Meteorological research within the University of Reading (2016).
LOCATION
Whiteknights, Reading RG6 6AH
Our Christmas South-East local centre meeting will be a showcase of PhD research in the Department of Meteorology, University of Reading. Alongside Christmas refreshments, PhD poster presentations will take place between 6:15-7:15pm. Afterwards we have three PhD speakers presenting work from a range of topics.
First up, Jake Gristey will discuss his modelling work of satellite constellations to improve radiation flux observations. Understanding the imbalance of radiation fluxes in our atmosphere is crucial for predicting the impacts of future climate change. Eunice Lo will then speak on her research investigating the injection of sulphur dioxide into the stratosphere as a mitigation method against anthropogenic climate change. Her presentation looks at the cooling signal of this geoengineering method in a hypothetical world. Finally, James Shaw will present his work on a new computational mesh which he has developed that improves the transport of water species and trace gases over a mountainous terrain.
The meeting will give a broad overview of PhD research and offer an opportunity for discussing the latest scientific research.
Our Christmas South-East local centre meeting will be a showcase of PhD research in the Department of Meteorology, University of Reading. Alongside Christmas refreshments, PhD poster presentations will take place between 6:15-7:15pm. Afterwards we have three PhD speakers presenting work from a range of topics.
First up, Jake Gristey will discuss his modelling work of satellite constellations to improve radiation flux observations. Understanding the imbalance of radiation fluxes in our atmosphere is crucial for predicting the impacts of future climate change. Eunice Lo will then speak on her research investigating the injection of sulphur dioxide into the stratosphere as a mitigation method against anthropogenic climate change. Her presentation looks at the cooling signal of this geoengineering method in a hypothetical world. Finally, James Shaw will present his work on a new computational mesh which he has developed that improves the transport of water species and trace gases over a mountainous terrain.
The meeting will give a broad overview of PhD research and offer an opportunity for discussing the latest scientific research.