European Geosciences Union
Division on Earth Magnetism & Rock Physics
President: Angelo De Santis (emrp@egu.eu)
Deputy President: Fabio Florindo
(fabio.florindo@ingv.it)
The Earth is a dynamical planet: its interiors’ electro-magnetism and physical properties contribute to this exciting property of our planet. The Earth Magnetism & Rock Physics (EMRP) Division addresses the experimental, theoretical and modeling approaches of fundamental solid-Earth and magneto-hydrodynamic processes that extend from the Earth’s surface to the core. A continuous demand for a better understanding of the magneto-hydrodynamic and physical processes responsible for the Earth’s magnetic field spatial and temporal variability is required. Theoretical and experimental aspects of rock physics, environmental magnetism, magnetic anomalies and plate tectonic reconstructions, magnetic polarity reversals, petrophysical assessment throughout physical, mechanical and magnetic properties, electrical conductivity and transport properties of the Earth’s crust and mantle are some of the key topics of research of our ‘living planet’ to which this division is dedicated.
The division awards the Louis Néel and the Petrus Peregrinus medals for outstanding contributions to geomagnetism, palaeomagnetism and rock physics.
In line with EGU and the other divisions, EMRP is actively trying to engage with early career scientists (ECS). The ECS representative of EMRP division is working with the other divisions ECS representatives to improve visibility of ECS concerns, as well as, help out with any ECS related issues (e.g. first attendance at EGU General Assembly and how to organize sessions). Check out the ECS section for more information (http://www.egu.eu/ecs/) or contact directly the ECS representative of EMRP division (see at http://www.egu.eu/emrp/structure/).
The 2018 Louis Néel Medal is awarded to Harry W. Green II for his seminal contributions to the mechanism of deep-focus earthquakes, rock rheology, mantle dynamics and the dramatic improvement of a solid pressure-medium apparatus.
The 2018 Petrus Peregrinus Medal is awarded to Mioara Mandea for defining the nature of the geomagnetic field, particularly abrupt changes in secular variation known as geomagnetic jerks, and for advancing observatory and satellite data collection and analysis.
The 2018 Division Outstanding Early Career Scientists Award is awarded to Marco M. Scuderi for his exceptional seminal contributions to our understanding of fault mechanics and earthquake physics via important fundamental advances and high-quality papers on a broad range of problems on rock physics.
The 2018 Outstanding Student Poster and PICO (OSPP) Awards is awarded to Katarzyna Dudzisz Rock magnetism of the Lower Triassic sedimentary rocks from Spitsbergen
The 2017 Louis Néel Medal is awarded to Christopher J. Spiers for outstanding contributions to the quantitative understanding of long-term creep and frictional properties of rocks undergoing solution-precipitation processes.
The 2017 Petrus Peregrinus Medal is awarded to John A. Tarduno in recognition of the creative and innovative character of his research, including his seminal studies on the evolution of the early Earth’s magnetic field.
The 2017 Division Outstanding Early Career Scientists Award is awarded to Marie Violay for her outstanding research in the field of experimental rock physics and novel understanding of the role of fluids in fault mechanics and in geothermal systems.
Last week, the EGU hosted its first science-policy dinner debate in Brussels. The event, 'Horizon Geoscience: overcoming societal challenges, creating change', was organised in collaboration with the European Federation of Geologists (EFG) and brought together geoscientists, policymakers and industry representatives. On the EGU website, we report on the outcome of the discussion and publish the key findings from the Horizon 2020 Geoscience Survey conducted earlier this year.
In the past few weeks, we have also issued three press releases highlighting research published in some of EGU's open access journals. Follow the links to find out how bombing raids in the Second World War impacted the ionosphere, how glacial geoengineering could help limit sea-level rise, and what the point of no return for climate action might be.