FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280620059> ?p ?o ?g. }

• W4280620059 endingPage "127937" @default.
• W4280620059 startingPage "127937" @default.
• W4280620059 abstract "Multi-year droughts have been widely studied all over the world for their extraordinary long duration and irreparable impacts. However, they are difficult to be estimated due to the short period of observed time series, especially in the context of climate change and on a global scale. The advanced development of climate model simulations with a long period makes it possible to investigate the multi-year drought change on a global scale. Therefore, this study quantifies the impacts of climate change on global meteorological multi-year droughts for the historical period (1850–2005) and the future period (2006–2100) using the pre-industrial last millennium period (850–1849) as a baseline. Meteorological droughts longer than 5-year are identified using a three-dimensional (latitude-longitude-time) method based on a 12-month scale Standard Precipitation Index (SPI12). Return periods are estimated using tri-variate copulas based on drought duration, area, and severity. The results show that multi-year droughts occur more in North America, South America, Asia, and Africa, accounting for more than 85% during 850–2100. The return period of 61% and 70% multi-year droughts for the historical and future periods becomes shorter than that for the last millennium, indicating more severe drought conditions for these two periods. The main change for the future period is the higher incidence of multi-year droughts with a longer duration and greater severity, especially for North America, Asia, and Africa. Besides, the shift of multi-year drought centroids in Central America, East Asia, Southern Africa, and the Mediterranean implies more severe drought conditions for the future period. Overall, this study indicates that climate change has the potential effects to exacerbate global meteorological multi-year droughts for the future period compared to the last millennium." @default.
• W4280620059 created "2022-05-22" @default.
• W4280620059 creator A5001744380 @default.
• W4280620059 creator A5010479652 @default.
• W4280620059 creator A5032371779 @default.
• W4280620059 creator A5067028141 @default.
• W4280620059 creator A5071882770 @default.
• W4280620059 creator A5078557176 @default.
• W4280620059 date "2022-07-01" @default.
• W4280620059 modified "2023-09-26" @default.
• W4280620059 title "Impacts of climate change on global meteorological multi-year droughts using the last millennium simulation as a baseline" @default.
• W4280620059 cites W1486731256 @default.
• W4280620059 cites W1527604912 @default.
• W4280620059 cites W1873880957 @default.
• W4280620059 cites W1910542763 @default.
• W4280620059 cites W1984983544 @default.
• W4280620059 cites W1985217958 @default.
• W4280620059 cites W1990122919 @default.
• W4280620059 cites W1990376608 @default.
• W4280620059 cites W1995371752 @default.
• W4280620059 cites W2000821613 @default.
• W4280620059 cites W2001672825 @default.
• W4280620059 cites W2005409799 @default.
• W4280620059 cites W2008121437 @default.
• W4280620059 cites W2010530988 @default.
• W4280620059 cites W2012104308 @default.
• W4280620059 cites W2015522309 @default.
• W4280620059 cites W2022184189 @default.
• W4280620059 cites W2024966118 @default.
• W4280620059 cites W2029178360 @default.
• W4280620059 cites W2029530847 @default.
• W4280620059 cites W2047304644 @default.
• W4280620059 cites W2067087368 @default.
• W4280620059 cites W2077968790 @default.
• W4280620059 cites W2079016342 @default.
• W4280620059 cites W2093873176 @default.
• W4280620059 cites W2102059594 @default.
• W4280620059 cites W2111301726 @default.
• W4280620059 cites W2113429172 @default.
• W4280620059 cites W2114614483 @default.
• W4280620059 cites W2115806720 @default.
• W4280620059 cites W2117917479 @default.
• W4280620059 cites W2120211787 @default.
• W4280620059 cites W2123920604 @default.
• W4280620059 cites W2134358106 @default.
• W4280620059 cites W2168663102 @default.
• W4280620059 cites W2169245074 @default.
• W4280620059 cites W2169950526 @default.
• W4280620059 cites W2171635644 @default.
• W4280620059 cites W2277497547 @default.
• W4280620059 cites W2299779902 @default.
• W4280620059 cites W2306314321 @default.
• W4280620059 cites W2315357523 @default.
• W4280620059 cites W2352554431 @default.
• W4280620059 cites W2397380974 @default.
• W4280620059 cites W2476743669 @default.
• W4280620059 cites W2528492999 @default.
• W4280620059 cites W2551621883 @default.
• W4280620059 cites W2588164397 @default.
• W4280620059 cites W2736158652 @default.
• W4280620059 cites W2767859655 @default.
• W4280620059 cites W2769879303 @default.
• W4280620059 cites W2793201098 @default.
• W4280620059 cites W2884617906 @default.
• W4280620059 cites W2894276862 @default.
• W4280620059 cites W2901546365 @default.
• W4280620059 cites W2912730226 @default.
• W4280620059 cites W2942941107 @default.
• W4280620059 cites W2945626580 @default.
• W4280620059 cites W2955284376 @default.
• W4280620059 cites W2957320765 @default.
• W4280620059 cites W2963791649 @default.
• W4280620059 cites W2966601771 @default.
• W4280620059 cites W2979488047 @default.
• W4280620059 cites W2985702337 @default.
• W4280620059 cites W298996549 @default.
• W4280620059 cites W3009625255 @default.
• W4280620059 cites W3013127151 @default.
• W4280620059 cites W3016397873 @default.
• W4280620059 cites W3017207320 @default.
• W4280620059 cites W3018683979 @default.
• W4280620059 cites W3040066544 @default.
• W4280620059 cites W3083573135 @default.
• W4280620059 cites W3135953032 @default.
• W4280620059 cites W4211243199 @default.
• W4280620059 doi "https://doi.org/10.1016/j.jhydrol.2022.127937" @default.
• W4280620059 hasPublicationYear "2022" @default.
• W4280620059 type Work @default.
• W4280620059 citedByCount "2" @default.
• W4280620059 countsByYear W42806200592023 @default.
• W4280620059 crossrefType "journal-article" @default.
• W4280620059 hasAuthorship W4280620059A5001744380 @default.
• W4280620059 hasAuthorship W4280620059A5010479652 @default.
• W4280620059 hasAuthorship W4280620059A5032371779 @default.
• W4280620059 hasAuthorship W4280620059A5067028141 @default.
• W4280620059 hasAuthorship W4280620059A5071882770 @default.
• W4280620059 hasAuthorship W4280620059A5078557176 @default.
• W4280620059 hasConcept C107054158 @default.

• next