Climate Change, Land Use, and Malaria Transmission

EPA Grant Number: U916226
Title: Climate Change, Land Use, and Malaria Transmission
Investigators: Desai, Manish A.
Institution: University of California - Berkeley
EPA Project Officer: Jones, Brandon
Project Period: January 1, 2003 through January 1, 2006
Project Amount: $100,185
RFA: STAR Graduate Fellowships (2003) Recipients Lists
Research Category: Academic Fellowships , Fellowship - Public Health Sciences , Health Effects


There is growing concern that global environmental change will extend the distribution of malaria. At greatest risk are rural developing world communities already living at the margins of the disease. Yet, the relationships between climatic conditions and malarial risk are complex, complicated by intervening ecological and social factors, as well as the underlying dynamics of the disease. Land-use practices, in particular, exert significant influence on the climate-malaria nexus. The objective of this research project is to understand the consequences of perturbating malaria transmission across a landscape in a site-specific manner to better design public health programs.


I will characterize and analyze the mechanisms by which climatic conditions, modulated by land-use practices, shape malarial risk in East Africa. I am developing a mathematical model of malaria transmission that will serve as a platform for integrating the essential features of disease dynamics with local environmental and epidemiologic information. Calibrated to spatially explicit data from the study site that extends from endemic lowlands to epidemic highlands, this research project will relate changes in climatic conditions and malarial risk, assess the mediating role of land-use practices, and inform future studies and interventions.

Supplemental Keywords:

fellowship, land use, land-use practices, climate change, malaria transmission, malaria, East Africa, climatic conditions, climate-malaria nexus., RFA, Health, Scientific Discipline, PHYSICAL ASPECTS, Air, Health Risk Assessment, Geochemistry, climate change, Air Pollution Effects, Epidemiology, Risk Assessments, Physical Processes, Atmosphere, anthropogenic stress, environmental monitoring, East Africa, climatic influence, exposure, human exposure, malaria transmission model, human dimension, land and water resources, landscape characterization, human health risk, land use, climate variability