FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3128483513> ?p ?o ?g. }

• W3128483513 endingPage "107445" @default.
• W3128483513 startingPage "107445" @default.
• W3128483513 abstract "Modern human activities have resulted in the indiscriminate exploitation of land resources, which has exerted increasingly negative influences on soil quality. Critically, these effects are seen in already ecologically fragile areas. In this study, a total of 48 soil samples were obtained at 0–20 cm depth (surface soil) and 20–40 cm depth (subsurface soil) from five types of land uses in a typical watershed in northwest China, Qinghai-Tibet Plateau. A comprehensive fuzzy mathematical model combined with soil quality index (SQI) was used to evaluate and calculate soil quality in the study area. Results showed that the SQI value was highest in mountain cropland, with values of 0.520 and 0.421 for surface and subsurface areas, respectively. Comparatively, values were lowest in grassland, with 0.447 and 0.364 for surface and subsurface areas, respectively. Then we assessed the sensitivity index (SI) to understand the effects of different physicochemical soil properties on soil quality under different land use types, and the SI values of mountain cropland and grassland with a large variations of soil quality were analyzed. Results showed that among the 15 evaluating indices, SI values for alkali-hydrolyzed nitrogen (AN), available phosphorus (AP), and total nitrogen (TN) in the surface soil layer meanwhile AN and TN in subsurface soil were higher than 1.5, indicating the sensitivity of these properties increased in mountain cropland. Surface soil is more vulnerable to land use changes driven by a variety of human activities, given this, surface and subsurface soil samples had recognizable differences. We next calculated the stratification ratio (SR), with results showing that SR values for most soil properties were higher in mountain cropland relative to grassland soil, with AP in mountain cropland was a maximum at 1.94, indicating these properties were more important indicators of the effects of land use changes. These analyses, provide a better explanation of why the soil quality was better in mountain cropland with specific physical and chemical properties. Collectively, the outcomes of this study indicated the potential for assessing soil quality covered by five land use types along with soil stratifications in a region with a sensitive and fragile ecological environment." @default.
• W3128483513 created "2021-02-15" @default.
• W3128483513 creator A5001671786 @default.
• W3128483513 creator A5020273118 @default.
• W3128483513 creator A5029722024 @default.
• W3128483513 creator A5084686893 @default.
• W3128483513 creator A5086585084 @default.
• W3128483513 date "2021-06-01" @default.
• W3128483513 modified "2023-10-14" @default.
• W3128483513 title "A comprehensive, locally adapted soil quality indexing under different land uses in a typical watershed of the eastern Qinghai-Tibet Plateau" @default.
• W3128483513 cites W1721653667 @default.
• W3128483513 cites W1964141075 @default.
• W3128483513 cites W1966601749 @default.
• W3128483513 cites W1968729504 @default.
• W3128483513 cites W1972190342 @default.
• W3128483513 cites W1974370159 @default.
• W3128483513 cites W1978568210 @default.
• W3128483513 cites W1981028777 @default.
• W3128483513 cites W1984282899 @default.
• W3128483513 cites W1985390764 @default.
• W3128483513 cites W1992122067 @default.
• W3128483513 cites W1992345883 @default.
• W3128483513 cites W1993436246 @default.
• W3128483513 cites W1995153668 @default.
• W3128483513 cites W2001102040 @default.
• W3128483513 cites W2003019566 @default.
• W3128483513 cites W2006632661 @default.
• W3128483513 cites W2014965685 @default.
• W3128483513 cites W2016242732 @default.
• W3128483513 cites W2017231013 @default.
• W3128483513 cites W2030915622 @default.
• W3128483513 cites W2031384937 @default.
• W3128483513 cites W2038044415 @default.
• W3128483513 cites W2044115647 @default.
• W3128483513 cites W2058103096 @default.
• W3128483513 cites W2066235901 @default.
• W3128483513 cites W2070277884 @default.
• W3128483513 cites W2080089594 @default.
• W3128483513 cites W2080120681 @default.
• W3128483513 cites W2085703611 @default.
• W3128483513 cites W2087659086 @default.
• W3128483513 cites W2095709767 @default.
• W3128483513 cites W2104562823 @default.
• W3128483513 cites W2116585312 @default.
• W3128483513 cites W2134480454 @default.
• W3128483513 cites W2141818621 @default.
• W3128483513 cites W2151826260 @default.
• W3128483513 cites W2153605020 @default.
• W3128483513 cites W2166135450 @default.
• W3128483513 cites W2166661931 @default.
• W3128483513 cites W2172108654 @default.
• W3128483513 cites W2283874854 @default.
• W3128483513 cites W2403769793 @default.
• W3128483513 cites W2516865973 @default.
• W3128483513 cites W2555352644 @default.
• W3128483513 cites W2561997820 @default.
• W3128483513 cites W2570364378 @default.
• W3128483513 cites W2572086360 @default.
• W3128483513 cites W2748634478 @default.
• W3128483513 cites W2756743894 @default.
• W3128483513 cites W2898919712 @default.
• W3128483513 cites W3020003664 @default.
• W3128483513 cites W3024289743 @default.
• W3128483513 cites W4254469468 @default.
• W3128483513 doi "https://doi.org/10.1016/j.ecolind.2021.107445" @default.
• W3128483513 hasPublicationYear "2021" @default.
• W3128483513 type Work @default.
• W3128483513 sameAs 3128483513 @default.
• W3128483513 citedByCount "20" @default.
• W3128483513 countsByYear W31284835132021 @default.
• W3128483513 countsByYear W31284835132022 @default.
• W3128483513 countsByYear W31284835132023 @default.
• W3128483513 crossrefType "journal-article" @default.
• W3128483513 hasAuthorship W3128483513A5001671786 @default.
• W3128483513 hasAuthorship W3128483513A5020273118 @default.
• W3128483513 hasAuthorship W3128483513A5029722024 @default.
• W3128483513 hasAuthorship W3128483513A5084686893 @default.
• W3128483513 hasAuthorship W3128483513A5086585084 @default.
• W3128483513 hasBestOaLocation W31284835131 @default.
• W3128483513 hasConcept C119857082 @default.
• W3128483513 hasConcept C127313418 @default.
• W3128483513 hasConcept C134306372 @default.
• W3128483513 hasConcept C150547873 @default.
• W3128483513 hasConcept C159390177 @default.
• W3128483513 hasConcept C159750122 @default.
• W3128483513 hasConcept C187320778 @default.
• W3128483513 hasConcept C18903297 @default.
• W3128483513 hasConcept C2775835988 @default.
• W3128483513 hasConcept C2776475172 @default.
• W3128483513 hasConcept C2780030769 @default.
• W3128483513 hasConcept C33923547 @default.
• W3128483513 hasConcept C39432304 @default.
• W3128483513 hasConcept C41008148 @default.
• W3128483513 hasConcept C4792198 @default.
• W3128483513 hasConcept C50516716 @default.
• W3128483513 hasConcept C58395597 @default.
• W3128483513 hasConcept C6557445 @default.
• W3128483513 hasConcept C76886044 @default.

• next