The Destination Earth (DestinE) initiative of the European Commission applies digital twin technology to the Earth system, enabling bespoke, high-resolution simulations of extreme weather events and climate scenarios. At its core, DestinE features Digital Twins and a Digital Twin Engine — a software framework that connects computing, Earth system models, data, and applications. DestinE’s Digital Twins combine observations, physics-based high-resolution simulations and emerging Artificial Intelligence (AI) methods, and leverage Europe’s most powerful supercomputers, through a strategic partnership with the European High Performance Computing Joint Undertaking (EuroHPC JU). DestinE enables tailored Earth system simulations to dynamically explore future weather and climate scenarios and to address “what-if” questions. It also establishes an operational framework for multi-decadal, multi-model climate projections, linking them to applications that transform vast climate data into actionable insights for climate sensitive sectors. By offering detailed, customized information on weather and climate extremes, DestinE enhances existing capabilities and supports both immediate and longer-term climate adaptation strategies.

Implementing digital twin technology of the earth system in Destination Earth / Wedi, Nils; Sandu, Irina; Bauer, Peter; Acosta, Mario; Andersen, Rune Carbuhn; Andrae, Ulf; Auger, Ludovic; Balsamo, Gianpaolo; Baousis, Vasileios; Bennett, Victoria; Bennett, Andrew; Buontempo, Carlo; Bretonnière, Pierre-Antoine; Capell, René; Castrillo, Miguel; Chantry, Matthew; Chevallier, Matthieu; Correa, Ricardo; Davini, Paolo; Denby, Leif; Doblas-Reyes, Francisco; Dueben, Peter; Fischer, Claude; Frauen, Claudia; Frogner, Inger-Lise; Früh, Barbara; Gascón, Estíbaliz; Gérard, Elisabeth; Gorwits, Oliver; Geenen, Thomas; Grayson, Kat; Guenova-Rubio, Nadia; Hadade, Ioan; Von Hardenberg, Jost; Haus, Utz-Uwe; Hawkes, James; Hirtl, Marcus; Hoffmann, Joern; Horvath, Kristian; Järvinen, Heikki; Jung, Thomas; Kann, Alexander; Klocke, Daniel; Koldunov, Nikolay; Kontkanen, Jenni; Sievi-Korte, Outi; Kristiansen, Joern; Kuwertz, Emma; Mäkelä, Jarmo; Maljutenko, Ilja; Manninen, Pekka; Mcknight, Ursula S.; Milinski, Sebastian; Mueller, Andreas; Mcnally, Antony; Modigliani, Umberto; Narayanappa, Devaraju; Nielsen, Kristian Pagh; Nipen, Thomas; Nortamo, Henrik; Peuch, Vincent-Henri; Polade, Suraj; Quintino, Tiago; Schicker, Irene; Reuter, Balthasar; Smart, Simon; Sleigh, Mike; Suttie, Martin; Termonia, Piet; Thober, Stephan; Randriamampianina, Roger; Theeuwes, Natalie; Thiemert, Daniel; Vannière, Benoît; Vannitsem, Stéphane; Wittmann, Christoph; Yang, Xiaohua; Pontaud, Marc; Stevens, Bjorn; Pappenberger, Florian. - In: JOURNAL OF THE EUROPEAN METEOROLOGICAL SOCIETY. - ISSN 2950-6301. - 3:(2025). [10.1016/j.jemets.2025.100015]

Implementing digital twin technology of the earth system in Destination Earth

Balsamo, Gianpaolo;von Hardenberg, Jost;
2025

Abstract

The Destination Earth (DestinE) initiative of the European Commission applies digital twin technology to the Earth system, enabling bespoke, high-resolution simulations of extreme weather events and climate scenarios. At its core, DestinE features Digital Twins and a Digital Twin Engine — a software framework that connects computing, Earth system models, data, and applications. DestinE’s Digital Twins combine observations, physics-based high-resolution simulations and emerging Artificial Intelligence (AI) methods, and leverage Europe’s most powerful supercomputers, through a strategic partnership with the European High Performance Computing Joint Undertaking (EuroHPC JU). DestinE enables tailored Earth system simulations to dynamically explore future weather and climate scenarios and to address “what-if” questions. It also establishes an operational framework for multi-decadal, multi-model climate projections, linking them to applications that transform vast climate data into actionable insights for climate sensitive sectors. By offering detailed, customized information on weather and climate extremes, DestinE enhances existing capabilities and supports both immediate and longer-term climate adaptation strategies.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/3004117