byproducts from collecting honey
  • Alan’s favorite tool and non-tool

“These [bees] are amazing creatures. The more you learn, the more you’re fascinated, and the more you’re enthralled.“ – Alan Turanski

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Kristen Healy on PolliNation with Andony Melathopoulos

Kristen Healy is an assistant professor in the Department of Entomology at Louisiana State University. She obtained her B.S. in Zoology and M.S. in Environmental Sciences from the University of Rhode Island, her Ph.D. in Entomology from Rutgers University, and a MPH in Environmental Health from UMDNJ. A key focus of her research at LSU has been collaborating with the USDA Honey Bee lab in Baton Rouge to evaluate how different stressors impact honey bee health. This has included evaluating the effects of mosquito control adulticides on honey bees. Most of her findings suggests that when done correctly and according to label instructions, there should be minimal impact to honey bees. Dr. Healy is now working with the USDA bee lab to evaluate the impact of other stressors, including mites and deformed wing virus, on honey bee health.

On this episode of PolliNation, Kristen and I will be talking about mosquito abatement techniques, their effect on pollinator health, and the research Kristen’s team has done to keep them safe.

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“They really wanted to know if what they were doing with mosquito control was killing bees, so they asked if we could help address that topic.” – Kristen Healy

Show Notes:

  • What is the importance of insecticides on mosquitoes
  • What methods are used in mosquito abatement
  • How mosquito abatement programs can mitigate damaging pollinators
  • The two main factors in an adulticide’s potential risk to pollinators
  • Why mosquito control is often performed at night
  • The team that Kristen and LSU assembled to study adulticides on the bee population
  • How Kristen was able to balance her team’s research with stakeholders
  • What results came from Kristen’s team’s study
  • How honeybees can be bred to better withstand pesticides
  • What Kristen sees in the future of mosquito abatement and pollinator health

“I think that the key thing [for the future of mosquito abatement and pollinator health] is both communication and education.” – Kristen Healy

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Ellie Andrews is a PhD student in Development/Rural Sociology at Cornell University. As honey bees across the US face a range of challenges, keeping bees healthy and productive requires ever more skill and investment. Her research seeks to understand the sociological dimensions of these educational imperatives: how are new beekeepers learning to keep bees and how are experienced ones adapting to new challenges?

Ellie is interested in how people evaluate and use different sources of information about beekeeping, how the motivation to “save the bees” informs beekeepers’ management decisions and colony survival, and how individuals’ approach to “sustainable beekeeping” may change as they gain experience and expertise. Her research is based on interviewing beekeepers across New York State and beyond, observing beekeeping clubs and classes (including serving as an officer in her own club), helping put together Cornell’s new and improved Master Beekeeping program, and going into the archives to research the origins of beekeeping extension programs and the professionalization of beekeeping over the last century.

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“In 2008, people started answering the survey saying they were keeping bees in order to save them.” – Ellie Andrews

Show Notes:

  • How Ellie became interested in the intersection of bee keeping and sociology
  • What rural resilience means
  • How bee keeping as a social activity can become more robust
  • Why more people are doing bee keeping now in order to “save the bees”
  • What sustainable bee keeping means for different people
  • How people are learning about bee keeping
  • The role of bee clubs and how they are doing
  • Why lots of bee clubs are experiencing a revitalization
  • The enormous surge in bee keeping around WWI and WWII and what that can teach us

“There’s no consensus on what sustainability means for bees, for agriculture more broadly, and natural resource management beyond that.” – Ellie Andrews

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Dr. David Lowenstein is a post-doc researcher at Oregon State University’s Department of Horticulture.

Today we talk about Dr. Lowenstein’s fascinating research on urban pollinators during his time in Chicago.

In this episode we discuss biodiversity in a city, what property owners can do to attract pollinators, and the unique challenges of urban bee research.

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“Think of each homeowner as a land manager. So you’re working with a number of different perspectives.” – Dr. David Lowenstein

Show Notes:

  • Why Dr. Lowenstein starting researching wild pollinators in cities
  • About the biodiversity within a city
  • How pollinator numbers can be enhanced in cities
  • What property owners can do to encourage pollinators
  • The unusual places where bees nest in cities
  • The bee habitat he encountered in Chicago for his research
  • How you take a sample of plant life in a city lot
  • The unique challenges related to urban ecology work
  • How different bee communities can visit different plants in the same location
  • Why many urban bees that are pollinating are not honey bees
  • How vacant lots in cities with population decline effects bees
  • What Dr. Lowenstein has heard from everyday people about bees when doing his highly-visible urban research

“Even if we are producing an environment that is just great for pollinators, there’s a lot of factors that are out of our control.” – Dr. David Lowenstein

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