NEVBD works with experts across the Northeast and US to produce free webinars on topics important to professionals working to control mosquito- and tick-borne diseases in our region.
We list additional online professional development and training opportunities offered through outside vector-borne disease organizations on our Career Resources page.
Public Health Communication for Vector-Borne Disease PreventionAmelia Greiner Safi, PhD
March 24 - May 5, 2021
Interested in being a more effective, strategic communicator? Attend this interactive, free online training series led by a public health and strategic communication expert! Seminars will be held every-other Wednesday from 12-1:30pm EST.
- March 24 - Strategic Public Health Communication for Vector-Borne Disease Prevention
- April 7 - Using Theory to Understand Your Audience and Develop Strategy
- April 21 - Apply Key Concepts: Designing Effective and Accessible Communication-Based Interventions
- May 5 - Case Studies on Communication Campaigns in the Northeast
Course led by Dr. Amelia Greiner Safi of the Cornell Master of Public Health Program & Department of Communication. Guest speakers include Dr. Dina Fonseca of the Rutgers Center for Vector Biology and Dr. Jody Gangloff-Kaufmann of the New York State Integrated Pest Management Program.
Cross-CoE Seminar Series Spring 2021Trainees conducting applied research across the five Regional Centers of Excellence in Vector-Borne Diseases
Jan 28, 2021 - May 27, 2021
The Regional Centers of Excellence for Vector-Borne Diseases invite you to attend our monthly seminar series highlighting applied research projects ongoing across our programs. Each seminar includes presentations and a moderated Q&A session. Webinars will be held the last Thursday of each month from January to May, 2021, from 2:30 - 4:00pm EST.
- January 28- New Bugs on the Block: Invasive Species
- February 25 – Mosquito Wrangling: Finding Effective Control Methods
- March 25 – Building the VBD Force
- April 29 – Tomorrow’s Vector Forecast: Predicting VBD Activity
- May 27 – A Bug’s Life: Vector Behavior & Trends
Insecticide Resistance in Mosquitoes: Practical Guidance and Tips for Performing Your Own Monitoring AssaysPresenters: Dr. James Burtis, John Shepard
Recorded April 1, 2020
Presenters Dr. James Burtis of Cornell University and John Shepard of the Connecticut Agricultural Experiment Station provide an overview of practical guidance for conducting pesticide resistance bioassays for mosquitoes in the Northeast US. Topics covered include: What is pesticide resistance and how does it emerge? How are resistance bioassay diagnostics created? How do you determine the resistance status of field-collected mosquitoes? How can the results of these resistance tests inform management? What are the best methods and life stages to collect from the field for resistance assays? How do you rear different mosquito species in the laboratory for resistance assays? and Reporting data to MosquitoNET.
About the Presenters
James Burtis, PhD Postdoctoral Associate, NEVBD Pesticide Resistance Monitoring Program @ Cornell University
Dr. James Burtis is a postdoctoral associate working for NEVBD in Dr. Laura Harrington’s laboratory at Cornell University, and currently manages the NEVBD Pesticide Resistance Monitoring Program. Dr. Burtis presented information relevant to the establishment of pesticide resistance monitoring programs for mosquito control units operating in the United States.
John Shepard, MS Research Assistant II @ Connecticut Agricultural Experiment Station
Mr. Shepard has been working with mosquitoes since 1997 at the Connecticut Agricultural Experiment Station. His primary responsibilities are to coordinate the trapping and identification of mosquitoes for the Connecticut Mosquito Trapping and Arbovirus Surveillance Program. John has been responsible for the establishment and maintenance of various mosquito colonies over the last 20 years. John received his BS degree in biology from Fairfield University and his MS degree in biology from Southern CT State University.
Tick Surveillance Practices in the NortheastBryon Backenson, Dr. Kirby Stafford III, Melissa Prusinski, Dr. Maria Diuk-Wasser, Patti Casey, Charles Lubelczyk
Recorded: December 2, 2019
This webinar provides a review of tick surveillance guidance and best practices tailored for the Northeast USA. Speakers include experts from the New York State Department of Health, Connecticut Agricultural Experiment Station, Maine Medical Center Research Institute, Vermont Agency of Agriculture, and Columbia University. Topics to be covered include: Considerations for starting a surveillance program; Field methods for medically important species; Pathogen testing; Data analysis and communication considerations; and Lessons learned from regional programs. Supplementary materials include: example personnel training manuals, tick field collection protocols and forms, estimated program start-up and operational costs.
