foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/publications.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. Keller T., R.F. Katz and M.M. Hirschmann, The fate of volatiles in mid-ocean ridge magmatism. Submitted. arXiv. Turner S., C. Langmuir, R.F. Katz, M.A. Dungan and S. Escrig, Wedge thermal structure as a primary control on arc parental magma compositions. In press at. Keller T. and R.F. Katz, (2016). The Role of Volatiles in Reactive Melt Transport. Olive et al. reply. Crowley J...
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/teaching.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. Introduction to coupled magma/mantle dynamics. Originally written for the 2011 Advanced School on Scaling Laws in Geophysics: Mechanical and Thermal Processes in Geodynamics, Abdus Salam Centre for Theoretical Physics, Trieste. Introduction to physical thermodynamics. From an undergraduate course (Physics/Chemistry/Biology) in Earth Sciences at the University of Oxford.
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/index.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. We use theoretical models, large-scale computation, (scaling) analysis, and field observations and data from the literature to understand the behaviour of the Earth. The FoaLab is lead by Richard Foa Katz. Professor of Geodynamics in the Department of Earth Sciences. At the University of Oxford. July 2016. From left: Richard Katz (PI),. Meng Tian (PDRA),. In Illinois. This gen...
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/funding.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. Support for the FoaLab comes from the following grants. Deep Carbon Observatory modelling and vizualization forum. Sloan Foundation grant. Nov 2015- Nov. 2017, $700k with PI Louise Kellogg and co-I Sujoy Mukhopadhyay, UC Davis. Understanding sea-ice growth and brine rejection using adaptive-mesh simulations. Mantle volatiles: processes, reservoirs and fluxes. Ce Ages, S. Oxford La...
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/people.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. Prof Richard Foa Katz. Group leader and Professor of Geodynamics, Univ Oxford. Email: " richard.katz@earth.ox.ac.uk. Tel: 44 (0)1865 282122. Jonathan Burley ( 0000-0001-8081-3308. ERC DPhil candidate, University of Oxford. Project: Ice ages, sea level, and magmatism: coupled oscillations. Email: jonathan.burley@earth.ox.ac.uk. Dr Tobias Keller ( 0000-0002-6121-5377. Professor of M...
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/news.php
Laboratory for Geophysical Flows. Theoretical Dynamics of the Fluid Earth. Department of Earth Sciences University of Oxford. New FoaLab publication Monday 18th July 2016. It has long been understood that the very small content of volatile elements (especially water and CO2) in the mantle drastically lower the melting temperature. This creates a broad region of incipient, low-degree partial melting deep beneath mid-ocean ridges. Now a new publication by Keller and Katz. Check out our new YouTube channel!
foalab.earth.ox.ac.uk
FOALAB - Geodynamics Research Group - University of Oxford
http://foalab.earth.ox.ac.uk/flows.php
Laboratory for Geophysical Flows. Laboratory for Geophysical Flows. Collaborative Space for Experimental Fluid Mechanics. Department of Earth Sciences University of Oxford. The Laboratory for Geophysical Flows. Better able to produce insight into geophysical processes in Nature. Mathematical theory developed to describe the laboratory analogue system can then be extended to generate quantitative, testable hypotheses about the Earth.