Program
Wednesday, July 17, 2019
6:30 - 8:30 p.m. - Early Registration and Welcome Reception for early arrivals (Good Life Garden, Robert Mondavi Institute)
Thursday, July 18, 2019
7:30 a.m. - Registration at ARC Conference Ballroom
6:45 - 8:30 am: Breakfast at Segundo Dining Commons (Participants will be given a meal card at registration)
All conference oral presentations will be held in the ARC Conference Ballroom
8:45 a.m. - Opening remarks and welcome
9:00 a.m. - Keynote: The Importance of People in Pollinator Conservation
Lynn Dicks, School of Biological Sciences, University of East Anglia, UK
10:00 a.m. - Session 1: Novel Quantitative Methods in Pollinator Ecology & Management
The Role of Bee and Non-Bee Pollinators in Australian Open and Protected Cropping Systems (How do we overcome the pollination challenges?) - Romina Rader, University of New England, Australia
Implementing a Honeybee Foraging Model and REDAPOLL Fruit Set Predictions in Washington State’s Decision Aid System - Vince Jones, Washington State University, USA
Using DNA metabarcoding techniques to improve plant-pollinator interaction networks - Victoria Reynolds, University of Queensland, Australia
Citizen Science Data for Mapping Bumblebee Populations - Claudio Gratton, University of Wisconsin
From Theory to Practice: The Bumble-BEEHAVE Model and its Application to Enhance Pollinator Friendly Land Management - Matthias Becher, University of Exeter, UK
A laboratory system to study the effects of stressors on honey bee health and fecundity - Julia Fine, USDA-ARS Davis, California, USA
Using Automated Tracking to Link Individual Behavior to Colony Performance in Bumblebees - James Crall, Harvard University, USA
12:15 p.m. - Lunch Break
Lunch is open from 11:30 AM—1:30 PM at Segundo Dining Commons
1:45 p.m. - Session 2: Drivers of Host-Pathogen Interactions
DWV as a Driver of Host Bee Decline - Robert Paxton, Martin-Luther University, Germany
Novel transmission routes and intensification as drivers of disease emergence and virulence in honeybee viruses - Mike Boots, UC Berkeley, USA
Viral transmission in honey bees and native bees supported by a global BQCV phylogeny - Elizabeth Murray, National Museum of Natural History, Smithsonian Institution, USA
Drivers of Pathogen Distributions in Feral and Managed Honey Bees - Panuwan Chantawannakul, Chiang Mai University, Thailand
Serratia marcescens, a Pathobiont of Honey Bees? - Kasie Raymann, University of North Carolina Greensboro, USA
Foreign fungi in native bees across the Commonwealth of Virginia - Kathryn LeCroy, University of Virginia, USA
Traits as Drivers of Plant-Pollinator-Pathogen Networks - Quinn McFrederick, UC Riverside and Scott McArt, Cornell University, USA
4:30 p.m. - Poster Session 1 and Networking (ARC Ballroom)
6:30-8:30 p.m. - Welcome Reception
Friday, July 19, 2019
6:45—8:30 AM - Breakfast at Segundo Dining Commons
9:00 a.m. - Keynote: Bee Nutritional Ecology: From Genes to Landscapes
Christina Grozinger, Penn State University, USA
10:00 a.m. - Session 3: Climate Change Impacts on Bees
Bee responses to climate change: from micro- to macroecology - Jessica Forrest, University of Ottawa, Canada
A climate vise of temperature extremes may explain past and predict future bumble bee range shifts - Michael Dillon, University of Wyoming, USA
Climate change effects on Megachilidae bee species along an elevation gradient - Lindsie McCabe, Northern Arizona University, USA
Testing the phenological mismatch hypothesis for a plant-pollinator interaction - Charlotte de Keyzer, University of Toronto, Canada
Phenological mismatch between bees and flowers early in the spring and late in the summer - Gaku Kudo, Hokkaido University, Japan
Climate change impacts on Brazilian pollinators - Tereza (Cris) Giannini, Federal University of Para, Brazil
Climate change effects on the status, distribution, and phenology of California bumble bees - Leif Richardson, University of Vermont, USA
