A 30 m Global Flood Inundation Model for Any Climate Scenario

Global flood mapping has developed rapidly over the past decade, but previous approaches have limited scope, function, and accuracy. These limitations restrict the applicability and fundamental science questions that can be answered with existing model frameworks. Harnessing recently available data...

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Veröffentlicht in:	Water resources research 2024-08, Vol.60 (8), p.n/a
Hauptverfasser:	Wing, Oliver E. J., Bates, Paul D., Quinn, Niall D., Savage, James T. S., Uhe, Peter F., Cooper, Anthony, Collings, Thomas P., Addor, Nans, Lord, Natalie S., Hatchard, Simbi, Hoch, Jannis M., Bates, Joe, Probyn, Izzy, Himsworth, Sam, Rodríguez González, Josué, Brine, Malcolm P., Wilkinson, Hamish, Sampson, Christopher C., Smith, Andrew M., Neal, Jeffrey C., Haigh, Ivan D.
Format:	Artikel
Sprache:	eng
Schlagworte:	Ambient noise Background noise climate Climate change Climate models Coastal engineering Computer models Earth movements Flood hazards Flood mapping Flood probability Flooding Floods Floodwater Future climates hydraulic modeling Impact analysis Mathematical models model validation Rainfall Risk assessment River channels River discharge River flow Rivers Sea level Uncertainty water Water discharge Water levels
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