FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2859113190> ?p ?o ?g. }

• W2859113190 endingPage "23" @default.
• W2859113190 startingPage "11" @default.
• W2859113190 abstract "Outside soil spray seeding (OSSS), the technology of spraying an artificial soil mixture onto the surface of cut slopes for creating a bed for plant species to germinate and grow, has been widely used to restore cut slopes. The vegetation cover can effectively resist soil erosion, improve soil quality and facilitate the ecological restoration of cut slopes. However, researchers have different views on what kind of vegetation cover is best to improve artificial soil quality and enhance the structural stability of cut slopes. To evaluate the effect of different vegetation restoration types on the artificial soil of cut slopes restored with OSSS, various soil samples were obtained from four treatments [herbaceous-only vegetation restoration slopes (HS); mixed vegetation restoration type slope I, composed of herbs and shrubs (MSI); mixed vegetation restoration type slope II, composed of herbs, shrubs and trees (MSII); and natural slopes (NS)]. Three slopes were selected for HS, MSI, MSII and NS, respectively, for a total of twelve slopes. The soil properties measured included some fundamental parameters (physical, chemical and biological parameters) and structural characteristics (bias coefficients, peak convex coefficient, fractal dimension, structural failure rate and soil erodibility). Principal component analysis (PCA) and ascending and descending functions were used to determine an integrated soil quality index (SQI). The results showed that there are significant differences in fundamental parameters, structural characteristics and the SQI between HS and other treatments, while the same properties, except SQI, were not significantly different between MSI and MSII. These findings imply that the HS is not suitable for long-term restoration on cut slopes, whereas MSII is a better vegetation construction model for the ecological restoration of cut slopes. However, there is still a huge disparity in these soil properties between the cut slopes and NS; this difference is attributable to the NS having a soil optimization process with long-term no human interference. Therefore, more effective management measures should be implemented to promote the ecological restoration of cut slopes." @default.
• W2859113190 created "2018-07-19" @default.
• W2859113190 creator A5030609948 @default.
• W2859113190 creator A5047025163 @default.
• W2859113190 creator A5049640298 @default.
• W2859113190 creator A5052729238 @default.
• W2859113190 creator A5069726556 @default.
• W2859113190 creator A5075712660 @default.
• W2859113190 creator A5076479076 @default.
• W2859113190 creator A5084902754 @default.
• W2859113190 date "2018-12-01" @default.
• W2859113190 modified "2023-10-09" @default.
• W2859113190 title "Effect of different vegetation restoration types on fundamental parameters, structural characteristics and the soil quality index of artificial soil" @default.
• W2859113190 cites W1728982652 @default.
• W2859113190 cites W1881779375 @default.
• W2859113190 cites W1949588005 @default.
• W2859113190 cites W1968647266 @default.
• W2859113190 cites W1969314131 @default.
• W2859113190 cites W1973214419 @default.
• W2859113190 cites W1977325609 @default.
• W2859113190 cites W1983058642 @default.
• W2859113190 cites W1984933500 @default.
• W2859113190 cites W1990074197 @default.
• W2859113190 cites W1991842752 @default.
• W2859113190 cites W1993436246 @default.
• W2859113190 cites W1994000771 @default.
• W2859113190 cites W2001102040 @default.
• W2859113190 cites W2003019566 @default.
• W2859113190 cites W2011611961 @default.
• W2859113190 cites W2013749032 @default.
• W2859113190 cites W2015526483 @default.
• W2859113190 cites W2015595462 @default.
• W2859113190 cites W2016614383 @default.
• W2859113190 cites W2019498773 @default.
• W2859113190 cites W2027520002 @default.
• W2859113190 cites W2028450643 @default.
• W2859113190 cites W2030915622 @default.
• W2859113190 cites W2032788769 @default.
• W2859113190 cites W2035248811 @default.
• W2859113190 cites W2037264247 @default.
• W2859113190 cites W2062949051 @default.
• W2859113190 cites W2066235901 @default.
• W2859113190 cites W2070827370 @default.
• W2859113190 cites W2077472825 @default.
• W2859113190 cites W2080120681 @default.
• W2859113190 cites W2081429754 @default.
• W2859113190 cites W2083857556 @default.
• W2859113190 cites W2086432159 @default.
• W2859113190 cites W2089995046 @default.
• W2859113190 cites W2091316750 @default.
• W2859113190 cites W2098249105 @default.
• W2859113190 cites W2104005424 @default.
• W2859113190 cites W2107455312 @default.
• W2859113190 cites W2118554039 @default.
• W2859113190 cites W2122867525 @default.
• W2859113190 cites W2125035259 @default.
• W2859113190 cites W2141818621 @default.
• W2859113190 cites W2151826260 @default.
• W2859113190 cites W2172108654 @default.
• W2859113190 cites W2175556406 @default.
• W2859113190 cites W2181763382 @default.
• W2859113190 cites W2268633657 @default.
• W2859113190 cites W2270931159 @default.
• W2859113190 cites W2432104166 @default.
• W2859113190 cites W2508270731 @default.
• W2859113190 cites W2512555743 @default.
• W2859113190 cites W2514732002 @default.
• W2859113190 cites W2519149998 @default.
• W2859113190 cites W2521634614 @default.
• W2859113190 cites W2525110493 @default.
• W2859113190 cites W2532577190 @default.
• W2859113190 cites W2556472483 @default.
• W2859113190 cites W2566811938 @default.
• W2859113190 cites W2568795861 @default.
• W2859113190 cites W2611756468 @default.
• W2859113190 cites W2620957539 @default.
• W2859113190 cites W2626425821 @default.
• W2859113190 doi "https://doi.org/10.1016/j.still.2018.06.010" @default.
• W2859113190 hasPublicationYear "2018" @default.
• W2859113190 type Work @default.
• W2859113190 sameAs 2859113190 @default.
• W2859113190 citedByCount "40" @default.
• W2859113190 countsByYear W28591131902018 @default.
• W2859113190 countsByYear W28591131902019 @default.
• W2859113190 countsByYear W28591131902020 @default.
• W2859113190 countsByYear W28591131902021 @default.
• W2859113190 countsByYear W28591131902022 @default.
• W2859113190 countsByYear W28591131902023 @default.
• W2859113190 crossrefType "journal-article" @default.
• W2859113190 hasAuthorship W2859113190A5030609948 @default.
• W2859113190 hasAuthorship W2859113190A5047025163 @default.
• W2859113190 hasAuthorship W2859113190A5049640298 @default.
• W2859113190 hasAuthorship W2859113190A5052729238 @default.
• W2859113190 hasAuthorship W2859113190A5069726556 @default.
• W2859113190 hasAuthorship W2859113190A5075712660 @default.
• W2859113190 hasAuthorship W2859113190A5076479076 @default.
• W2859113190 hasAuthorship W2859113190A5084902754 @default.
• W2859113190 hasConcept C114793014 @default.

• next