FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319962922> ?p ?o ?g. }

• W4319962922 endingPage "3475" @default.
• W4319962922 startingPage "3453" @default.
• W4319962922 abstract "Abstract Extreme precipitation events are a major natural hazard and cause significant socio‐economic damages. Precipitation events are spatially extended and, thus, can cause large water accumulations, which can lead to flooding events. In order to help design flood protection infrastructure, a detailed investigation of the temporal and spatial dependencies of extreme precipitation is essential. Here, we use a statistical spatial extremes framework to systematically study the historical and projected spatial–temporal characteristics of extreme precipitation in Germany. For this purpose, we use data from 10 high‐resolution global climate model‐regional climate model (GCM‐RCM) combinations from the EURO‐CORDEX initiative and derive a statistical spatial extremes precipitation model. Our results show that there are large spreads in reproducing the temporal–spatial characters of extreme precipitation. Few climate simulations can well present the temporal clustering of observed extreme precipitation in both summer and winter. In reproducing the spatial dependencies of the observations, most GCM‐RCM combinations behave well in summer, while in winter most RCMs produce too many spatially localized extreme precipitation events. The derived statistical model, which accounts for both the spatial and temporal variability, performs well in representing the spatial dependency and intensity characteristics in summer. Furthermore, global warming will have a significant impact on the temporal and spatial dependencies of extreme precipitation in Germany. There will be more temporal‐dependent and homogeneous extreme precipitation in summer; and more temporal‐independent and localized extreme precipitation in winter. The intensity quantified by the 25‐year return level of the 10 GCM‐RCM combinations is increasing; with relative changes ranging from 5.33% to 53.24% in summer and from −15.38% to 32.33% in winter under RCP8.5. A future projection by our statistical spatial extremes model using projected temperature from GCM‐RCM combinations as a covariate shows that the 25‐year return level will increase by 3.02% under RCP2.6 and 4.16% under RCP8.5 in winter." @default.
• W4319962922 created "2023-02-11" @default.
• W4319962922 creator A5023933852 @default.
• W4319962922 creator A5027841507 @default.
• W4319962922 creator A5052596241 @default.
• W4319962922 date "2023-02-23" @default.
• W4319962922 modified "2023-10-18" @default.
• W4319962922 title "Evaluation and projections of extreme precipitation using a spatial extremes framework" @default.
• W4319962922 cites W1497111451 @default.
• W4319962922 cites W1500657154 @default.
• W4319962922 cites W1525319259 @default.
• W4319962922 cites W1603438430 @default.
• W4319962922 cites W1831098712 @default.
• W4319962922 cites W1868026556 @default.
• W4319962922 cites W1868966558 @default.
• W4319962922 cites W1961900590 @default.
• W4319962922 cites W1981501315 @default.
• W4319962922 cites W1987447729 @default.
• W4319962922 cites W2003631197 @default.
• W4319962922 cites W2019511956 @default.
• W4319962922 cites W2021530952 @default.
• W4319962922 cites W2027469749 @default.
• W4319962922 cites W2039621654 @default.
• W4319962922 cites W2043906837 @default.
• W4319962922 cites W2049974831 @default.
• W4319962922 cites W2063379998 @default.
• W4319962922 cites W2087034140 @default.
• W4319962922 cites W2087256217 @default.
• W4319962922 cites W2103888668 @default.
• W4319962922 cites W2106984834 @default.
• W4319962922 cites W2110156585 @default.
• W4319962922 cites W2118483898 @default.
• W4319962922 cites W2120618726 @default.
• W4319962922 cites W2149197032 @default.
• W4319962922 cites W2151514073 @default.
• W4319962922 cites W2152169015 @default.
• W4319962922 cites W2170589321 @default.
• W4319962922 cites W2187342505 @default.
• W4319962922 cites W2206469568 @default.
• W4319962922 cites W2296298476 @default.
• W4319962922 cites W2338040649 @default.
• W4319962922 cites W2346727941 @default.
• W4319962922 cites W2510807300 @default.
• W4319962922 cites W2573569954 @default.
• W4319962922 cites W2589034853 @default.
• W4319962922 cites W2606890070 @default.
• W4319962922 cites W2610483671 @default.
• W4319962922 cites W2618647913 @default.
• W4319962922 cites W2750677128 @default.
• W4319962922 cites W2765311111 @default.
• W4319962922 cites W2770430342 @default.
• W4319962922 cites W2779276666 @default.
• W4319962922 cites W2791324803 @default.
• W4319962922 cites W2807398427 @default.
• W4319962922 cites W2809419798 @default.
• W4319962922 cites W2895983203 @default.
• W4319962922 cites W2896173661 @default.
• W4319962922 cites W2912619796 @default.
• W4319962922 cites W2930795926 @default.
• W4319962922 cites W2971909897 @default.
• W4319962922 cites W2979928439 @default.
• W4319962922 cites W2989627974 @default.
• W4319962922 cites W2990041762 @default.
• W4319962922 cites W3016093967 @default.
• W4319962922 cites W3034073136 @default.
• W4319962922 cites W3036804496 @default.
• W4319962922 cites W3082985360 @default.
• W4319962922 cites W3084135002 @default.
• W4319962922 cites W3092046834 @default.
• W4319962922 cites W3098260023 @default.
• W4319962922 cites W3106968078 @default.
• W4319962922 cites W3112776612 @default.
• W4319962922 cites W3134231577 @default.
• W4319962922 cites W3151295503 @default.
• W4319962922 cites W3168299619 @default.
• W4319962922 cites W3209478623 @default.
• W4319962922 cites W3844949 @default.
• W4319962922 cites W4225301678 @default.
• W4319962922 cites W4281782746 @default.
• W4319962922 doi "https://doi.org/10.1002/joc.8038" @default.
• W4319962922 hasPublicationYear "2023" @default.
• W4319962922 type Work @default.
• W4319962922 citedByCount "2" @default.
• W4319962922 countsByYear W43199629222023 @default.
• W4319962922 crossrefType "journal-article" @default.
• W4319962922 hasAuthorship W4319962922A5023933852 @default.
• W4319962922 hasAuthorship W4319962922A5027841507 @default.
• W4319962922 hasAuthorship W4319962922A5052596241 @default.
• W4319962922 hasBestOaLocation W43199629221 @default.
• W4319962922 hasConcept C105795698 @default.
• W4319962922 hasConcept C107054158 @default.
• W4319962922 hasConcept C111368507 @default.
• W4319962922 hasConcept C127313418 @default.
• W4319962922 hasConcept C132651083 @default.
• W4319962922 hasConcept C153294291 @default.
• W4319962922 hasConcept C158709400 @default.
• W4319962922 hasConcept C166957645 @default.
• W4319962922 hasConcept C168754636 @default.

• next