Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208686297> ?p ?o ?g. }
- W3208686297 endingPage "100451" @default.
- W3208686297 startingPage "100451" @default.
- W3208686297 abstract "By altering the physical properties of soil through root activity, plants can act as important agents in affecting soil hydrothermal properties. However, we still know little about how plant roots regulate these properties in certain ecosystems, such as alpine meadows. Thus, we studied the influence of roots on soil hydrothermal properties in the Qinghai-Tibet Plateau (QTP). Root biomass as well as soil physicochemical and hydrothermal properties were examined at a depth of 0–30 cm at three study sites in the QTP. The relationship between root biomass and saturated soil hydraulic conductivity (Ks) was examined, as was the applicability of common soil hydrothermal properties models to the alpine meadow system. Results revealed that approximately 91.10%, 72.52%, and 76.84% of root biomass was located in the top 0–10 cm of soil at Maqu, Arou, and Naqu, respectively. Compared with the bulk soil, the water-holding capacity of rhizosphere soil was enhanced by 20 %–50%, while Ks was decreased by at least 2- to 3-fold. The thermal conductivity (λ) of rhizosphere soils was lower than that of the bulk soil by 0.23–0.82 W m−1∙K−1 on average. Lastly, soil hydrothermal properties models that do not explicitly consider root effects overestimated the Ks and λ in the rhizosphere soil of these systems. Overall, our results revealed distinctive differences in soil hydrothermal properties between the rhizosphere soil and the bulk soil in the QTP. This research has important implications for future modeling of soil hydrothermal processes of alpine meadow soils." @default.
- W3208686297 created "2021-11-08" @default.
- W3208686297 creator A5023582032 @default.
- W3208686297 creator A5049061043 @default.
- W3208686297 creator A5062729573 @default.
- W3208686297 creator A5065860733 @default.
- W3208686297 creator A5067502132 @default.
- W3208686297 creator A5078562332 @default.
- W3208686297 creator A5091493369 @default.
- W3208686297 date "2021-12-01" @default.
- W3208686297 modified "2023-10-13" @default.
- W3208686297 title "Root-induced alterations in soil hydrothermal properties in alpine meadows of the Qinghai-Tibet Plateau" @default.
- W3208686297 cites W1967219105 @default.
- W3208686297 cites W1972307121 @default.
- W3208686297 cites W1984114559 @default.
- W3208686297 cites W1990849719 @default.
- W3208686297 cites W1992357029 @default.
- W3208686297 cites W1994954836 @default.
- W3208686297 cites W1995770377 @default.
- W3208686297 cites W1995928150 @default.
- W3208686297 cites W1996879454 @default.
- W3208686297 cites W1996883557 @default.
- W3208686297 cites W2000587077 @default.
- W3208686297 cites W2001305958 @default.
- W3208686297 cites W2018767938 @default.
- W3208686297 cites W2030284676 @default.
- W3208686297 cites W2030789683 @default.
- W3208686297 cites W2032459157 @default.
- W3208686297 cites W2036247824 @default.
- W3208686297 cites W2042855192 @default.
- W3208686297 cites W2056118090 @default.
- W3208686297 cites W2064058495 @default.
- W3208686297 cites W2068608612 @default.
- W3208686297 cites W2070451319 @default.
- W3208686297 cites W2074435009 @default.
- W3208686297 cites W2079183922 @default.
- W3208686297 cites W2081026790 @default.
- W3208686297 cites W2083735459 @default.
- W3208686297 cites W2087105362 @default.
- W3208686297 cites W2088011896 @default.
- W3208686297 cites W2088123820 @default.
- W3208686297 cites W2089931406 @default.
- W3208686297 cites W2099096796 @default.
- W3208686297 cites W2100207993 @default.
- W3208686297 cites W2102720767 @default.
- W3208686297 cites W2104005424 @default.
- W3208686297 cites W2104472096 @default.
- W3208686297 cites W2107007647 @default.
- W3208686297 cites W2111295706 @default.
- W3208686297 cites W2112118923 @default.
- W3208686297 cites W2115769248 @default.
- W3208686297 cites W2121819382 @default.
- W3208686297 cites W2133876813 @default.
- W3208686297 cites W2136196763 @default.
- W3208686297 cites W2140149855 @default.
- W3208686297 cites W2152449677 @default.
- W3208686297 cites W2154209249 @default.
- W3208686297 cites W2157980636 @default.
- W3208686297 cites W2165306075 @default.
- W3208686297 cites W2165561787 @default.
- W3208686297 cites W2263625 @default.
- W3208686297 cites W2320507119 @default.
- W3208686297 cites W2461475292 @default.
- W3208686297 cites W2469479883 @default.
- W3208686297 cites W2584807929 @default.
- W3208686297 cites W2614017399 @default.
- W3208686297 cites W2781804582 @default.
- W3208686297 cites W2782810888 @default.
- W3208686297 cites W2785502373 @default.
- W3208686297 cites W2791139335 @default.
- W3208686297 cites W2888174384 @default.
- W3208686297 cites W2888830585 @default.
- W3208686297 cites W2894955128 @default.
- W3208686297 cites W2899767037 @default.
- W3208686297 cites W2901429410 @default.
- W3208686297 cites W2903697686 @default.
- W3208686297 cites W2925187536 @default.
- W3208686297 cites W2943169541 @default.
- W3208686297 cites W2967486333 @default.
- W3208686297 cites W2970799887 @default.
- W3208686297 cites W3003808725 @default.
- W3208686297 cites W3015080434 @default.
- W3208686297 cites W3015106256 @default.
- W3208686297 cites W3015642665 @default.
- W3208686297 cites W3036421446 @default.
- W3208686297 cites W3118816265 @default.
- W3208686297 cites W4242626345 @default.
- W3208686297 doi "https://doi.org/10.1016/j.rhisph.2021.100451" @default.
- W3208686297 hasPublicationYear "2021" @default.
- W3208686297 type Work @default.
- W3208686297 sameAs 3208686297 @default.
- W3208686297 citedByCount "5" @default.
- W3208686297 countsByYear W32086862972023 @default.
- W3208686297 crossrefType "journal-article" @default.
- W3208686297 hasAuthorship W3208686297A5023582032 @default.
- W3208686297 hasAuthorship W3208686297A5049061043 @default.
- W3208686297 hasAuthorship W3208686297A5062729573 @default.
- W3208686297 hasAuthorship W3208686297A5065860733 @default.