Vector Behaviour, Ecology, and Transmission Research
Dr. Lauren Cator is a Senior Lecturer at Imperial College London. She studies the behaviour of disease transmitting mosquitoes. In the past she has worked on several aspects of mosquito behavioral ecology both in the laboratory and in transmission sites in Tanzania, Thailand, Mexico, and India. Lauren is pictured here with her favourite collaborator and non-work "outputs".
If you are interested in working with Lauren please contact her: l.cator@imperial.ac.uk.
View Lauren's CV
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Alima Qureshi's interests lie largely in how mosquitoes respond and interact with different parameters in the environment. She supports on the technical side of the research by helping with behavioural experiments set up by the group.
Alima likes to spend her spare time (what little she has of it!) going on outings with her husband and daughters, travelling and cooking -she loves all things food related, and spends a lot of time eating!
Dr. Claudia Wyer received PhD in spring 2023 through the NERC-funded ‘Scientific Solutions for a Changing Planet’ Doctoral Training Partnership. Her dissertation focussed on the genomic basis of sexual selection in Aedes aegypti. In her past work she has investigated the role of microbiota load in the gut epithelial response in the malaria vector Anopheles coluzzi, and the functional characterisation of genes of the rodent malaria parasite Plasmodium berghei. Claudia is currently conduct research on genes underlying male mating success and post mating responses.
Illustrious Alumni
Marie Russell is interested in how ecological factors influence the life history traits of mosquitoes, and how those traits might affect the potential of mosquitoes to transmit pathogens. Since Marie’s past experiences working with mosquitoes (in Atlanta, Georgia and Hilo, Hawaii) were primarily field-based, she also has an interest in optimizing mosquito surveillance methods. Marie’s previous position as a fellow at the US Environmental Protection Agency allowed her to perform data analyses for a wide range of environmental topics including air pollution, combined sewer overflows, perfluorinated compounds, and non-targeted compounds. Marie’s favorite way of analyzing data is currently to use the “tidyverse” in R. Marie is currently working at Iowa State University on West Nile surveillance.
Nichar Gregory (2015-2019) is broadly interested in understanding the mechanistic processes that operate between ecological conditions and outcomes of health relevance. In past work, she has investigated trade-offs in health-related ecosystem services in Brazil, using a dung beetle-faecal parasite system, as well as the role of cockfighting in facilitating Highly Pathogenic Avian Influenza A (H5N1) transmission in Southeast Asia. Her Ph.D. research in Malaysian Borneo explored the impacts of converting lowland tropical forest to oil palm plantation on vector-borne disease risk. She is particularly interested in understanding how mosquito ecology interacts with environmental change to influence risk parameters. Nichar is now a postdoctoral researcher in the EcoHealth Alliance
Paul Huxley. My PhD focuses on the potential impacts of environmental change on vector-borne disease dynamics. Traditional epidemiological models tend not to account for vector biology or ecology. My work seeks to address this gap by investigating functional vector traits, and establishing the extent to which individual variation within populations is influenced by environmental factors, such as changes in temperature and diet. Trait variation may play an important role in determining the ability of mosquitoes, for example, to transmit potentially fatal diseases to humans and wildlife. These research areas are brought together by an overarching interest in contributing to our understanding of global environmental change, and its impacts on human and ecosystem health. I’m excited to work with my colleagues in this Lab, and my other supervisors in Life Sciences (Samraat Pawar) and the Grantham Institute and Public Health (Kris Murray). On the rare occasions that I'm not thinking about mosquitoes, I enjoy chasing a football, pretending I can cook, and attempting to communicate in Japanese using pantomime hand gestures. Paul will be working as a post-doc at the Quantitative Ecological Genetics Lab at Virginia Tech starting fall 2021.
Dr. Andy Aldersley is (very broadly!) interested in how we can use data to learn about the natural world around us. Currently, his focus is on understanding the how, what, and why of acoustic signalling between mosquitoes. During his PhD at the University of Bristol, Andy spent a large part of his time developing methods to visualise and analyse auditory interactions between pairs and larger groups of mosquitoes, with a view to understanding how sound is used in pre-copulatory and swarm behaviours. He worked with the Cator Lab from 2016-2019 working on a BBSRC project to investigate more deeply the role of acoustics in male mating success of the yellow fever mosquito, Aedes aegypti, and how this fits in with our wider knowledge of their behavioural ecology. See what Andy is up to here
Masters Projects
Stefano Idugboe, Zacharo Zanti Investigating the effect of larval diet on the acoustic signals of Aedes aegpyti
Bethan Lang The effect of larval diet on male mating success in Aedes aegypti
Jo Clarke Methods in motion tracking for mosquito swarms
Jacob Cohen- The effect of individual variation on measurements of fecundity
Undergraduate Projects
Sarah Warwicker Can we catch the yellow fever mosquito with yeast? (2015)
Dougal Rees A comparative laboratory study on the reaction of Aedes aegypti to different yeast species (2016)
Kirelle McManus The effect of diet on swarming behaviour in Aedes aegypti (2016)
Celia Lutrat Indirect benefits in Aedes aegypti (2016)
Mascot
Dr. Borlog Cator-Milner was born somewhere in the Southern United States before being moved to a no-kill shelter in Geneva, NY. He spent time "working" at Cornell University, Pennsylvania State University and Silwood Park (mostly the pub). His primary research interests included the effect of sleep deprivation on humans, optimal foraging theory, and rabbit location techniques. He also liked walks.