Extrinsic environmental factors influence the spatiotemporal dynamics of many organisms,
including insects that transmit the pathogens responsible for vector‐borne diseases (VBDs) …

We mapped current and future temperature suitability for malaria transmission in Africa
using a published model that incorporates nonlinear physiological responses to temperature …

Background Anopheles stephensi is a malaria-transmitting mosquito that has recently
expanded from its primary range in Asia and the Middle East, to locations in Africa. This …

Malaria transmission is known to be strongly impacted by temperature. The current
understanding of how temperature affects mosquito and parasite life history traits derives …

Background Malaria transmission depends on vector life-history parameters and population
dynamics, and particularly on the survival of adult Anopheles mosquitoes. These dynamics …

Models predicting disease transmission are vital tools for long-term planning of malaria
reduction efforts, particularly for mitigating impacts of climate change. We compared …

The ecology of mosquito vectors and malaria parasites affect the incidence, seasonal
transmission and geographical range of malaria. Most malaria models to date assume …

The development rate of parasites and pathogens within vectors typically increases with
temperature. Accordingly, transmission intensity is generally assumed to be higher under …

The parasites that cause malaria depend on Anopheles mosquitoes for transmission;
because of this, mosquito population dynamics are a key determinant of malaria risk …

Several studies suggest the potential for climate change to increase malaria incidence in
cooler, marginal transmission environments. However, the effect of increasing temperature …