Department of Vector Ecology and Environment

Department of Vector Ecology and EnvironmentOur research interests include any thing from ecology to molecular biology of medically important arthropods, particularly mosquitoes that transmit pathogens such as Malaria parasites and dengue virus in Africa and Southeast Asia. We are also interested in their relationships with environmental variables and development of environmentally friendly vector control tools.


  • Professor Noboru Minakawa
  • Associate Professor Hitoshi Kawada
  • Assistant Professor Toshihiko Sunahara
  • Assistant Professor Kyoko Futami
  • Assistant Professor Takashi Tsunoda
  • Assistant Professor Hu Jinping
  • Assistant Ikumi Fritz
  • Assistant Chiaki Tsurukawa
  • Assistant Naomi Sano
  • Assistant Nanami Yoshihara
  • Assistant Sarina Yamashita
  • Assistant Junko Sakemoto
  • Graduate Student Huynh Thi Thuy Trang
  • Graduate Student Yang Chao
  • Graduate Student Nayu Sukehiro
  • Graduate Student Yasue Morimoto

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For an important dengue virus vector, we revealed the geographical distributions of two subspecies of Aedes aegypti in East and South African regions. Our study also found that the genetic structure of Ae. aegypti populations in endemic areas in Africa is similar to those of Southeastern populations. The results suggest that the mosquito populations in the endemic areas were introduced from the overseas. To test the hypothesis further, we are currently conducting various studies, including a study on virus susceptibility.
For reducing malaria risk, we are studying the effectiveness of new insecticides and insecticide treated mosquito nets (ITNs) in Kenya and Malawi. We are also developing a malaria early warning system in Africa, incorporating climate predictions.

         Recent main research achievement
1. Yamamoto et al. Biosens Bioelectron 2019;132:375-381.
2. Kasai et al. Euro Surveill 2019;24(5). doi:10.2807/1560-7917.ES.2019.24.5.1700847.
3. Tamari et al. Parasitology 2018;146(3):363-371.
4. Imanishi et al. Jpn J Infect Dis 2018;71(6):427-435.
5. Behera et al. Environ Dev 2018;27:47-57.

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