12:15 p.m. - Lunch Break
Lunch is open from 11:30 AM—1:30 PM at Segundo Dining Commons
1:45 p.m. - Session 4: Causes and Consequences of Pesticide Use: from use patterns to pollination services
A New Framework for Environmental Risk Assessment of Pesticides - Francisco Sánchez-Bayo, University of Sydney, Australia
Potency paradox: Patterns and Drivers of Insecticide Use in U.S. Agriculture - Maggie Douglas, Dickinson College, USA
Estimating Pollinator Pesticide Exposure - Maj Rundlof, Lund University, Sweden
A Risk Assessment of Neonicotinoid Insecticides in New York - Travis Grout, Cornell University, USA
Risk of exposure in soil and sublethal effects of systemic insecticides applied to crops on adult female ground-nesting bees using the hoary squash bee as a model species - D. Susan Willis Chan, University of Guelph, Canada
Delayed lethality: The effects of a widely-used fungicide on honey bees (Apis mellifera) - Adrian Fisher II, Arizona State University, USA
Sub-lethal Impacts of Pesticides on Bees - Troy Anderson, University of Nebraska, USA
5:00 p.m. - Poster Session 2 and Networking (ARC Ballroom)
Saturday, July 20, 2019
8:00 a.m. - Registration (ARC Ballroom)
6:45—8:30 AM - Breakfast in Segundo Dining Commons
9:00 a.m. - Session 5: Integrative Approaches to Improving Bee Health Across Landscapes
Combining physiological and ecological data for more effective bee protection and conservation - Cedric Alaux, INRA, France
Keeping bees in a warming world: Protein biomarkers for heat stress and queen failure diagnostics - Alison McAfee, North Carolina State University, USA
Factors influencing colony survival in migratory beekeeping based on honey bee resistance traits - Michael Simone-Finstrom, USDA-ARS, Baton Rouge, Louisiana, USA
Temporal and spatial dynamics of pollinator communities across North Carolina agroecosystem - Hannah Levenson, North Carolina State University, USA
The effects of land cover on habitat quality for nesting bumblebees - Genevieve Pugesek, Tufts University, USA
Improving Bee Health in Canola Pollination - Shelley Hoover, Agriculture and Agri-Food, Canada
Mitigating Land Use Decisions that Destroy Bee Forage - George Hansen, Foothills Honey, Oregon, USA
Impact of landscape-scale floral resources availability on pollinator communities - Aaron Iverson, Cornell University, USA
Why are crops mainly visited by broadly polylectic bee species? - Katja Hogendoorn, The University of Adelaide, South Australia
12:15 p.m. - Lunch Break
Lunch is open from 11:30 AM—1:30 PM at Segundo Dining Commons
1:40 p.m. - Session 6: Pollinators in Urban Environments
Presentation by The Wonderful Company
Honoring new California Master Beekeeper graduates - Elina Nino, UC Davis, USA
Floral trophic ecology of a North American metropolis revealed by honey bee foraging assay - Doug Sponsler, Penn State University, USA
Pollinators and urban warming: A landscape physiology approach - Elsa Youngsteadt, North Carolina State University, USA
Green infrastructure to support urban wild bees: Communicating science to practitioners - Scott MacIvor, University of Toronto, Canada
Linking pollinator health, microbiome composition and human provisioning in Anna’s Hummingbird (Calypte anna) - Rachel Vannette, University of California Davis, USA
The effect of land use on a sexually selected characteristic of the cabbage white butterfly (Pieris rapae) in the United States - Anne Espeset, University of Nevada, Reno, USA
Urban pollinator conservation opportunities: integrating research with policy and practice - Katherine Baldock, University of Bristol, UK
Beekeeping ordinances: Protecting bees and neighbors - Tracy Ellis, San Diego County Department of Agriculture, California, USA
Beekeeping in the city: Successes and challenges - Charlie Blevins, San Francisco Beekeepers Association, USA
