FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4221078282> ?p ?o ?g. }

• W4221078282 endingPage "127730" @default.
• W4221078282 startingPage "127730" @default.
• W4221078282 abstract "Soil hydrological properties play a key role in soil hydrological processes. However, the effect of long-term vegetation restoration on soil hydrological properties and the corresponding influencing mechanisms remains poorly understood. Here, three soil hydrological properties including saturated water-holding capacity (SWHC), field capacity (FC) and saturated hydraulic conductivity (Ks), as well as several basic soil properties in the Zhifanggou watershed of the Loess plateau were investigated. The variations in SWHC, FC and Ks under different vegetation restoration types and their dominant influencing factors were analyzed. Moreover, we collected available Ks data from peer-reviewed publications to determine the land use with the largest Ks across the entire Loess Plateau. The results showed that SWHC FC and Ks were increased after 20 years of vegetation restoration. The higher Ks was found in shrubland and forest in the whole Loess Plateau. Compared with cropland, Ks in shrubland was increased by 87.10% at 0–20 cm, 48.89% at 20–40 cm, and 18.37% at 40–100 cm, respectively, indicating that the impact of revegetation on Ks were most obvious in the upper soil layer. Bulk density (BD), total porosity (TP), capillary porosity (CP), noncapillary porosity (NCP) and soil organic matter (SOM) had a significant effect on SWHC, FC and Ks for different land-use types (P < 0.01). Soil porosity (i.e., TP, CP and NCP) and BD, soil chemical properties (i.e., SOM and pH), and soil particle composition explained 93.8%, 59.2%, and 13.4% of the total variance in soil hydrological properties (i.e., SWHC, FC and Ks), respectively. This indicates that soil porosity and BD are the dominant factors affecting soil hydrological properties. Moreover, soil particle composition played an important role in regulating Ks, with the contribution of 38.6%. The established pedotransfer function (PTF) of Ks using BD, clay and silt content had a better performance than two existing PTFs. This research provides a more systematic and comprehensive understanding of the soil hydrological effect of vegetation restoration in the Loess Plateau." @default.
• W4221078282 created "2022-04-03" @default.
• W4221078282 creator A5009793305 @default.
• W4221078282 creator A5021037977 @default.
• W4221078282 creator A5064962959 @default.
• W4221078282 creator A5065735490 @default.
• W4221078282 creator A5066536780 @default.
• W4221078282 creator A5076867646 @default.
• W4221078282 date "2022-06-01" @default.
• W4221078282 modified "2023-10-14" @default.
• W4221078282 title "Vegetation restoration improves soil hydrological properties by regulating soil physicochemical properties in the Loess Plateau, China" @default.
• W4221078282 cites W1558005852 @default.
• W4221078282 cites W1827492084 @default.
• W4221078282 cites W1971070603 @default.
• W4221078282 cites W1973842303 @default.
• W4221078282 cites W1975426753 @default.
• W4221078282 cites W1979925888 @default.
• W4221078282 cites W1991985670 @default.
• W4221078282 cites W1993010269 @default.
• W4221078282 cites W1996722300 @default.
• W4221078282 cites W2002795833 @default.
• W4221078282 cites W2005385524 @default.
• W4221078282 cites W2005772849 @default.
• W4221078282 cites W2008944108 @default.
• W4221078282 cites W2011002060 @default.
• W4221078282 cites W2019442404 @default.
• W4221078282 cites W2028262590 @default.
• W4221078282 cites W2028918803 @default.
• W4221078282 cites W2045770045 @default.
• W4221078282 cites W2048532472 @default.
• W4221078282 cites W2051926774 @default.
• W4221078282 cites W2052996421 @default.
• W4221078282 cites W2056902444 @default.
• W4221078282 cites W2068904744 @default.
• W4221078282 cites W2077933203 @default.
• W4221078282 cites W2083735459 @default.
• W4221078282 cites W2084895178 @default.
• W4221078282 cites W2086832181 @default.
• W4221078282 cites W2086916637 @default.
• W4221078282 cites W2088041400 @default.
• W4221078282 cites W2088078968 @default.
• W4221078282 cites W2089327082 @default.
• W4221078282 cites W2091601128 @default.
• W4221078282 cites W2096452145 @default.
• W4221078282 cites W2108315895 @default.
• W4221078282 cites W2110854629 @default.
• W4221078282 cites W2121889130 @default.
• W4221078282 cites W2127990252 @default.
• W4221078282 cites W2139059688 @default.
• W4221078282 cites W2143543455 @default.
• W4221078282 cites W2158980990 @default.
• W4221078282 cites W2159314209 @default.
• W4221078282 cites W2159758382 @default.
• W4221078282 cites W2166488439 @default.
• W4221078282 cites W2200177631 @default.
• W4221078282 cites W2214163154 @default.
• W4221078282 cites W2329318263 @default.
• W4221078282 cites W2336878047 @default.
• W4221078282 cites W2487229933 @default.
• W4221078282 cites W2568998424 @default.
• W4221078282 cites W2761836581 @default.
• W4221078282 cites W2763804425 @default.
• W4221078282 cites W2784034243 @default.
• W4221078282 cites W2900424600 @default.
• W4221078282 cites W2901406837 @default.
• W4221078282 cites W2910526535 @default.
• W4221078282 cites W2912246888 @default.
• W4221078282 cites W2921433553 @default.
• W4221078282 cites W2946783360 @default.
• W4221078282 cites W2971197316 @default.
• W4221078282 cites W3204011892 @default.
• W4221078282 cites W4234314512 @default.
• W4221078282 cites W4245261226 @default.
• W4221078282 cites W4376463488 @default.
• W4221078282 doi "https://doi.org/10.1016/j.jhydrol.2022.127730" @default.
• W4221078282 hasPublicationYear "2022" @default.
• W4221078282 type Work @default.
• W4221078282 citedByCount "19" @default.
• W4221078282 countsByYear W42210782822022 @default.
• W4221078282 countsByYear W42210782822023 @default.
• W4221078282 crossrefType "journal-article" @default.
• W4221078282 hasAuthorship W4221078282A5009793305 @default.
• W4221078282 hasAuthorship W4221078282A5021037977 @default.
• W4221078282 hasAuthorship W4221078282A5064962959 @default.
• W4221078282 hasAuthorship W4221078282A5065735490 @default.
• W4221078282 hasAuthorship W4221078282A5066536780 @default.
• W4221078282 hasAuthorship W4221078282A5076867646 @default.
• W4221078282 hasConcept C110872660 @default.
• W4221078282 hasConcept C127313418 @default.
• W4221078282 hasConcept C142724271 @default.
• W4221078282 hasConcept C159390177 @default.
• W4221078282 hasConcept C159750122 @default.
• W4221078282 hasConcept C161790260 @default.
• W4221078282 hasConcept C164285268 @default.
• W4221078282 hasConcept C185592680 @default.
• W4221078282 hasConcept C187320778 @default.
• W4221078282 hasConcept C18903297 @default.
• W4221078282 hasConcept C24939127 @default.

• next