About the Presenters
Bryon Backenson, MS Director, Vector Surveillance Unit; Deputy Director, Bureau of Communicable Disease Control @New York State Department of Health
Bryon Backenson is Director of the New York State Department of Health’s Vector Surveillance Unit and Deputy Director of the Bureau of Communicable Disease Control. Bryon has worked on Lyme and other tick-borne diseases since 1991, and has an interest in the population dynamics of vector-borne diseases. In his current role, he oversees surveillance of vector-borne diseases in New York State, and focuses on the translation of surveillance and research data into public health action and policy. Bryon provided a review of considerations for starting and operating tick surveillance programs in our region for this webinar presentation.
Kirby Stafford III, PhD State Entomologist, Chief Scientist @Connecticut Agricultural Experiment Station
Dr. Kirby Stafford is the State Entomologist of Connecticut and chief scientist at the Connecticut Agricultural Experiment Station’s Department of Entomology. Kirby has 32 years of experience leading studies of the control of the blacklegged tick, and he has recently coordinated an integrated tick management project and overwintering survival studies. He also coordinates Connecticut’s recently-initiated statewide active tick surveillance program. Kirby provided an overview of the field methods for collection of four medically important tick species in our region for this webinar presentation.
Melissa Prusinski Research Scientist, Laboratory Supervisor @New York State Department of Health Vector Ecology Lab
Melissa Prusinski is a research scientist and laboratory supervisor for the Vector Ecology Lab in the New York State Department of Health Bureau of Communicable Disease Control. Melissa serves as the chief coordinator of the statewide tick-borne pathogen surveillance initiative. Her ongoing research projects include monitoring tick populations and the prevalence of associated pathogens, exploring the ecology of tick and pathogen populations, and investigating rare and emerging tick-borne pathogens. Melissa provided insights on testing ticks for pathogens for this webinar presentation.
Maria Diuk-Wasser, PhD Associate Professor @Columbia University, Department of Ecology, Evolution, and Environmental Biology
Dr. Maria Diuk-Wasser is an Associate Professor in the Department of Ecology, Evolution and Environmental Biology at Columbia University. Maria has been involved in tick and mosquito-borne disease research for the last 20 years. Studies under her direction include modeling the spread of tick-borne pathogens regionally and nationally, the effect of climate and host community composition on pathogen abundance, and the development of modeling approaches to predict human risk for zoonotic diseases. Maria provided insights on how data obtained from tick surveillance can be analyzed and communicated for this webinar presentation.
Patti Casey Manager, Environmental Surveillance Program @Vermont Agency of Agriculture and Markets
Patti Casey is the environmental surveillance program manager for the Vermont Agency of Agriculture. Under her direction, the Vermont Vector Surveillance Program tracks disease-carrying populations of mosquitoes and ticks statewide through several programs. Patti provided insights from her agency’s experience initiating and conducting tick surveillance in the state for this webinar presentation.
Charles Lubelczyk, MPH Field Biologist @Maine Medical Center Research Institute, Lyme and Vector-Borne Disease Laboratory
Charles (Chuck) Lubelczyk is a field biologist with the Maine Medical Center Research Institute Lyme and Vector-borne Disease Lab. Chuck has been involved in research on the spread of vector-borne diseases since the late 1990s, focusing on the interactions between ticks and mosquitoes and their hosts and habitat requirements. He is currently working on projects related to community-based strategies to control blacklegged ticks and the role of migratory birds in the ecology of Lyme disease. Chuck provided insights from his program’s experiences conducting tick surveillance in Maine for this webinar presentation.
Discussions on the Invasive Asian Longhorned Tick, Haemaphysalis longicornisPresenters: Dr. Allen C.G. Heath, Dr. Andrea Egizi, and Dr. Richard Falco
Recorded: November 19, 2018
Dr. Allen C.G. Heath, Dr. Andrea Egizi, and Dr. Richard Falco together presented an informational webinar reviewing the biology, ecology, distribution, and control of the invasive Asian longhorned tick, Haemaphysalis longicornis, providing perspectives and experiences from New Zealand and the northeastern United States.
