Stormwater & mosquito control project
In Lead Investigator Brian Allan’s words: “Mosquito-borne diseases continue to pose a major threat to human health worldwide despite substantial global eradication efforts — in part because many mosquito vectors breed in human-made aquatic habitats in urban areas worldwide. The primary strategy for mosquito control is extensive application of synthetic pesticides targeting juveniles in aquatic habitats, but this is largely unsuccessful.
“A better solution may be to eliminate the aquatic breeding habitats for mosquitoes in urban areas altogether. ‘Green Infrastructure’ technologies to manage stormwater act to both reduce the rate of flow from large rainfall events and to intercept and retain runoff and contaminants on site for water quality improvement. An unintended benefit is that Green Infrastructure appears to eliminate the aquatic habitats in which mosquito larvae develop. We believe that Green Infrastructure also can be combined with a second mosquito control strategy: the manipulation of the aquatic microbiome, which forms the base of the food web for mosquitoes in stormwater habitats, will inhibit mosquito growth.
“The combination of these approaches may offer innovative and environmentally sustainable alternatives for mosquito-borne disease control and reduced dependency on insecticides. Our research project will integrate hydrological modeling and CyberGIS approaches into our field and laboratory studies of stormwater infrastructure and the aquatic microbiome to extend our findings to other regions.
“Our team draws upon multiple areas of considerable historical strength at the University of Illinois: vector biology, environmental engineering, genomic biology, and spatial analysis. This research will offer novel solutions to the persistent problem of mosquito-borne disease control while building a research initiative into sustainable infrastructure and public health at the University of Illinois at Urbana-Champaign.”
- “Our primary area of activity has been to unite the mosquito control, hydrological modeling, and cyberGIS experts on our team in an ambitious project to forecast for the continental U.S. a) what will be the extent of the adoption of green stormwater infrastructure based on state and municipal regulations combined with local hydrology and soil characteristics, and b) what is the likely impact of the widespread adoption of green infrastructural practices for mosquito control based on the known biology of local vector mosquito species.”
- The arrival of Zika virus in the Americas has created several funding opportunities directly relevant to the efforts of this project, including a synthesis of the team’s empirical research into the stormwater environment and employing cyberGIS to use large data sets and project forecasts of disease risk and movements across landscapes.
- “Our findings to date have motivated several additional field and laboratory studies, including surveys of green and conventional stormwater infrastructure here in Illinois to better understand the consequences of the adoption of green technologies for mosquito control.”
Principal Investigator and co-PIs
- Brian Allan, Assistant Professor of Entomology (in group photo at right). His departmental page. His lab page.
- Carla Cáceres, Professor of Animal Biology (in group photo). Her departmental page. Her lab page.
- Allison Hansen, Assistant Professor of Entomology (in group photo). Her departmental page. Her lab page.
- Juma Muturi, former Director of Medical Entomology at the Illinois Natural History Survey, now Research Scientist at USDA (in group photo). His USDA Agricultural Research Service page.
- Marilyn O’Hara Ruiz, Clinical Associate Professor of Pathobiology (in group photo). Her departmental page. Her lab page.
- Arthur Schmidt, Research Assistant Professor in Civil and Environmental Engineering (right). His departmental page. His lab page.
- Shaowen Wang, Professor of Geography and Geographic Information Science (in group photo). His departmental page. His Department of Urban & Regional Planning page. His School of Earth, Society, and the Environment (SESE) page. His National Center for Supercomputing Applications (NCSA) page. His lab page.
Operating team: Faculty, Scientists, Postdocs, and Students (all in group photo)
- Elijah Juma, M.S. Candidate in Entomology. His ResearchGate page. Read more about Elijah and his work >>>
- Surendra Karki, Ph.D. Candidate in Pathobiology. His ResearchGate page. His Lavey Rosencranz Research Award Winner page.
- Do Hyup Kim, Ph.D. Candidate in Entomology. His Hansen Lab page.
- Andrew Mackay, Postdoctoral Researcher in Entomology. His ResearchGate page. His Allan Lab page. Read more about Andrew and his work >>>
- Anand Padmanabhan, Senior Research Scientist in the CyberInfrastructure and Geospatial Information Laboratory. His lab page. His NCSA page. His CyberGIS page.
- Allison Parker, Ph.D. Candidate in Entomology. Her Allan Lab page.
- Aiman Soliman, Postdoctoral Researcher in Supercomputing Applications. His NCSA page.
- Catherine Wangen, Academic Hourly Researcher in Entomology.
- Derek Wildman, Professor of Molecular and Integrative Physiology. His departmental page. His lab page. His ResearchGate page.
Former team member:
- Allison Gardner (Ph.D. in Entomology ’16; now faculty at University of Maine). Read more about Allison and her work >>>
Publications & Presentations
(iSEE project members’ names in bold):
- Publication: “Effect of Trapping Methods, Weather, and Landscape on Estimates of the Culex Vector Mosquito Abundance.” Karki, S.; Hamer, G.L.; Anderson, T.K.; Goldberg, T.L.; Kitron, U.D.; Krebs, B.L.; Walker, E.D.; Ruiz, M.O. Environmental Health Insights 2016:10 93-103
- Presentation: “Potential impacts to mosquito-borne disease risk in urban landscapes from the adoption of ‘green’ storm water management practices.” Mackay, A.J.; Juma, E.O.; Wangen, C.E.; Allan, B.F. Illinois Water Day, Urbana, IL, April 2016.
- Presentation: “Leaf detritus of native and invasive plants alters microbial resource diversity in aquatic habitats and performance of container-breeding mosquitoes.” Gardner, A.; Allan, B.; Duple, J.; Malik, N.; Muturi, J. Ecological Society of America annual meeting, Baltimore, MD, August 2015.
- Presentation: “Discovery of a naturally-occurring ecological trap and implementation for attract-and-kill mosquito control.” Gardner, A.; Muturi, J.; Allan, B. Entomological Society of America annual meeting, Minneapolis, MN, November 2015.
- Presentation: “Eradication of Amur honeysuckle (Lonicera maackii) alters mosquito abundance and distribution.” Gardner, A.; Allan, B.; Muturi, J. Illinois Mosquito and Vector Control Association annual meeting, Champaign, IL, November 2015.
- Presentation: “Exploitation of ecological traps for mosquito control.” Gardner, A.; Allan, B.; Duple, J.; Malik, N.; Muturi, J. Illinois Water Day, Champaign, IL, April 2016.
- Presentation: “Leaf detritus alters bacterial resource composition in aquatic habitats and production of container-breeding mosquitoes.” Gardner, A.; Overmier, L.; Muturi, J.; Allan, B. IGB Fellows Symposium, Champaign, IL, May 2016.
- Presentation: “Effect of trapping mathods, weather and landscape on estimates of the Culex vector mosquito abundance.” Karki S.; Hamer G.L.; Anderson T.K.; Goldberg T.L.; Kitron U.D; Krebs B.L.; Walker, E.D.; Ruiz M.O. Veterinary Research Day, Urbana, IL, April 2016.