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Limited attention from the modelling community has been given to ecological approaches which aim to predict geographical patterns of malaria by accoun...

Land use changes such as deforestation and the degradation of tropical forests can be key drivers of infectious disease, including malaria. However, p...

The effectiveness of conventional malaria vector control is being threatened by the spread of insecticide resistance. One promising alternative to che...

Knowledge of the link between a vector population's pathogen-transmission potential and its biotic environment can generate more realistic forecasts o...

The development of genetically modified (GM) mosquitoes and their subsequent field release offers innovative and cost-effective approaches to reduce m...

Indices of the intensity of malaria transmission (mosquito survival per feeding cycle, survival per extrinsic incubation period, vectorial capacity an...

Homing endonuclease genes (HEGs) exist naturally in many single-celled organisms and can show extremely strong genetic drive allowing them to spread t...

Eight populations of malaria vectors in Kenya were sampled over 3 years. Each population was sampled for up to one month. Relative density, parous rat...

A model of disease transmission was formulated which assumed that vector feeding behaviour is cyclical rather than continuous. This model led to equat...

Increasing concern over the sustainability of harvesting non-timber forest products (NTFP) has led to a growing literature on the ecological impacts o...