Project Description

The goal of this project is to foster collaborative training and research for the management of mosquito-borne diseases. We propose an interdisciplinary approach to gain a better understanding of the way in which hydrological modeling and water management methods can affect the distribution of mosquito vectors and thus reduce prevalence of infectious diseases that are vectored by mosquitoes. The project is supported by Focal Point Project.

More Details

Upcoming Events and Seminars

The IBEMEA workshop at University of Illinois is coming

Date: May 14, 2014

- Keynote speaker: Mercedes Pascual, University of Michigan.

Register Now!

More Info!

The Changing Epidemiology of Vector Borne Diseases in Africa - The Case for Malaria

Department of Entomology Colloquium: Spring 2014

Speaker: Charles Mbogo , Center for Geographic Medicine, KEMRI/Welcome Trust, Kilifi, Kenya.
Location: Room B102, Chemical and Life Sciences Laboratory
Time: 4:00 - 5:00 pm, Monday March 17, 2014.
Speaker's website

Recent Posts

Human-managed water systems. Stormwater, sewage, and green infrastructures. Urban land use, aquatic systems and using models to inform development decisions

Oct 14, 2013

- Guest speaker, Michael Krause, will present and lead the discussion.

Hydrological and climate models relative to emerging mosquito-borne disease. Hydrological models and vectors

Oct 7, 2013

- Two reading papers have been uploaded on moodle.
- Guest speaker, Anre Bomblies, will present and lead the discussion.

Mosquito-borne disease from a disease ecology perspective

Sep 30, 2013

- Two reading papers have been uploaded on moodle.
- Brian Allan will lead the discussion.

Mathematical models and the contribution to control and prediction of mosquito-borne disease

Sep 23, 2013

- Two reading papers have been uploaded on moodle.
- Zoi Rapti will lead the discussion.