Two Thousand Years of Simulated Rainfall Reveal a Better Way to Predict Extreme Floods
A two-thousand-year climate model ensemble shows that a Bayesian hierarchical duration-dependent GEV model with a spatially fixed shape parameter halves ...
A two-thousand-year climate model ensemble shows that a Bayesian hierarchical duration-dependent GEV model with a spatially fixed shape parameter halves ...
A global satellite-based analysis finds that croplands converted from wetlands since 2000 contribute only 0.1 percent of world crop production ...
A new study projects that climate change will amplify flood volumes in Thailand's Chao Phraya River basin by up to ...
A study of more than 900 French rain gauges shows that flexible three-parameter distributions with evolving shape parameters are essential ...
A new benchmark study of the flood-hit Ahrweiler district shows that different exposure modelling workflows can produce building asset value ...
Researchers have extended a widely used class of statistical precipitation generators with flexible distributional modelling and a unified treatment of ...
An open-source toolkit called Virtual Rain now lets hydrologists generate realistic synthetic rainfall and convert ordinary daily records into minute-scale ...
A PNAS special feature organized by Cary Institute researchers shows that segregation operates as a self-reinforcing social-ecological system shaping flood ...
A 43-year, 38-station machine-learning study of Nigerian rainfall identifies four shifting climate zones, rising monsoon extremes and last-month rainfall as ...
A two-year validation study in Trinidad's Northern Range shows that the IMERG satellite product detects far more rainfall events and ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine