In brief...
The Institut des Sciences de la Terre d’Orléans is a research laboratory in Earth Science dedicated to the external envelops of the Earth from the upper mantle to the atmosphere. Our studies focus on the heat and mass transfers at the interface between the mantle and the crust as well as between the crust and the atmosphere. Application domains of our research activities include the mineral, energy and water primary resources, the volcanic hazards, and the environmental impacts of anthropic activities.
Conférence 29e journée du projet CASCIMODOT
Cette conférence est ouverte à toutes les personnes intéressées.
L ‘inscription est gratuite mais obligatoire, avant le 3 décembre 2018
Agenda EN Balance laws in fluid mechanics, geophysics, biology (theory, computation, and application)
The balance principle appears as a fundamental modeling tool in a wide range of applications. In realistic applications, such as gravitational flows, hydrology, biological complex fluids, it results in highly nonlinear partial differential equations, including stiff source terms and nonconservative products, and involves multiple time and space scales. This leads to serious challenges, from both the mathematical modeling and numerical viewpoints. The aim of this conference is to bring together researchers from various domains, to discuss recent progress in these directions, and foster interactions between disciplines to tackle new challenges.
Conférence Balance laws in fluid mechanics, geophysics, biology (theory, computation, and application)
Cette conférence est ouverte à toutes les personnes intéressées.
L ‘ inscription est gratuite mais obligatoire, avant le 1 octobre 2018
Conférence Water & Quartz : Transport and Deformation Aspects at High Pressure and Temperature
10-11 October 2017. Earth Sciences Institute of Orléans, France
Projet ANR VARPEG
L’approvisionnement en matières premières minérales des pays européens devient de plus en plus difficile. La France ne fait pas exception à cette situation qui stimule…
Projets Européens RHEOLITH
A better comprehension of the rheology of the lithosphere is required to relate long and short term deformation regimes and describe the succession of events that lead to earthquake generation. But our vision of the rheology is blurred…
Projet ANR InterVol
Interprétation quantitative des interactions magma-roches sédimentaires par approche expérimentale : implications sur les émissions volcaniques de volatils et la formation de gisements miniers.
OROGEN
Étude des mécanismes et process de mise en place et développement d’une chaine de collision – application aux Pyrénées.
Projets Européens ELECTROLITH
Melting in the Earth’s mantle is a fundamental process in the deep volatile cycles because it produces liquids that concentrate and redistribute volatile species. Such redistribution can trigger…
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