• Type: Seminar Series
• Timing: Fridays at 12 noon
• Web Address: https://www.earth.ox.ac.uk/events/
• Organising department: Department of Earth Sciences

Friday 20 November 2020 (6th Week, Michaelmas Term)

• 12:00 - Volatile recycling at the Lesser Antilles subduction zone
  Professor Jenny Collier (Imperial College)

Friday 4 December 2020 (8th Week, Michaelmas Term)

• 12:00 - Does the Antarctic Ice Sheet care about Earth Rheology?
  Dr. Pippa Whitehouse (Durham University)

Friday 22 January 2021 (1st Week, Hilary Term)

• 12:00 - Pseudofossils and the search for life on Mars
  Dr Sean McMahon (Edinburgh)

Friday 12 March 2021 (8th Week, Hilary Term)

• 15:00 - A Matter of Time: The Coupled Role of Host Star Age, Radiogenic Heat Budgets and the Lifetime of Habitable Climates on Rocky Exoplanets
  Dr Cayman Unterborn (Arizona State University)

Friday 30 April 2021 (1st Week, Trinity Term)

• 15:30 - Calibrating changes across the Precambrian-Cambrian transition
  Dr Emmy Smith (Johns Hopkins University)

Friday 14 May 2021 (3rd Week, Trinity Term)

• 12:00 - Reducing the Earth to Simple Physical Models: From Ice Sheets to Earthquakes
  Dr Victor Tsai (Brown University)

Friday 11 June 2021 (7th Week, Trinity Term)

• 12:00 - Biomineralisation and boron proxies: how do shells record archives of seawater carbon chemistry?
  Dr Oscar Branson (Cambridge)

Friday 22 October 2021 (2nd Week, Michaelmas Term)

• 12:00 - Segmentation of subducting oceanic plates by brittle-ductile damage
  Prof. Taras Gerya (ETH Zurich)

Friday 29 October 2021 (3rd Week, Michaelmas Term)

• 12:00 - Silicic magmatism: granite pluton growth, magma chamber formation and volcanism
  Prof. Steve Sparks (University of Bristol)

Friday 12 November 2021 (5th Week, Michaelmas Term)

• 13:30 - Direct and indirect contributions of ocean warming to the last interglacial sea-level highstand: insights and nuances for future predictions
  Dr. Sarah Shackleton (Princeton University)

Friday 19 November 2021 (6th Week, Michaelmas Term)

• 12:00 - Mantle controls over the evolution of oceanic basalts
  Dr David Neave (University of Manchester)