Centre for Climate Adaptation & Environment Research
@caer-bath.bsky.social
Centre for Climate Adaptation & Environment Research, University of Bath. Our research ranges from enhanced understanding of climate change to developing mitigation and adaptation suitable for our natural and built environment.
This work introduces novel metrics to better evaluate and guide the design of materials for pyroelectric energy harvesting from dynamic thermal environments.
#MaterialsScience #EnergyHarvesting #Pyroelectrics #WomenInSTEM #PhDLife #ResearchAchievement
#MaterialsScience #EnergyHarvesting #Pyroelectrics #WomenInSTEM #PhDLife #ResearchAchievement
May 30, 2025 at 10:08 AM
This work introduces novel metrics to better evaluate and guide the design of materials for pyroelectric energy harvesting from dynamic thermal environments.
#MaterialsScience #EnergyHarvesting #Pyroelectrics #WomenInSTEM #PhDLife #ResearchAchievement
#MaterialsScience #EnergyHarvesting #Pyroelectrics #WomenInSTEM #PhDLife #ResearchAchievement
This is a first: a totally remote, solar-powered Lidar for gravel beach research. This project will provide new insights into storm impacts and recovery to enhance coastal resilience. Let’s see what winter 24/25 reveals! 🌍 #CoastalScience
December 13, 2024 at 8:01 AM
This is a first: a totally remote, solar-powered Lidar for gravel beach research. This project will provide new insights into storm impacts and recovery to enhance coastal resilience. Let’s see what winter 24/25 reveals! 🌍 #CoastalScience
It’s all part of the NERC #GravelBeach project: www.plymouth.ac.uk/research/coa.... The Lidar will record how storms shape beaches and how they recover. Topography is captured at low tide, while wave action is measured at high tide to reveal the processes driving these changes.
Gravel barrier resilience in a changing climate (#gravelbeach)
The #gravelbeach project is funded by a £3m Natural Environment Research Council (NERC) grant, based on the particular highlight topic of 'building...
www.plymouth.ac.uk
December 13, 2024 at 8:01 AM
It’s all part of the NERC #GravelBeach project: www.plymouth.ac.uk/research/coa.... The Lidar will record how storms shape beaches and how they recover. Topography is captured at low tide, while wave action is measured at high tide to reveal the processes driving these changes.