

There is emerging evidence that climate change is already having a profound effect on insect biodiversity, with changes in temperature and rainfall patterns being implicated in recent insect declines. However, existing studies have been biased towards certain well-studied groups of insects and towards northern temperate regions of the world, while clades and regions of exceptionally high diversity have been neglected. The idea behind this proposed PhD project is to leverage newly emerging global databases that describe insect biodiversity through space and time, to understand the impact that climate change has had on insect biodiversity to date, and to predict what the future may hold under accelerating climate change. Using global, multi-taxon databases will allow us to explore which insect groups and regions of the world are at greatest risk. The project will give you the opportunity to gain expertise in the latest statistical modelling of biodiversity, and to develop model-based projections of expected future insect biodiversity trends.
The student will receive training in advanced data-handling and statistical methods, and also into Geographic Information Systems. Most of the training will be through one-to-one instruction by the supervisory team, but the student will also be encouraged to attend relevant external training courses as appropriate
The PhD project will be very suitable for students wishing to pursue post-doctoral research after their PhD. We will aim to publish high-quality research in international scientific journals. It will also be highly relevant for students wishing to continue into careers in NGOs and other third-sector organizations, where analytical and GIS skills are highly desirable. Transferable skills in data analysis and GIS will also be very useful for other technical positions within industry, government and the charitable sector.