Emma Louise Fairbanks

This paper quantifies how different experimental hut designs affect the evaluation of insecticide-treated nets and predicts reductions in vectorial capacity, showing that hut design has a larger impact than net washing.

The paper develops a mathematical model to quantify vector diversion effects in zoonotic systems, showing how vector control interventions can impact transmission dynamics across host populations.

This paper develops a mathematical model integrating climate and vector control to predict arbovirus transmission, showing AHSV has higher vectorial capacity than BTV, SBV, and EHDV but similar basic reproduction number due to shorter infectious period.

This study evaluates volatile pyrethroid spatial repellents and etofenprox-treated clothing for reducing Anopheles landings in Cambodia, finding substantial protective efficacies and significant reductions in vectorial capacity.

This study quantifies host feeding patterns of Culicoides species, finding some exhibit fixed preferences while others are opportunistic, with geographic variations influencing behavior.

The paper develops a Bayesian inference method to assess personal and community protection of vector-control interventions using semi-field experimental data.