Source–to-sink (S2S) systems describe the response of the Earth's surface to tectonic and climatic signals over geological
times, from upstream zones of erosion (source) to ultimate deposition (sink). Understanding S2S systems is key to
significantly improve human's ability to predict the characteristics of sedimentary accumulations hosting essential societal
and industrial resources (geomaterials, energy, minerals, groundwater, waste). Tomorrow’s successful exploration of Earth's
resources for future sustainable and responsible growth relies on training the next generation of researchers with a holistic
and interdisciplinary approach to S2S systems.
The S2S-FUTURE project, closely co-designed by academics and professional partners to enhance societal relevance and
employment demand, has 3 major ambitions:
- Train 15 ESRs with the highest level of state-of-the-art concepts, techniques, and multidisciplinary knowledge to
comprehend complex large-scale S2S systems with creativity, innovation and numerical modelling tools.
- Empower these ESRs with acute awareness of career opportunities in both academic and non-academic sectors thanks to
selected entrepreneurial skills and involvement into a diverse professional network of world leaders in the domain.
- Promote the efficiency of European S2S research and application to meet society needs through the establishment of a
dynamic network of professional and the development of legacy tools that will ensure the network's perennity and its
expansion beyond this ITN: a yearly S2S Summer School and a EU web-portal for S2S.
Europe and the S2S-FUTURE trained ESRs will be at the center of this network, in a unique place to contribute and benefit
from future capacity building and breakthroughs of source-to-sink sedimentary research.