Urban pollinator conservation: Bee City USA as a model for meaningful community engagement - Phyllis Stiles, Xerces Society for Invertebrate Conservation, Portland, Oregon, USA
Electric power companies protecting pollinators - Jessica Fox, Electric Power Research Institute, Palo Alto, USA
5:00 p.m. - Closing remarks
Poster Sessions
Thursday July 18
Novel quantitative approaches
1 |
Plant-pollinator networks created from DNA metabarcoding data in eastern Oregon are more complex than those created from behavioral observations |
Arstingstall |
Katherine |
2 |
INSIGHTS IN THE UNDERSTANDING OF FACTORS UNDERLYING THE STRUCTURE OF PLANT-POLLINATOR NETWORKS IN TROPICAL FORESTS |
Cuartas Hernández |
Sandra |
3 |
Determining monarch (Danaus plexippus) natal site distribution in Nevada using stable isotope analysis and wing morphometrics |
Gosse |
Cassidy |
4 |
USE OF VIDEO IN HONEY BEE MANAGEMENT |
Gross |
Bridget |
5 |
Bees on the MAPP: establishing the Minnesota Agriculture for Pollinators Project landscape experiment |
Herron-Sweet |
Christina |
6 |
Value of insect-mediated pollination service to apples in us industrial sectors using an input-output framework |
Jordan |
Alex |
7 |
Managing Pollination Services: A Model of Substitution between Wild Pollinator Habitat and Honey Bee Hive Rental |
Lichtenberg |
Elinor |
8 |
Land-use effects on the delivery of ecosystem services |
Mandelik |
Yael |
9 |
Mechanics of honey bee pollen pellet removal |
Matherne |
Marguerite |
10 |
The bees of Minnesota, progress to date |
Portman |
Zachary |
11 |
The consequences of worker size variation on demography |
Salazar |
Timothy |
12 |
DEEP LEARNING FOR IMAGE-BASED BEE IDENTIFICATION |
Spiesman |
Brian |
13 |
BEES, MICROBIAL ‘MEAT,’ AND OTHER SACRILEGE |
Steffan |
Shawn |
14 |
Evaluating shared pollinator taxa that provide services across |
Willcox |
Bryony |
15 |
Improved spring low-temperature storage of Megachile rotundata |
Yocum |
George |
Drivers of host-pathogen interactions
0 |
Eating microbes make for better bees |
Dharampal |
Prarthana |
16 |
Does host lifestyle, genetics, |
Damico |
Megan |
17 |
Mite migration and increasing deformed wing virus levels in honey bee colonies in the fall |
DeGrandi-Hoffman |
Gloria |
18 |
Does habitat quality ‘dilute’ pollinator disease risk instead of biodiversity? ‘Habitat health’, an alternate explanation for reduced |
Fearon |
Michelle |
19 |
Mechanisms mediating bee pathogen transmission: deposition, persistence and |
Figueroa |
Laura |
20 |
The Unintended Antibiotic Target: |
Hoopman |
Alexis |
21 |
Options for Chalkbrood Control in Multiple Bee Systems |
Klinger |
Ellen |
22 |
The Effects of Copper on the Growth of a Bumble Bee Parasite, Crithidia bombi |
Leger |
Laura |
23 |
Investigating the potential for pathogen spillover and pesticide exposure for honey bees and wild bees foraging from blueberry |
Montero-Castaño |
Ana |
24 |
Microbial metabolites mediate bumble bee |
Schaeffer |
Robert |
25 |
Antimicrobial Lipid Transfer Proteins are a Common Feature |
Schmitt |
Anthony |
26 |
BIG BEES SPREAD DISEASE: A TRAIT-BASED APPROACH |
VanWyk |
Jennifer |
27 |
SHARED FLOWERS, SHARED PARASITES? HONEY BEE FLORAL VISITATION IS LINKED |
Zbrozek |
Maryellen |
28 |
Pollinator disease transmission dynamics: |
Davis |
Abby |
29 |
Temporal dynamics of multi-host parasite prevalence in species-rich plant and pollinator communities |
Muniz |
Paige |
30 |
DISEASE ECOLOGY OF NATIVE BEES |
Hisatomi |
Lauren |
31 |
Deformed wing virus induces a metabolic switch |
Heerman |
Matthew |
86 |
Nectar inhabiting microbes induce pollen germination |
Christensen |
Megan |
Climate change impacts on bees
32 |
Changes in the phenology of the southeastern blueberry bee |
Anderson |
Sarah |
33 |
Effects of Climate Change on Nesting Habits of Megachilidae Bee |
Baldwin-Rowe |
Janice |
34 |
The Empire State Native Pollinator Survey – determining the conservation status of NY |
