This research is a novel contribution to understanding the impact of different hydrological hazards like floods, storm surges or sea level rise in complex Climate Change scenarios, that represent the benchmarks against which the observational requirements for upcoming satellite missions are based. Funded through the Next Generation EU program, Italy is developing IRIDE, a preliminary, cost-effective, optimized design of hybrid satellite constellations under the National Recovery and Resilience Plan.
Integrated Ecological, Physical and Social Vulnerability Assessment for Promoting New Constellations of Multisensory Satellites
Valentini E.
Conceptualization
;
2023
Abstract
This research is a novel contribution to understanding the impact of different hydrological hazards like floods, storm surges or sea level rise in complex Climate Change scenarios, that represent the benchmarks against which the observational requirements for upcoming satellite missions are based. Funded through the Next Generation EU program, Italy is developing IRIDE, a preliminary, cost-effective, optimized design of hybrid satellite constellations under the National Recovery and Resilience Plan.File in questo prodotto:
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