TS
Tectonics and Structural Geology
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Hannah Davies

Hannah Davies is currently a Posdoctoral researcher at GFZ Potsdam, Germany. Her research is focused on modelling million year time scale landscape evolution and its relationship to other components of the Earth system

Mind your Head: Taking care of yourself during the Corona-virus crisis – Part 2

Mind your Head: Taking care of yourself during the Corona-virus crisis – Part 2

It has been many months since the first lockdown, in some countries about a year, in other countries perhaps eight months. A continuing learning curve, with many ups and downs. Now the end is slowly appearing on the horizon, with promises of vaccines, and several countries making definite plans on when and how to vaccinate. Still – it will take at least 6 months, quite possibly more, until it is o ...[Read More]

#ShareEGU20: An online EGU General assembly?

#ShareEGU20: An online EGU General assembly?

In mid-March it was decided that the EGU conference in Vienna was to be cancelled, with an alternative proposed, the online GA. Being the first EGU general assembly to be held online, many people are doubtful about many aspects, such as how the conference will be organised and conducted. EGU has been providing answers to questions on their page and on Geolog, and we thought we would provide some h ...[Read More]

Beyond Tectonics: Building fictional worlds to better understand our own

Beyond Tectonics: Building fictional worlds to better understand our own

In this edition of “Beyond Tectonics” Ben Blackledge and Hannah Davies talk about worldbuilding and how it can be applied to the discipline of tectonics and tides. Ben Blackledge recently completed his MSc in Bangor and will soon be beginning a PhD in Bristol University.   Let’s begin with a question. Are the tides always the same on every planet? Because of the force of gravity, ...[Read More]

Beyond Tectonics: How mountain building shaped biodiversity

Beyond Tectonics: How mountain building shaped biodiversity

This edition of “Beyond Tectonics” is brought to you by Lydian Boschman. Lydian is a postdoctoral researcher at ETH Zürich. She has a background in geology and plate tectonic reconstructions, but now works with a group of biodiversity modelers of the Landscape Ecology group at ETH, bridging the gap between geology and biology. In her research, she focuses on the uplift history of the Andes, and ho ...[Read More]

Bangor and Snowdonia, a natural laboratory for geologists of the scientific revolution

Bangor and Snowdonia, a natural laboratory for geologists of the scientific revolution

Bangor, once a tropical paradise on the coast of Gondwana, then a volcanic wasteland at the foothills of an immense mountain chain. The region would then be buried under glaciers for thousands of years before finally developing into an unassuming Welsh University town.   Wales’ place in modern geology Perhaps you have looked at the chronostratigraphic chart of Earth history and wondered what ...[Read More]

Beyond Tectonics: Can only tectonically active planets sustain life?

Beyond Tectonics: Can only tectonically active planets sustain life?

This edition of “Beyond Tectonics” is brought to you by David Waltham. David is a professor of Geophysics at Royal Holloway who studies Geology, Astronomy and Astrobiology. His current research focus is on whether the Earth is “special” because it is habitable, or if the Earth is one of a vast amount of life-bearing planets. “Is Earth Special? Do we live on a typical rocky ...[Read More]

Beyond tectonics: The present-day tides are the biggest they have been since the formation of Pangea

Beyond tectonics: The present-day tides are the biggest they have been since the formation of Pangea

“Beyond tectonics” is a blog series which aims to highlight the connections between tectonics and other aspects of the Earth system. In this iteration of the “Beyond tectonics” series we talk about how plate tectonics have affected the tides on Earth over geological timescales. We will talk about tectonics on the Earth since the formation of Pangea to the present day, and i ...[Read More]