Danforth |
Bryan |
35 |
EXPLORING REGIONAL VARIATION IN BLUE ORCHARD BEE PHENOLOGY, BEHAVIOR, AND REPRODUCTIVE |
Dunn |
Morgan |
36 |
Effects of management techniques on reproductive strategy in crop- |
Johnson |
Makenna |
37 |
Native bees exhibit species and ecosystem-specific changes in abundance with aridity |
Kazenel |
Melanie |
38 |
The Assessing the Effects of Fluctuating Temperature Regimes on Commercial and Wild Bombus |
Lindsay |
Thuy Tien |
39 |
Plant drought stress alters floral volatile emissions, and reduces |
Mallinger |
Rachel |
40 |
The effect of temperature on Penstemon heterophyllus nectar and pollination success |
Russell |
Kaleigh |
Causes and consequences of pesticide use
41 |
Toxicity of premixed insecticide chemistries to female blue orchard bees |
Belsky |
Joseph |
42 |
Development and validation of a bumble bee adult chronic oral test |
Cabrera |
Ana |
43 |
Genotoxicity Assessment of Agrochemicals |
Campion |
Claire |
44 |
EFFECTS OF A COMMON FUNGICIDE ON OLFACTORY |
DesJardins |
Nicole |
45 |
Pesticide exposure for bees during blueberry |
Graham |
Kelsey |
46 |
Toxicity of some ready-to use garden pesticides to non-Apis bees |
Joshi |
Neelendra |
47 |
Assessing the Effects of Common Garden Pesticides on Alfalfa |
Kline |
Olivia |
48 |
PESTICIDE RISK REDUCTION FOR HONEY BEES THROUGH |
Melathopoulos |
Andony |
49 |
The Impact of Thiamethoxam on Drone |
North |
Heather |
50 |
A comparison of acute toxicity endpoints for adult honey bees with technical grade active |
O'Neill |
Bridget |
51 |
Routes of exposure to solitary bees for pesticides |
Pitts-Singer |
Theresa |
52 |
How does consumption of nectar secondary compounds impact bumblebees exposed to a neonicotinoid pesticide? |
Richman |
Sarah |
53 |
Heterogeneous pesticide exposure and variation in mechanism and rate of honey bee colony losses |
Rinkevich |
Frank |
54 |
Effects of fungicide on Bombus vosnesenskii microbiome composition and foraging choices |
Rutkowski |
Danielle |
55 |
The importance of pesticide exposure |
Schmehl |
Daniel |
56 |
Impacts of neonicotinoid pesticides on insect olfactory processing |
Tatarko |
Anna |
57 |
Integrating Pest and Pollinator Management |
Ternest |
John |
58 |
A side-by-side comparison of honey bee health in colonies |
Underwood |
Robyn |
59 |
Pesticide exposure of wild bees visiting pollinator hedgerows |
Ward |
Laura |
60 |
Quantifying pesticide contamination of bee-collected pollen in |
Zawislak |
Jon |
61 |
The impact of viruses on honey bees at the individual and cellular levels |
Flenniken |
Michelle |
Sustainable landscape enhancement to reduce pesticide |
Vakil |
Surabhi |
Friday, July 19
Integrative approaches & bee health
62 |
Maximizing the Potential and Minimizing the Cost of Prairie Seed Mix Design for Wild Bees |
Borchardt |
Kate |
63 |
Wildflower plantings promote blue orchard bee, Osmia lignaria (Hymenoptera: Megachilidae), reproduction in California almond orchards |
Boyle |
Natalie |
64 |
Optimization of pollinator seed mixes from low resolution data |
Bruninga-Socolar |
Bethanne |
65 |
Floral foraging traits impact pollinator susceptibility to pesticides and parasites |
Cohen |
Hamutahl |
66 |
Dissecting the physiology of the nurse worker |
Corby-Harris |
Vanessa |
67 |
Calling all bee scientists: data needed to conserve native pollinators |
Cornelisse |
Tara |
68 |
Effects of Native Ungulate Herbivory on Native |
DeBano |
Sandra |
69 |
Nectar changes the ecological costs of defended pollen |
Francis |
Jacob |
70 |
Assessing the vulnerability of specialty crops to pollinator decline in |
Gaines Day |
Hannah |
71 |
EVALUATING INTENSIVELY MANAGED CONIFER FORESTS |
Galbraith |
Sara |
72 |
Effect of native vegetation proximity on bee diversity |
Groom |
Scott |
73 |
Sustainable landscape enhancement to reduce pesticide |
Gupta Vakil |
Surabhi |
74 |
Diverse plates and picky eaters: |
