Sort by
Refine Your Search
-
role in shaping the research direction by selecting study regions, refining analytical approaches, and integrating methods across atmospheric science, remote sensing, and epidemiology
-
will develop and evaluate new approaches to predicting current and future population exposure to such hazards by combining numerical modelling and remote sensing of river migration, with machine learning
-
. The key objectives are: Objective 1: Identify optimal FPV sites in Cornwall and the South-West using GIS and multicriteria analysis to maximise green hydrogen potential, while evaluating legal frameworks
-
industries. Using existing plans, remote sensing and laser scanning field-surveys, they will build lab-based digital replicas of UK post-extractive underground and overground landscapes. Then they will import
-
Science and Services (TESS) lab (https://tess-lab.org/ ) in the Department of Geography, Streatham Campus, Exeter. Funded by the Saudi NEOM project, eligible students would receive Home tuition fees, a
-
Researcher will influence the direction of application areas and algorithm development, receiving direct training in InSAR processing, geospatial data science, and agricultural remote sensing. Co-supervision
-
. This PhD project will investigate the interactions between wildfire disturbance and thermokarst dynamics across Siberia and other Arctic regions using multi-sensor satellite remote sensing data provided by
-
the interaction between sediment mobilisation and water quality, generating evidence to help manage mountain river systems. The student will be based in Geography at the University of Exeter, where they will
-
Jackdaw Project – a long-term study population of wild jackdaws run by Alex Thornton – provides the ideal setting to test and validate methods before then applying them to field sites in even more remote
-
(pioneers in single-molecule optical sensing) and Dr Garry Codling (CREWW, University of Exeter; expert in PFAS and water industry partnerships). The project offers training in nanophotonics, surface