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Table of Contents Table of Contents Oral Presentation Abstracts ............................................................................................................................... 3 Plenary Session ............................................................................................................................................ 3 Adult Control I ............................................................................................................................................ 3 Mosquito Lightning Symposium ...................................................................................................................... 5 Student Paper Competition I .......................................................................................................................... 9 Post Regulatory approval SIT adoption ......................................................................................................... 10 16th Arthropod Vector Highlights Symposium ................................................................................................ 11 Adult Control II .......................................................................................................................................... 11 Management .............................................................................................................................................. 14 Student Paper Competition II ...................................................................................................................... 17 Trustee/Commissioner Session .................................................................................................................... 19 Latin American Student Competition ............................................................................................................. 19 Legistlative and Regulatory ........................................................................................................................ 21 Student Paper Competition III ..................................................................................................................... 22 UAS in Mosquito Surveillance and Control Symposium I ................................................................................. 25 Worldwide Management of Aedes aegypti and Aedes albopictus Symposium I ............................................... 24 Beekeepers and Mosquito Control: Building A Bridge Symposium I .................................................................. 30 Latin American Symposium I ....................................................................................................................... 34 Worldwide Management of Aedes aegypti and Aedes albopictus Symposium II ................................................ 32 Attract, Trap, and Train Your Mosquito Control Dream Team .......................................................................... 37 Innovations and Discoveries in Mosquito Control ........................................................................................... 40 Latin American Symposium I ....................................................................................................................... 42 Disease/Vector Studies II ................................................................................................................................ 45 Latin American Symposium II ...................................................................................................................... 43 Operations/Genetics .................................................................................................................................. 52 Tackling Ticks: Moving Beyond Mosquito Control Symposium ........................................................................ 47 Disease/Vector Studies III .......................................................................................................................... 49 Equipment/New Product Trials .................................................................................................................... 58 Public Relations/AMCARF ............................................................................................................................. 60 Social Media and Mosquito Control Symposium ............................................................................................. 62 Aerial Control/Aviation/Education I ............................................................................................................... 64 Biology/Behavior I ...................................................................................................................................... 60 Challenges and Opportunities in Vector-borne Disease Management and Vector Control Symposium I ................ 63 Water Management Symposium I ................................................................................................................ 69 Biology Behavior II/Larval Control ................................................................................................................ 73 Challenges and Oppportunities in Vector-borne Disease Management and Vector Control Symposium II ............. 73 Education II/GIS/GPS ................................................................................................................................. 79 i Water Management Symposium II ............................................................................................................... 80 Poster Session Abstracts ................................................................................................................................. 81 Author and paper numbers ............................................................................................................................. 101 AMCA Awards and Officers ............................................................................................................................. 111 ii Oral Presentation Abstracts Plenary Session PL-1 “The use of Wolbachia to disrupt dengue, Zika, and chikungunya transmission by Aedes aegypti” Peter Ryan ([email protected]) The World Mosquito Program is using inherited bacterial symbionts of insects known as Wolbachia to reduce dengue virus transmission by Aedes aegypti. The presence of Wolbachia in Aedes aegypti has been shown to reduce their susceptibility to dengue, Zika and chikungunya viruses. Field implementations involving releases of Wolbachia infected mosquitoes have resulted in the establishment of Wolbachia in local mosquito populations, without the need to suppress the mosquito population. Recent results indicate that deployments can be done at scale and current indications are that this approach is having large positive impacts on the reduction of disease in human populations. Moreover, the approach appears sustainable with Wolbachia persisting in mosquito populations for over 8 years without the need for reapplication, and therefore this approach may represent a cost saving intervention for governments to reduce Aedes transmitted disease burden. PL-2 Frugal science: from toys to global innovations Manu Prakash TBD Adult Control I 1 Promising new tools to fight Aedes mosquitoes in Thailand Alongkot Ponlawat ([email protected]), Thanyalak Fansiri, Arissara Pongsiri, Wachiraphan Chittham, Silas A Davidson, Robert L Aldridge, Seth C Britch, Kenneth J Linthicum Aedes aegypti is the most important arthropod borne viral disease vector which affects human health in tropical areas. Due to changes in mosquito behavior and an increase in insecticide resistance, new Ae. aegypti control techniques are crucially needed. Our goal is to investigate the efficacy of new tools implemented in Aedes vector control under the field conditions in Thailand. We performed the field experiments to determine the efficacy of the pyriproxyfen/spinosad-treated device, the different insect growth regulators (IGRs) on fecundity, fertility in female Ae. aegypti and sperm production in male Ae. aegypti, the application of non-insecticidal sticky gravid traps, and the ULV application of spinosad larvicide as a residual in a tropical environment against Aedes mosquitoes. These investigations show promise as effective tools for Ae. aegypti control. The number of deposited eggs significantly decreased when females Ae. aegypti exposed to the pyriproxyfen/spinosad-treated device. Results from our study demonstrated that many IGRs affected fecundity and reproduction of Aedes mosquitoes. We proved that ULV application of spinosad larvicide significantly increased the larval mortality. The current research conducted in the department of Entomology, AFRIMS will be discussed in regards to the Aedes mosquito control in Thailand. 2 Improved algorithms behind VectorWEB and pending deployment Laura Scavo ([email protected]), Adam Goodwin, Margaret Glancey, Tristan Ford, Jewell Brey, Collyn Heier, Soumyadipta Acharya Despite its importance, mosquito surveillance remains logistically challenging and highly human-resource intensive. Our team is developing the VectorWeb system for semi-autonomous mosquito surveillance. This system comprises a smartrap Internet-of-Things (IoT) attachment for a BG-GAT trap, a phone app, an online dashboard, and a computer vision identification algorithm. An identification algorithm is the key enabling factor in any autonomous surveillance system. The database supporting our algorithm has grown to 80,000 images of various imaging modalities,
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