About the Presenters
Allen C.G. Heath, PhD Parasitologist (semi-retired) AgResearch at Hopkirk Research Institute in Palmerston North, New Zealand
Dr. Allen Heath is a graduate of both Victoria University of Wellington, New Zealand, and the University of Queensland, Australia. He has worked for over 50 years in the field of ectoparasitology. His research interests have been spread across biting louse, mite and blowfly strike infestations in sheep, as well as tick and mite parasites of wildlife. His papers cover the taxonomy and ecology of various ectoparasites as well as their economic effects and control strategies for them. He has always had a strong interest in conveying research findings to farmers and the general public. Now semi-retired, Dr. Heath is involved in collaborative tick research with overseas’ colleagues, involving climate modeling and taxonomy, and he co-supervises two PhD candidates.
Andrea Egizi, PhD Research Scientist Tick-Borne Disease Laboratory, Monmouth County, NJ
Dr. Egizi oversees Monmouth County’s Tick-Borne Disease Laboratory, which focuses on pathogen detection in ticks to support Monmouth County’s tick surveillance program. The laboratory is located at the Rutgers Center for Vector Biology and collaborates with Rutgers faculty and students on a variety of research projects. Dr. Egizi is also an Adjunct Professor in the Department of Entomology at Rutgers. More info and publications here.
Richard Falco, PhD Regional Medical Entomologist New York State Department of Health, Louis Calder Center, Fordham University
Dr. Falco has been studying the ecology of ticks and mosquitoes in New York State for 35 years. He began working for the Westchester County Health Department after earning his PhD, and then later moved to Fordham where he started a long-term collaboration with Dr. Tom Daniels. During this time period, he studied the peri-domestic nature of Lyme disease, conducted extensive studies on tick bite epidemiology, and helped describe the ecology and seasonal activity patterns of the blacklegged tick in NY. He began work as a NYSDOH Regional Medical Entomologist in 2006, based at Fordham University’s Louis Calder Center. Dr. Falco’s recent work includes a statewide tick surveillance project and several studies related to the distribution of the invasive mosquito species Ae. japonicus and Ae. albopictus.
Concepts in Vector Control: TicksPresenters: Dr. Kirby Stafford III and Dr. Scott Williams
Recorded: August 30, 2018
Dr. Kirby Stafford and Dr. Scott Williams of the Connecticut Agricultural Experiment Station provide an overview of integrated tick management approaches and challenges to effective tick control.
About the Presenters
Kirby Stafford III, PhD Chief Entomologist, State Entomologist Connecticut Agricultural Experiment Station
Dr. Stafford has over 30 years of experience leading studies of the control of the blacklegged tick, Ixodes scapularis. Dr. Stafford is currently Chief (Head) Entomologist and State Entomologist for Connecticut. His initial research focused on the application of pesticides for tick control, but soon included studies of the tick parasitic wasp Ixodiphagus hookeri, deer exclusion and reduction, the topical application of pesticides to white-tailed deer and white-footed mice, landscape modifications, biological and natural chemical tick control, and community-based Lyme disease prevention projects. Recently, Dr. Stafford has coordinated an integrated tick management (ITM) project utilizing the fungus Metarhizium anisopliae, rodent-targeted bait boxes and deer reduction. In addition, he has examined some climatic variables on the activity of I. scapularis and conducts overwintering survival studies.
Scott C. Williams, PhD Associate Agricultural Scientist Connecticut Agricultural Experiment Station
Dr. Williams is a Certified Wildlife Biologist with The Wildlife Society and has worked on a variety of projects related to the biology and ecology of zoonotic pathogen reservoir hosts and their vectors over his 16 years at the Connecticut Agricultural Experiment Station. He has captured and collected over 3,500 blood samples from both host competent (Peromyscus leucopus) and host incompetent (Odocoileus virginianus) reservoirs for screening for the presence of various tick-borne pathogens throughout the State of Connecticut. He has also conducted numerous research projects on white-tailed deer including non-lethal male sterilization techniques, investigating deer behavioral responses to different lethal removal efforts, and limitations of regulated hunting in achieving deer densities compatible with tick and associated tick-borne disease abatement in residential settings.