Guzman |
Aidee |
75 |
Saved by the pulse: temporal resource pulse |
Hemberger |
Jeremy |
76 |
The Regulation of Pheromone Biosynthesis by MicroRNAs in the Mandibular Gland of the Honey Bee (Apis mellifera) |
Jasper |
W. Cameron |
77 |
Wild bee responses to landscape resources and topography vary seasonally |
Kammerer |
Melanie |
78 |
Honey bee preferences for lipid-rich pollen diets |
Lau |
Pierre |
79 |
Effects of Nectar Contents on the Foraging Preferences of Honeybee (Apis mellifera) on Asian pear (Pyrus pyrifolia Nakai) |
Lee |
Kyeong Yong |
80 |
Think big: Landscape variables predict |
Liczner |
Amanda |
81 |
Native bee and shrub interactions |
Mitchell |
Scott |
82 |
Corridors through time: does resource continuity impact pollinator |
Nicholson |
Charlie |
83 |
PREFERRED PLANTS FOR POLLINATORS: |
Nzie |
Onyeka |
84 |
Stingless bee nutrition altered by landscape simplification |
Obregon |
Diana |
85 |
Habitat prescriptions for safeguarding wild bees |
Pindar |
Alana |
86 |
Open for other session above |
|
|
87 |
DO HERBACEOUS LAND ENHANCEMENTS ENHANCE HONEY BEE |
Quinlan |
Gabriela |
89 |
DISSECTING THE ROLE OF NECTARY-SPECIFIC |
Roy |
Rahul |
90 |
Utilizing whole genome sequencing to identify genomic signatures |
Saelao |
Perot |
91 |
ANALYSIS OF NUTRIENT PROFILE OF POLLEN |
Sayre-Chavez |
Brooke |
92 |
Direct and interactive effects of nutrition and pesticide stressors on the solitary bee Osmia lignaria |
Stuligross |
Clara |
93 |
EXPLORING THE IMPACT OF PRESCRIBED FIRE |
Tai |
Taylor |
94 |
Pesticides and other effects on honey bee colony health |
Rinkevich |
Frank |
95 |
Plasticity in the pre-diapause nutrient sequestration period of bumble bee (Bombus impatiens) queens |
Watrous |
Kristal |
Urban Pollinators
96 |
Investigating the attractiveness of native wildflowers |
Anderson |
Aaron |
97 |
RADIO FREQUENCY IDENTIFICATION TECHNOLOGY USE |
Bandivadekar |
Ruta |
98 |
Educating the Public About Bees: the Häagen-Dazs Honey Bee Haven |
Casey |
Christine |
99 |
Identifying Trends and Gaps in Pollinator Health |
Dias |
Abigail |
100 |
The role of commercial ornamental plant varieties |
Erickson |
Emily |
101 |
BEE DIVERSITY AND ABUNDANCE IN URBAN LANDSCAPES |
Keane |
Kit |
102 |
THE GEORGIA TECH URBAN HONEY BEE |
Leavey |
Jennifer |
103 |
URBAN BEE DIVERSITY AND ABUNDANCE MONITORING |
Mason |
Lisa |
104 |
ARE URBAN POLLINATOR PLANTINGS THE BEE’S KNEES |
Park |
Mia |
Urban Pollinators
96 |
Investigating the attractiveness of native wildflowers |
Anderson |
Aaron |
97 |
RADIO FREQUENCY IDENTIFICATION TECHNOLOGY USE |
Bandivadekar |
Ruta |
98 |
Educating the Public About Bees: the Häagen-Dazs Honey Bee Haven |
Casey |
Christine |
99 |
Identifying Trends and Gaps in Pollinator Health |
Dias |
Abigail |
100 |
The role of commercial ornamental plant varieties |
Erickson |
Emily |
101 |
BEE DIVERSITY AND ABUNDANCE IN URBAN LANDSCAPES |
Keane |
Kit |
102 |
THE GEORGIA TECH URBAN HONEY BEE |
Leavey |
Jennifer |
103 |
URBAN BEE DIVERSITY AND ABUNDANCE MONITORING |
Mason |
Lisa |
104 |
ARE URBAN POLLINATOR PLANTINGS THE BEE’S KNEES |
Park |
Mia |
Pollinator ecology
106 |
The effect of landscape context on hoverfly communities |
Deutsch |
Kaitlin |
107 |
Tritrophic interactions and monarch larval success |
Diethelm |
Aramee |
108 |
Postfire environment reveals floral limitation |
Mola |
John |
109 |
SPATIO-TERRITORIAL NETWORKS IN MALE CARPENTER |
Schoof |
Stefan |
110 |
What factors affect the foraging pattern of bumble |
Shibata |
Akari |
111 |
BEES IN THE TREES: FOREST CANOPY RESOURCES FOR ORCHARD POLLINATORS |
Urban-Mead |
Katherine |
112 |
Drivers of bee-mediated pollen dispersal in a fragmented |
Waananen |
Amy |
113 |
Potential resource competition between managed honey bees (Apis mellifera) and native bees within natural areas in Florida |
Weaver |
James |
114 |
Pollinator Diversity in Northeastern Utah, |
Williams |
Mary-Kate |