Matches in SemOpenAlex for { <https://semopenalex.org/work/W3010856663> ?p ?o ?g. }
- W3010856663 endingPage "5924" @default.
- W3010856663 startingPage "5906" @default.
- W3010856663 abstract "Abstract The short‐term concurrent hot and dry extreme (SCHDE) event has recently stimulated intensive scientific interests due to its rapid onset, severe intensity, and devastating impacts on agriculture and natural ecosystems. The SCHDE is mainly caused by an increase in actual evapotranspiration (ET) accompanied with a decrease in soil moisture (SM) due to anomalously high surface temperature ( T air ). Based on the daily datasets of precipitation ( P ), T air , ET, and SM from four global modelling products as well as large‐scale climate indices, we analyse globally the spatio‐temporal evolution of SCHDE events at both grid and basin scales. Results indicate that SCHDE events occur mostly in Northern Hemisphere regions with relatively low P . During 1980–2010, due to significant global warming (0.30°C·decade −1 ) the global mean occurrence frequency of SCHDE has an increasing trend (0.34%·decade −1 ) along with a weakly decreasing trend of SM (~−0.08%·decade −1 ) and a significantly increasing trend of ET (~8.34 mm·decade −1 ). Overall, North America and Asia have a higher frequency of SCHDE occurrence than other continents. The variability of T air is mainly responsible for the variability of SCHDE occurrence over the equator regions, while the variability of ET (SM) plays an important role in SCHDE occurrence variability in the cropland‐dominant (mid‐ and high‐latitude) regions. Globally, the relative contribution of T air to SCHDE variability is the largest, followed by ET and SM. Lastly, we found that the cold phases of the Pacific Decadal Oscillation during the La Niña events (i.e., negative Multivariate ENSO Index) are conducive to the intensification of SCHDE events in southern South America and Australia." @default.
- W3010856663 created "2020-03-23" @default.
- W3010856663 creator A5006645827 @default.
- W3010856663 creator A5014723591 @default.
- W3010856663 creator A5036609353 @default.
- W3010856663 creator A5085393393 @default.
- W3010856663 date "2020-04-03" @default.
- W3010856663 modified "2023-10-16" @default.
- W3010856663 title "Global pattern of short‐term concurrent hot and dry extremes and its relationship to large‐scale climate indices" @default.
- W3010856663 cites W1542853298 @default.
- W3010856663 cites W1592049038 @default.
- W3010856663 cites W1594918480 @default.
- W3010856663 cites W1656732585 @default.
- W3010856663 cites W1860168626 @default.
- W3010856663 cites W1970669626 @default.
- W3010856663 cites W1972739701 @default.
- W3010856663 cites W1974238280 @default.
- W3010856663 cites W1980750894 @default.
- W3010856663 cites W1984941255 @default.
- W3010856663 cites W1995434646 @default.
- W3010856663 cites W2004039588 @default.
- W3010856663 cites W2004484179 @default.
- W3010856663 cites W2010198217 @default.
- W3010856663 cites W2015522309 @default.
- W3010856663 cites W2018764772 @default.
- W3010856663 cites W2030800208 @default.
- W3010856663 cites W2037800754 @default.
- W3010856663 cites W2040204706 @default.
- W3010856663 cites W2042676476 @default.
- W3010856663 cites W2042832810 @default.
- W3010856663 cites W2048156030 @default.
- W3010856663 cites W2048570972 @default.
- W3010856663 cites W2061328952 @default.
- W3010856663 cites W2063803602 @default.
- W3010856663 cites W2064662746 @default.
- W3010856663 cites W2064670821 @default.
- W3010856663 cites W2073064388 @default.
- W3010856663 cites W2074288000 @default.
- W3010856663 cites W2075368648 @default.
- W3010856663 cites W2077968790 @default.
- W3010856663 cites W2081096013 @default.
- W3010856663 cites W2092240539 @default.
- W3010856663 cites W2099137034 @default.
- W3010856663 cites W2106632946 @default.
- W3010856663 cites W2108886061 @default.
- W3010856663 cites W2113429172 @default.
- W3010856663 cites W2113460170 @default.
- W3010856663 cites W2114954687 @default.
- W3010856663 cites W2117992507 @default.
- W3010856663 cites W2119132330 @default.
- W3010856663 cites W2121745948 @default.
- W3010856663 cites W2128728535 @default.
- W3010856663 cites W2131013362 @default.
- W3010856663 cites W2131395725 @default.
- W3010856663 cites W2134916126 @default.
- W3010856663 cites W2137520579 @default.
- W3010856663 cites W2141946715 @default.
- W3010856663 cites W2145031518 @default.
- W3010856663 cites W2145588610 @default.
- W3010856663 cites W2158415615 @default.
- W3010856663 cites W2162922866 @default.
- W3010856663 cites W2164464357 @default.
- W3010856663 cites W2165037481 @default.
- W3010856663 cites W2165242200 @default.
- W3010856663 cites W2169245074 @default.
- W3010856663 cites W2224148623 @default.
- W3010856663 cites W2269586035 @default.
- W3010856663 cites W2291082207 @default.
- W3010856663 cites W2295124130 @default.
- W3010856663 cites W2318680928 @default.
- W3010856663 cites W2394879936 @default.
- W3010856663 cites W2508109764 @default.
- W3010856663 cites W2523399601 @default.
- W3010856663 cites W2564709642 @default.
- W3010856663 cites W2614464134 @default.
- W3010856663 cites W2618596955 @default.
- W3010856663 cites W2744649443 @default.
- W3010856663 cites W2750703808 @default.
- W3010856663 cites W2769501458 @default.
- W3010856663 cites W2770303847 @default.
- W3010856663 cites W2789912683 @default.
- W3010856663 cites W2789982843 @default.
- W3010856663 cites W2790864323 @default.
- W3010856663 cites W2791869509 @default.
- W3010856663 cites W2801309065 @default.
- W3010856663 cites W2803015887 @default.
- W3010856663 cites W2887628592 @default.
- W3010856663 cites W2913403330 @default.
- W3010856663 cites W4292023222 @default.
- W3010856663 cites W841476323 @default.
- W3010856663 doi "https://doi.org/10.1002/joc.6555" @default.
- W3010856663 hasPublicationYear "2020" @default.
- W3010856663 type Work @default.
- W3010856663 sameAs 3010856663 @default.
- W3010856663 citedByCount "13" @default.
- W3010856663 countsByYear W30108566632021 @default.
- W3010856663 countsByYear W30108566632022 @default.
- W3010856663 countsByYear W30108566632023 @default.