A Journey Through Tides

Mattias Green is a physical oceanographer working on changes in tides and tidally driven processes on a range of scales. After earning degrees in oceanography at Goteborg University in Sweden, he moved to Bangor University in 2005. After a stint as a postdoc there, he received a NERC Advanced Fellowship, and later became senior lecturer in physical oceanography at Bangor. He is now professor of physical oceanography at Bangor and works on tides and tidally driven processes and how they change on a range of time scales – from years to eons. He has published 70 peer reviewed papers to date and his work has been highlighted by Nature, Science, The Conversation, CNN, and a number of other international outlets. João C. Duarte works in tectonics, geodynamics, and marine geology. He is an auxiliar professor at the Faculty of Sciences of the University of Lisbon and a researcher at IDL, where he coordinates the research group on Continental Margins and the Deep Ocean Frontier. João has published more than 40 papers and has several edited works, including two Elsevier books entitled Transform Plate Boundaries and Fracture Zones and A Journey Through Tides, an Elsevier special volume in the Journal of Geodynamics on the “200 years of geodynamic modelling”, and an AGU monograph entitled Plate Boundaries and Natural Hazards. He was awarded the Dis_x0002_covery Early Career Researcher Award from the Australian Research Council in 2015. In 2017, he was awarded the Arne Richter Award for Outstanding Early Career Scientists of the European Geosciences Union. He is a member of the editorial board of Communications Earth & Environment and a Fellow of the Lisbon Academy of Sciences. João is passionate about science communication, and he regu_x0002_larly collaborates with science magazines and the media.

• SECTION 1 Fundamentals1. Tidal Science Before and After Newton2. Introducing the oceans3. A brief introduction to tectonics4. Why is there a tide?SECTION 2 A Tidal Journey Through Time5. A timeline of Earth’s history6. Early Earth (Hadean and Archaean – 4600-2500 Ma)7. Proterozoic (2500-541 Ma)8. Phanerozoic (541 Ma-present day)9. Present day: Tides in a changing climate10. Into the futureSECTION 3 Consequences of Living on a Tidal Planet11. Tides at a coast12. Tidal rhythmites: their contribution to the characterization of tidal dynamics and environments13. Tides - Lifting Life in the Ocean14. Tides, Earthquakes and Volcanic eruptions15. Solid Earth tides16. Atmospheric tides – an Earth system signal17. Tidal drag in exoplanet oceans