FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165230992> ?p ?o ?g. }

• W3165230992 endingPage "126483" @default.
• W3165230992 startingPage "126483" @default.
• W3165230992 abstract "• The uWUE method was evaluated with 4 ET partitioning approaches in an endorheic basin. • Seasonal and annual variations in T /ET were determined in various ecosystems. • The controlling factors of T/ET were quantitatively analyzed. Partitioning of evapotranspiration (ET) into evaporation ( E ) and transpiration ( T ) is challenging but important to better understand the mechanisms of water loss from the ground surface to the atmosphere, especially in semiarid and arid regions. In this study, the underlying water use efficiency (uWUE) method is compared with hydrometric and remote sensing-based ET partitioning methods. The uWUE method is considered to be a promising method for partitioning ET, and can also be used to obtain temporal continuous data with fine spatial representation. Thus, the uWUE method was used to partition ET in six typical ecosystems in the Heihe River basin (HRB), which is the second largest endorheic river basin in western China. During 2008–2016, the daily average contributions of T to ET ( T /ET) were 0.53, 0.52, 0.59, 0.37, 0.56, and 0.59 in the alpine meadow, Qinghai spruce, maize, desert, Tamarix , and Populus euphratica – Tamarix ecosystems, respectively. The T /ET ratio exhibited obvious seasonal variations in alpine meadow, maize, Tamarix , and Populus euphratica – Tamarix ecosystems. The ET partitioning results were related to air temperature in all ecosystems, especially in areas with sufficient precipitation or irrigation water supply. The vapor pressure deficit was also a main controlling factor in the upper- and middle-reach ecosystems, especially in the Qinghai spruce ecosystem. Groundwater and/or soil moisture made high relative contributions (RCs, %) to the T /ET ratio of the riparian forest in the lower reaches. Additionally, the leaf area index also made a high RC to the T /ET ratio of deciduous vegetation. Determining the quantitative contribution of T to ET in the HRB is beneficial for water resource management to guide the rational allocation and efficient use of water resources." @default.
• W3165230992 created "2021-06-07" @default.
• W3165230992 creator A5019020773 @default.
• W3165230992 creator A5025292786 @default.
• W3165230992 creator A5040222229 @default.
• W3165230992 creator A5046866947 @default.
• W3165230992 creator A5049917224 @default.
• W3165230992 creator A5052675433 @default.
• W3165230992 creator A5065164912 @default.
• W3165230992 creator A5073800333 @default.
• W3165230992 date "2021-07-01" @default.
• W3165230992 modified "2023-10-18" @default.
• W3165230992 title "Evapotranspiration partitioning for multiple ecosystems within a dryland watershed: Seasonal variations and controlling factors" @default.
• W3165230992 cites W1490845441 @default.
• W3165230992 cites W1543487163 @default.
• W3165230992 cites W1571708397 @default.
• W3165230992 cites W1601065746 @default.
• W3165230992 cites W1801676395 @default.
• W3165230992 cites W1945666848 @default.
• W3165230992 cites W1969801270 @default.
• W3165230992 cites W1984443733 @default.
• W3165230992 cites W1985722055 @default.
• W3165230992 cites W1989181048 @default.
• W3165230992 cites W1996878377 @default.
• W3165230992 cites W1998407938 @default.
• W3165230992 cites W2006944937 @default.
• W3165230992 cites W2012019168 @default.
• W3165230992 cites W2023499872 @default.
• W3165230992 cites W2026369475 @default.
• W3165230992 cites W2038137144 @default.
• W3165230992 cites W2040733414 @default.
• W3165230992 cites W2051798177 @default.
• W3165230992 cites W2063713978 @default.
• W3165230992 cites W2077089219 @default.
• W3165230992 cites W2081712988 @default.
• W3165230992 cites W2093905759 @default.
• W3165230992 cites W2094723062 @default.
• W3165230992 cites W2097082604 @default.
• W3165230992 cites W2098787944 @default.
• W3165230992 cites W2099763881 @default.
• W3165230992 cites W2104521651 @default.
• W3165230992 cites W2106446888 @default.
• W3165230992 cites W2115031178 @default.
• W3165230992 cites W2121943767 @default.
• W3165230992 cites W2122534397 @default.
• W3165230992 cites W2128634461 @default.
• W3165230992 cites W2130031595 @default.
• W3165230992 cites W2130797201 @default.
• W3165230992 cites W2144653885 @default.
• W3165230992 cites W2144671915 @default.
• W3165230992 cites W2147611675 @default.
• W3165230992 cites W2152977202 @default.
• W3165230992 cites W2197181571 @default.
• W3165230992 cites W2272039332 @default.
• W3165230992 cites W2294653100 @default.
• W3165230992 cites W2343153024 @default.
• W3165230992 cites W2463804181 @default.
• W3165230992 cites W2533235266 @default.
• W3165230992 cites W2580448748 @default.
• W3165230992 cites W2600777534 @default.
• W3165230992 cites W2725875689 @default.
• W3165230992 cites W2759267658 @default.
• W3165230992 cites W2789306016 @default.
• W3165230992 cites W2793779521 @default.
• W3165230992 cites W2794344087 @default.
• W3165230992 cites W2887166489 @default.
• W3165230992 cites W2889137199 @default.
• W3165230992 cites W2897397556 @default.
• W3165230992 cites W2902088700 @default.
• W3165230992 cites W2904909458 @default.
• W3165230992 cites W2922004833 @default.
• W3165230992 cites W2924806567 @default.
• W3165230992 cites W2955069038 @default.
• W3165230992 cites W2970698412 @default.
• W3165230992 cites W3003236573 @default.
• W3165230992 cites W3004146137 @default.
• W3165230992 cites W3022626456 @default.
• W3165230992 cites W3105508747 @default.
• W3165230992 cites W4294940931 @default.
• W3165230992 doi "https://doi.org/10.1016/j.jhydrol.2021.126483" @default.
• W3165230992 hasPublicationYear "2021" @default.
• W3165230992 type Work @default.
• W3165230992 sameAs 3165230992 @default.
• W3165230992 citedByCount "16" @default.
• W3165230992 countsByYear W31652309922021 @default.
• W3165230992 countsByYear W31652309922022 @default.
• W3165230992 countsByYear W31652309922023 @default.
• W3165230992 crossrefType "journal-article" @default.
• W3165230992 hasAuthorship W3165230992A5019020773 @default.
• W3165230992 hasAuthorship W3165230992A5025292786 @default.
• W3165230992 hasAuthorship W3165230992A5040222229 @default.
• W3165230992 hasAuthorship W3165230992A5046866947 @default.
• W3165230992 hasAuthorship W3165230992A5049917224 @default.
• W3165230992 hasAuthorship W3165230992A5052675433 @default.
• W3165230992 hasAuthorship W3165230992A5065164912 @default.
• W3165230992 hasAuthorship W3165230992A5073800333 @default.
• W3165230992 hasConcept C107054158 @default.
• W3165230992 hasConcept C110872660 @default.

• next