Fully-funded VC Studentship - Spatio-Temporal Models for Large Citizen Science Data Sets

Title: Fully-funded VC studentship - Spatio-temporal models for large citizen science data sets

Supervisors: This is a joint project between the University of Kent and Butterfly Conservation and the PhD student will be supervised by a team with expertise in Statistics, Statistical Ecology, Citizen Science, and Butterfly Monitoring

University of Kent: Dr Eleni Matechou, Dr Diana Cole, Prof  Byron Morgan

Butterfly Conservation: Dr Emily Dennis, Dr Richard Fox

Scientific background

At a time of biodiversity loss, including widely reported insect declines, citizen science data play a vital role in measuring changes in species’ populations and distributions and in seeking to understand the pressures influencing such changes.

Butterflies and moths (Lepidoptera) respond quickly to habitat and climatic change, and hence are valuable biodiversity indicators. In the UK, millions of species occurrence records for Lepidoptera have been gathered by two large citizen science recording schemes, of which the full potential has not been fully realized.

Analysing recording data of this nature presents unique challenges relating to their vast quantity but also associated sampling biases. Using cutting edge modelling, this project will maximise these valuable datasets to enhance our understanding of species’ phenology (flight periods), distribution and range dynamics to help inform future conservation delivery and policy for UK butterflies and moths.

Research methodology

The student will undertake new statistical model developments applied to citizen science data. The research will involve:

• Critically assessing sampling design to determine how much data are needed to reliably estimate species’ occurrence trends - can occupancy models be used for rare species with small ranges?
• Modelling species’ phenology from citizen science data to provide new insights on variation over space and time.
• Applying state-of-the-art variable selection techniques to better describe drivers of species’ range and distribution change through suitable spatial and environmental covariates.

Training

The student will develop a strong, highly transferable skillset in statistical modelling and analysis using modern statistical and computational techniques applied to large, unstructured data sets spanning multiple species, locations and years. The student will benefit from interactions with conservation professionals at Butterfly Conservation, including opportunities to undertake fieldwork, to better understand the data collection processes and focal taxa of the project, as well as data use for conservation delivery and policy.

Research excellence

The student will join the thriving Statistical Ecology @ Kent research group, being supervised by leading researchers in statistics and statistical ecology. They will also be members of the UK-wide National Centre for Statistical Ecology. They will attend London Taught Course Centre training, NCSE seminars, and SE@K specialist training and they will present research results at a range of appropriate national and international conferences. There will be ample opportunity for independent development, with the student gaining transferable knowledge of modern data science and statistics.

Please see post for more details about the project and the application process and email Dr Eleni Matechou (e.matechou@kent.ac.uk) if you are interested in applying for the project or have any questions about the project or the application process.

Funding 

VC scholars will receive the following:

Annual stipend at UKRI rates (£17,668 in 2022/23); Annual tuition fees at Home rates (£4,596 in 2022/23)

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