Matches in SemOpenAlex for { <https://semopenalex.org/work/W2518355105> ?p ?o ?g. }
- W2518355105 endingPage "221" @default.
- W2518355105 startingPage "204" @default.
- W2518355105 abstract "Abstract Changes in seasonally frozen ground at high elevations under the effects of global warming and their ecohydrological impacts are important for understanding changes in regional water resources and ecosystems. This study estimates the spatio-temporal variability in the maximum thickness of seasonally frozen ground (MTSFG) in the Qilian Mountains in the northeastern Tibetan Plateau from 1960 to 2014 by using a variant of the Stefan solution. The present study analyzes changes in streamflow and vegetation to reveal the ecohydrological impacts of changes in the MTSFG. Results indicate that the MTSFG shows a mean decreasing trend of 7.4 cm/10a in the past 55 years in correspondence to the significantly increasing air temperature (0.34 °C/10a). The greatest decreasing trend of the MTSFG is at elevations of 3400–3800 m. The annual baseflow has increased significantly in most of the sub-basins for which the increasing precipitation is the main factor. The MTSFG is another major factor for the increase in baseflow during the cold season (from November to April) according to the results of gray relational analysis. The leaf area index (LAI) during the growing season has increased by 0.045/10a since 2000, and the start of growing season has advanced by 1.8–2.1 d/10a at elevations of 3000–3800 m, where the vegetation cover is the densest. Furthermore, results of correlation analysis show that the topsoil moisture increases with the MTSFG decreases. Results of gray relational analysis show that the decrease in MTSFG is the main reason for the advancing green-up dates and increasing LAI in the initial period of the growing season. Our results show that the ecohydrological processes are changing along with frozen soil degradation in the northeastern Tibetan Plateau." @default.
- W2518355105 created "2016-09-16" @default.
- W2518355105 creator A5008261262 @default.
- W2518355105 creator A5027182487 @default.
- W2518355105 creator A5037292392 @default.
- W2518355105 creator A5044116309 @default.
- W2518355105 creator A5059136540 @default.
- W2518355105 creator A5071015992 @default.
- W2518355105 creator A5089188165 @default.
- W2518355105 date "2016-11-01" @default.
- W2518355105 modified "2023-10-16" @default.
- W2518355105 title "Long-term change in the depth of seasonally frozen ground and its ecohydrological impacts in the Qilian Mountains, northeastern Tibetan Plateau" @default.
- W2518355105 cites W1512584774 @default.
- W2518355105 cites W1608463673 @default.
- W2518355105 cites W1673880911 @default.
- W2518355105 cites W1778661889 @default.
- W2518355105 cites W1878334084 @default.
- W2518355105 cites W1881772617 @default.
- W2518355105 cites W1942818339 @default.
- W2518355105 cites W1948181119 @default.
- W2518355105 cites W1965347260 @default.
- W2518355105 cites W1967750274 @default.
- W2518355105 cites W1968067794 @default.
- W2518355105 cites W1968570522 @default.
- W2518355105 cites W1969670033 @default.
- W2518355105 cites W1969801270 @default.
- W2518355105 cites W1976671376 @default.
- W2518355105 cites W1980956211 @default.
- W2518355105 cites W1983417341 @default.
- W2518355105 cites W1988984004 @default.
- W2518355105 cites W1990373075 @default.
- W2518355105 cites W1991458109 @default.
- W2518355105 cites W1997345476 @default.
- W2518355105 cites W1998994016 @default.
- W2518355105 cites W1999166341 @default.
- W2518355105 cites W2009381177 @default.
- W2518355105 cites W2014320297 @default.
- W2518355105 cites W2018157830 @default.
- W2518355105 cites W2029750720 @default.
- W2518355105 cites W2030103530 @default.
- W2518355105 cites W2032533388 @default.
- W2518355105 cites W2036680794 @default.
- W2518355105 cites W2038921691 @default.
- W2518355105 cites W2044710267 @default.
- W2518355105 cites W2053445153 @default.
- W2518355105 cites W2055950383 @default.
- W2518355105 cites W2060219704 @default.
- W2518355105 cites W2061515890 @default.
- W2518355105 cites W2071037915 @default.
- W2518355105 cites W2072844016 @default.
- W2518355105 cites W2076271908 @default.
- W2518355105 cites W2077215803 @default.
- W2518355105 cites W2079025607 @default.
- W2518355105 cites W2079577921 @default.
- W2518355105 cites W2079765959 @default.
- W2518355105 cites W2088123820 @default.
- W2518355105 cites W2098394621 @default.
- W2518355105 cites W2100483538 @default.
- W2518355105 cites W2107009275 @default.
- W2518355105 cites W2111157073 @default.
- W2518355105 cites W2118462961 @default.
- W2518355105 cites W2118907971 @default.
- W2518355105 cites W2118908388 @default.
- W2518355105 cites W2129732076 @default.
- W2518355105 cites W2130797201 @default.
- W2518355105 cites W2131865678 @default.
- W2518355105 cites W2132710225 @default.
- W2518355105 cites W2133079590 @default.
- W2518355105 cites W2133813567 @default.
- W2518355105 cites W2135236780 @default.
- W2518355105 cites W2137198566 @default.
- W2518355105 cites W2138202191 @default.
- W2518355105 cites W2142936519 @default.
- W2518355105 cites W2150739290 @default.
- W2518355105 cites W2151976015 @default.
- W2518355105 cites W2157229242 @default.
- W2518355105 cites W2160468010 @default.
- W2518355105 cites W2160908538 @default.
- W2518355105 cites W2193566995 @default.
- W2518355105 cites W2220152465 @default.
- W2518355105 cites W2318680928 @default.
- W2518355105 cites W2379298392 @default.
- W2518355105 cites W637792421 @default.
- W2518355105 cites W899466281 @default.
- W2518355105 cites W2095118876 @default.
- W2518355105 doi "https://doi.org/10.1016/j.jhydrol.2016.09.008" @default.
- W2518355105 hasPublicationYear "2016" @default.
- W2518355105 type Work @default.
- W2518355105 sameAs 2518355105 @default.
- W2518355105 citedByCount "59" @default.
- W2518355105 countsByYear W25183551052017 @default.
- W2518355105 countsByYear W25183551052018 @default.
- W2518355105 countsByYear W25183551052019 @default.
- W2518355105 countsByYear W25183551052020 @default.
- W2518355105 countsByYear W25183551052021 @default.
- W2518355105 countsByYear W25183551052022 @default.
- W2518355105 countsByYear W25183551052023 @default.
- W2518355105 crossrefType "journal-article" @default.