Faculty of Environment, Science and Economy
The Faculty of Environment, Science and Economy is a vibrant interdisciplinary community, dedicated to delivering world-class education and research that breaks new boundaries and has a positive impact on the world. We work across fundamental sciences, engineering and business to deliver on the University’s Strategy 2030 to create a sustainable, healthy and socially just future. For more information, please visit http://www.exeter.ac.uk/departments/ese/
Recent Submissions
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The extraordinary task of crafting a more ‘ordinary’ geography: Post-vanguardism and the art of not-knowing best
(SAGE Publications, 18 March 2024)This commentary responds to the provocations in Shawn Bodden’s paper Working through our differences, in which he draws on the work of the late Clive Barnett and Ordinary Language Philosophy to advocate for a more ‘ordinary’ ... -
On the Ambipolar Diffusion Formulation for Ion-neutral drifts in the non-negligible drift velocity limit
(The Royal Society, 2024)The ambipolar diffusion approximation is used to model partially ionised plasma dynamics in a single fluid setting. To correctly apply the commonly used version of ambipolar diffusion, a set of criteria should be ... -
Nonlinear wave damping by Kelvin-Helmholtz instability-induced turbulence
(American Astronomical Society / IOP Publishing, 2024)Magnetohydrodynamic kink waves naturally form as a consequence of perturbations to a structured medium, for example transverse oscillations of coronal loops. Linear theory has provided many insights in the evolution of ... -
The use of vision modelling to design bycatch reduction devices using light
(Wiley, 2024)Artificial light can be used to deter unwanted non-target catch (bycatch) from fishing gear, which is thought to be achieved by repelling bycatch, or highlighting escape routes on nets. To select for responses in ... -
Consistent, Conservative, and Efficient Advection Updates for Iterative-Implicit Atmospheric Solvers
(Wiley / Royal Meteorological Society, 2024)Atmospheric model dynamical cores that iterate towards a Crank-Nicolson-like implicit time stepping scheme are attractive for operational prediction because their excellent stability properties permit the use of long time ...