"Sculpting the Earth’s topography: insights from modelling deep–surface processes“ Claudio Faccenna and Francesca Funiciello (Univ. “Roma Tre”, Italy) "Sculpting the Earth’s topography: insights from modelling deep–surface processes“ Claudio Faccenna and Francesca Funiciello (Univ. “Roma Tre”, Italy) ) Initial Training Network ( )

a dvance our understanding of how surface processes interact with crustal tectonics and mantle convection by fully taking into account the interactions between physical processes at different length- and time - scales GOAL train young researchers (13 PhDs and 2 PostDocs) in state-of-the-art concepts and leading-edge research techniques, while providing them with strong career management skills and solid professional connections how deep and surface processes interact to govern the evolution of topography in our planet? Increase the impact and international visibility of European research by structuring the research training capacities in modeling via the establishment of a long- term collaboration and synergy among 8 research teams internationally recognized for their excellence in complementary fields of Earth Sciences RESEARCH TRAININGRESEARCH TRAININGRESEARCH TRAININGRESEARCH TRAINING Initial Training Network ( ) “Sculpting the Earth’s topography: insights from modelling deep–surface processes“ 3.9 Meuros

Initial Training Network ( ) “Sculpting the Earth’s topography: insights from modelling deep–surface processes“ core of the training program = collaborative research projects 8 Institutions (Univ. “Roma TRE”, Italy; VU-Univ. Amsterdam, The Netherlands; Helmholtz-Zentrum, Potsdam, Germany; ETH, Zürich, Switzerland; Univ. Durham and Univ. Cambridge, UK; Univ. Rennes I, France; CSIC-Barcelona, Spain) and 4 associated partners (CNR, Malvern Instruments, ENI, TNO, G.O. Logical Consulting) ~ 50 permanent researchers RESEARCHTRAINING specialized courses trained by world-leading researchers in each discipline co-sheared supervision of the research projects, secondments

Initial Training Network ( ) “Sculpting the Earth’s topography: insights from modelling deep–surface processes“ RESEARCHTRAINING short courses/summer schools -Lithosphere deformation - Dynamics of subduction - Numerical Modeling in Geosciences - Evolving complexity in earthquake pattern - Basin analysis and landscape evolution - Granulometry and Morphometry - Rheology - Salt tectonics - Petroleum System Modelling WP 1: Shaping the Earth’s surface: shallow and surface contribution -Topographic evolution of growing mountain belts - Multiscale, multidimensional deformation patterns of continental interiors -- The architecture and transport properties of fault zones in carbonates: field and laboratory studies for numerical fluid flow predictions -- Interaction between tectonics and surface processes in the Zagros Mts. -- Mechanics of faulting in salt tectonics -- Links between anomalous topography and large-scale tectonics in S-India -- Exploring the topography time scale in volcanic rifts WP 2: Shaping the Earth’s surface: the deep contribution - Mechanics of faulting and exhumation of metamorphic rocks -Rheological and Structural Inheritance: Key Players in the Tectonic Evolution of Intraplate Deformation? -- Seismic characterization of intracratonic orogens -- Dynamic modeling of magmatism after continental collision -- Mantle characterization and dynamic topography -- Lithosphere dynamics and topography contributions from the deeper mantle -- Subduction zone topography: example from the Mediterranean -- Evolution of oblique continental rifting