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Douglas Norris

Departmental Affiliations

Global Disease Epidemiology and Control

Contact Info

615 N. Wolfe Street, Room E3628

Research Interests

vector biology; entomology; population genetics; arthropod genetics; Lyme Disease; malaria; West Nile Virus; biodiversity; tick; mosquito; Rickettsia; dengue; Zika
Experiences & Accomplishments
Colorado State University
North Carolina State University
North Carolina State University
Arthropod-borne diseases are responsible for enormous amounts of morbidity and mortality world-wide. Research in my laboratory is focused on genetic diversity within, and the genetic structuring of, arthropod and arthropod-borne pathogen populations. This research helps identify which arthropod populations may be important for disease transmission and which pathogen populations may be responsible for causing disease. The genetic information gathered in these studies also aids in the understanding of the evolution and genetic constraints of these vector-pathogen systems and may provide insight into how these cycles of disease may be disrupted. Current research activities in the laboratory are focused on malaria in Southern and Central Africa, Lyme disease, Rickettsia and other tick-borne bacteria in the Eastern United States, and dengue, yellow fever and Zika in South America. We are also working on novel trapping and pathogen surveillance technologies using vector arthropods as biological sensors.
Honors & Awards
2020-Present - Chair-Elect, American Committee on Medical Entomology; 2020 Delta Omega Honors Society; 2019-Present - Executive Board, Northeastern Regional Representative, Society for Vector Ecology; 2019-Present - Executive Council, American Committee on Medical Entomology; 2019-Present - Editorial Board, Journal of Medical Entomology; 2017 Student Assembly Advising, Mentorship and Teaching Recognition Award (AMTRA); 2013-2014 - President of the Society for Vector Ecology; 2010-2011 - President, Medical, Urban and Veterinary Entomology Section of the Entomological Society of America; 2005-2006 - President of the Acarological Society of America
Select Publications
Our publications represent the work conducted in the laboratory, so tend to be quite varied. Below are five of our most recent research publications.
  • (Selected papers) Drummond, C, ME Gebhardt, MTS Robles, G Carpi, I Hoyer, A Pastusiak, MR Reddy, E Jackson, DE Norris and JM Pipas. 2020. Stability and detection of nucleic acid from viruses and hosts in mosquito blood meals. PLoS One. 15(6): e0231061. PMID: 32525960. PMC7289426.
  • Rodriques, NB, RSM Godoy, AS Orfano, BA Chaves, TB Campolina, BA Costa, LS Felix, BM Silva, DE Norris, PFP Pimenta and NFC Secundino. 2021. Brazilian Aedes aegypti as a competent vector for multiple complex arboviral coinfections. Journal of Infectious Diseases. XX:0-0. PMID: 33544850. doi: 10.1093/infdis/jiab066.
  • Hoffman, JE, II Ciubotariu, L Simubali, T Medenda, WJ Moss, GC Carpi, DE Norris, and JC Stevenson for the Southern Africa ICEMR Team. 2021. Phylogenetic complexity of morphologically identified Anopheles squamosus in southern Zambia. Insects. 12: 146. PMID: 33567609. PMC7915044.
  • Ciubotariu, II, CM Jones, T Kobayashi, T Bobanga, M Muleba, JC Pringle, JC Stevenson, G Carpi, and DE Norris and for the Southern and Central Africa ICEMR Team. 2020. Genetic diversity of Anopheles coustani (Diptera: Culicidae) in malaria transmission foci in southern and central Africa. Journal of Medical Entomology. 57(6): 1782-1792. PMID: 32614047.
  • Hast, MA, JC Stevenson, M Muleba, M Chaponda, J-B Kabuya, M Mulenga, T Shields, WJ Moss and DE Norris for the Southern and Central Africa ICEMR Team. 2021. The impact of three years of targeted indoor residual spraying with pirimiphos-methyl on household vector abundance in a high transmission area of northern Zambia. American Journal of Tropical Medicine and Hygiene. 104(2): 683-694. PMID: 33350376. PMC7866301.
Vectorial Components of Malaria Transmission
Tick-borne pathogens in Maryland
Understanding the Vectorial Components of Malaria Transmission in Macha
Rickettsia rickettsii and Rickettsia-like organisms in Maryland
Impact of population movement and foraging behavior of Anopheles arabiensis
Predicting dengue epidemics with entomological and virological surveillance by xenomonitoring
International Centers for Excellence in Malaria Research (ICEMR)
Mapping malaria epidemiology in Bangladesh
Malaria Transmission and the Impact of Control Efforts in Southern Africa
Population And Genomic Approaches To Insecticide In Anopheles gambiae s.I. In Mali
Deep monitoring of the biome will converge life sciences, policy, and engineering