Andy Cunliffe
@tess-lab.org
Associate Professor of Geospatial Ecology, Uni. of Exeter, UK. Researching landscape function & management for societal benefit. (https://tess-lab.org). #SustainableLandscapes #RemoteSensing #LandscapeEcology #Vegetation #MachineLearning.
Apply by the 12th of January 2026, via www.exeter.ac.uk/study/fundin....
Join a strong team using Earth Observation & AI-driven multimodal computer vision under the leadership of Milto Miltiadou, working with
@tess-lab.org
, Sareh Rowlands, Steven Palmer, Susana Gonzalez Aracil, and Todd Redpath.
Join a strong team using Earth Observation & AI-driven multimodal computer vision under the leadership of Milto Miltiadou, working with
@tess-lab.org
, Sareh Rowlands, Steven Palmer, Susana Gonzalez Aracil, and Todd Redpath.
www.exeter.ac.uk
November 19, 2025 at 9:20 AM
Apply by the 12th of January 2026, via www.exeter.ac.uk/study/fundin....
Join a strong team using Earth Observation & AI-driven multimodal computer vision under the leadership of Milto Miltiadou, working with
@tess-lab.org
, Sareh Rowlands, Steven Palmer, Susana Gonzalez Aracil, and Todd Redpath.
Join a strong team using Earth Observation & AI-driven multimodal computer vision under the leadership of Milto Miltiadou, working with
@tess-lab.org
, Sareh Rowlands, Steven Palmer, Susana Gonzalez Aracil, and Todd Redpath.
You’ll explore deep learning, temporal modelling, multimodal fusion, and reinforcement learning for access routing, yielding insights supporting industry partner Interpine Group Ltd, UK forestry resilience, and our NetZero ambitions amidst increasing extreme weather events.
November 17, 2025 at 12:00 PM
You’ll explore deep learning, temporal modelling, multimodal fusion, and reinforcement learning for access routing, yielding insights supporting industry partner Interpine Group Ltd, UK forestry resilience, and our NetZero ambitions amidst increasing extreme weather events.
This PhD project aims to change that by developing adaptable, scalable methods that combine pre-storm LiDAR, post-storm SAR, LiDAR, and optical satellite data to rapidly and safely quantify forest damage.
@exeter.ac.uk
@exeter.ac.uk
November 17, 2025 at 12:00 PM
This PhD project aims to change that by developing adaptable, scalable methods that combine pre-storm LiDAR, post-storm SAR, LiDAR, and optical satellite data to rapidly and safely quantify forest damage.
@exeter.ac.uk
@exeter.ac.uk
🇳🇿 In New Zealand alone, forestry generates NZ$5.89B in annual export revenue—yet cyclones and tropical storms continue to disrupt harvesting, logistics, and worker safety. Traditional assessment methods (UAV and airborne LiDAR) often can’t be deployed for days to months after severe weather.
November 17, 2025 at 12:00 PM
🇳🇿 In New Zealand alone, forestry generates NZ$5.89B in annual export revenue—yet cyclones and tropical storms continue to disrupt harvesting, logistics, and worker safety. Traditional assessment methods (UAV and airborne LiDAR) often can’t be deployed for days to months after severe weather.