FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W93558932> ?p ?o ?g. }

• W93558932 abstract "Ridge culture is a special conservation tillage method, but the long-term influence of this tillage system on soil aggregate-size stability in paddy fields is largely unknown in southwest of china. The objectives of this paper are to evaluate soil aggregates stability and to determine the relationship between SOC and soil aggregate stability. Soil samples at 0-20 cm layer were adopted from a long-term (16 yr) field experiment including conventional tillage: plain culture, summer rice crop and winter upland crop under drained conditions (PUR-r), and conservation tillage: ridge culture without tillage, summer rice and winter fallow with floodwater layer annually (NTR-f), and winter upland crop under drained conditions (NTR-r), and wide ridge culture without tillage, summer rice crop and winter upland crop under conditions (NTRw-r), respectively. The determination of aggregate-size stability distribution involves the assumptions that soil aggregates can be categorized in terms of their size and water stability (slaking resistance). Experimentally this procedure involves the slaked and capillary-wetted pretreatments; and a subsequent slaking treatment of aggregates >0.250 mm in size. WSMA and NMWD were applied to simulate the breakdown mechanisms of aggregates for studying soil stability based on aggregate resistance to slaking in paddy soil. The results showed that the amount of aggregates-size was greatly observed in the fraction of 2~6.72 mm under ridge culture in paddy soil (more than 50%) under slaking and capillary-wetting pretreatment. The proportion of soil macro-aggregates (>0.25 mm) in conservation tillage was greatly higher than that in conventional tillage under subsequent slaking treatment. Minimal differences of aggregate stability between slaking and wetting were observed, while significant differences were found between ridge culture and plain culture. The aggregates stability under slaking treatment ranked in the order of NTR-r>NTRw-r>NTR-f>PUR-r, while under wetting was NTRw-r>NTR-r>NTR-f>PUR-r, respectively. There was a positive correlation between the aggregates stability and SOC concentrations under wetting, and low correlation was observed under slaking pretreatment. Soil exposure with tillage and lack of rice/rape-seed stubble inputs caused declines in aggregation and organic carbon, both of which make soil susceptible to water erosion. Adoption of ridge culture with no-tillage integrated with crop rotation and stubble mulch significantly alter soil organic concentration, suggesting it was a valuable conservation practice for soil aggregation and soil organic carbon sequestration on paddy soil." @default.
• W93558932 created "2016-06-24" @default.
• W93558932 creator A5042649869 @default.
• W93558932 creator A5048623668 @default.
• W93558932 creator A5051061528 @default.
• W93558932 creator A5054746507 @default.
• W93558932 date "2012-01-01" @default.
• W93558932 modified "2023-10-03" @default.
• W93558932 title "Mechanisms of Soil Aggregates Stability in Purple Paddy Soil under Conservation Tillage of Sichuan Basin, China" @default.
• W93558932 cites W1567962836 @default.
• W93558932 cites W1857591892 @default.
• W93558932 cites W1963983169 @default.
• W93558932 cites W1965077870 @default.
• W93558932 cites W1980767921 @default.
• W93558932 cites W1994844048 @default.
• W93558932 cites W1996105189 @default.
• W93558932 cites W1998163362 @default.
• W93558932 cites W1999214557 @default.
• W93558932 cites W2001676530 @default.
• W93558932 cites W2001983715 @default.
• W93558932 cites W2002458946 @default.
• W93558932 cites W2003392201 @default.
• W93558932 cites W2013626928 @default.
• W93558932 cites W2019235810 @default.
• W93558932 cites W2020526755 @default.
• W93558932 cites W2022088024 @default.
• W93558932 cites W2025799576 @default.
• W93558932 cites W2029637598 @default.
• W93558932 cites W2032236397 @default.
• W93558932 cites W2034502498 @default.
• W93558932 cites W2038485694 @default.
• W93558932 cites W2039797905 @default.
• W93558932 cites W2042115753 @default.
• W93558932 cites W2053467509 @default.
• W93558932 cites W2057660296 @default.
• W93558932 cites W2065509855 @default.
• W93558932 cites W2067019078 @default.
• W93558932 cites W2067188321 @default.
• W93558932 cites W2071646254 @default.
• W93558932 cites W2072627116 @default.
• W93558932 cites W2081797668 @default.
• W93558932 cites W2082986818 @default.
• W93558932 cites W2110988827 @default.
• W93558932 cites W2121349836 @default.
• W93558932 cites W2139405554 @default.
• W93558932 cites W2149431238 @default.
• W93558932 cites W301717576 @default.
• W93558932 cites W4242932478 @default.
• W93558932 cites W4246282220 @default.
• W93558932 doi "https://doi.org/10.1007/978-3-642-27281-3_42" @default.
• W93558932 hasPublicationYear "2012" @default.
• W93558932 type Work @default.
• W93558932 sameAs 93558932 @default.
• W93558932 citedByCount "1" @default.
• W93558932 countsByYear W935589322022 @default.
• W93558932 crossrefType "book-chapter" @default.
• W93558932 hasAuthorship W93558932A5042649869 @default.
• W93558932 hasAuthorship W93558932A5048623668 @default.
• W93558932 hasAuthorship W93558932A5051061528 @default.
• W93558932 hasAuthorship W93558932A5054746507 @default.
• W93558932 hasConcept C120991184 @default.
• W93558932 hasConcept C127313418 @default.
• W93558932 hasConcept C151730666 @default.
• W93558932 hasConcept C159390177 @default.
• W93558932 hasConcept C159750122 @default.
• W93558932 hasConcept C16397148 @default.
• W93558932 hasConcept C2780696901 @default.
• W93558932 hasConcept C32277403 @default.
• W93558932 hasConcept C39432304 @default.
• W93558932 hasConcept C6557445 @default.
• W93558932 hasConcept C86803240 @default.
• W93558932 hasConceptScore W93558932C120991184 @default.
• W93558932 hasConceptScore W93558932C127313418 @default.
• W93558932 hasConceptScore W93558932C151730666 @default.
• W93558932 hasConceptScore W93558932C159390177 @default.
• W93558932 hasConceptScore W93558932C159750122 @default.
• W93558932 hasConceptScore W93558932C16397148 @default.
• W93558932 hasConceptScore W93558932C2780696901 @default.
• W93558932 hasConceptScore W93558932C32277403 @default.
• W93558932 hasConceptScore W93558932C39432304 @default.
• W93558932 hasConceptScore W93558932C6557445 @default.
• W93558932 hasConceptScore W93558932C86803240 @default.
• W93558932 hasLocation W935589321 @default.
• W93558932 hasOpenAccess W93558932 @default.
• W93558932 hasPrimaryLocation W935589321 @default.
• W93558932 hasRelatedWork W1489996734 @default.
• W93558932 hasRelatedWork W2031980168 @default.
• W93558932 hasRelatedWork W2044303836 @default.
• W93558932 hasRelatedWork W2073610483 @default.
• W93558932 hasRelatedWork W2155597622 @default.
• W93558932 hasRelatedWork W2212417318 @default.
• W93558932 hasRelatedWork W2255231260 @default.
• W93558932 hasRelatedWork W2268757619 @default.
• W93558932 hasRelatedWork W2284846491 @default.
• W93558932 hasRelatedWork W2363770578 @default.
• W93558932 hasRelatedWork W2369202443 @default.
• W93558932 hasRelatedWork W2371558816 @default.
• W93558932 hasRelatedWork W2382798173 @default.
• W93558932 hasRelatedWork W2386765765 @default.
• W93558932 hasRelatedWork W259038212 @default.

• next