Matches in SemOpenAlex for { <https://semopenalex.org/work/W3080933234> ?p ?o ?g. }
- W3080933234 endingPage "1286" @default.
- W3080933234 startingPage "1274" @default.
- W3080933234 abstract "Abstract Managing soil organic carbon (SOC) to maximize crop yield is a vital strategy to feed the world's growing population. However, the low SOC contents in agricultural soils limits the maximization of wheat yield. Here, we used modeling and a long‐term field experiment to determine whether improved crop management (IM) and an integrated procedure that combined IM with manure application (IMsoil) would close the yield gap while increasing SOC sequestration during wheat ( Triticum aestivum L.) production in China. The yield of conventional farmers' practice (CM), operating with high fertilizer inputs, suboptimal management, and straw removal, was 5.3 Megagrams per hectare (Mg/ha), reaching 48% of yield potential (Yp, 11.0 Mg/ha) while reducing SOC sequestration during the year 2012–2019. The IM procedure with optimized density, planting dates, and nutrient management increased yield to 8.0 Mg/ha (i.e., 73% of Yp), and increased SOC sequestration. The IMsoil treatment further elevated wheat yield to 9.3 Mg/ha (i.e., 85% of Yp) by increasing spike number and pre‐anthesis dry matter accumulation. The SOC sequestration in the IMsoil increased by 15.4 Mg C/ha at a rate of 2.20 Mg C ha‐1 yr through large C inputs and high SOC transfer efficiencies compared with the beginning of this experiment. These results highlight the importance of combining optimized crop managements with soil amendment to close the yield gap with less fertilizer inputs while contributing to sustainable agriculture objectives." @default.
- W3080933234 created "2020-09-01" @default.
- W3080933234 creator A5004906626 @default.
- W3080933234 creator A5025800767 @default.
- W3080933234 creator A5044681391 @default.
- W3080933234 creator A5050848765 @default.
- W3080933234 creator A5057096968 @default.
- W3080933234 creator A5091831464 @default.
- W3080933234 date "2020-11-03" @default.
- W3080933234 modified "2023-10-16" @default.
- W3080933234 title "Increasing soil organic carbon sequestration while closing the yield gap in Chinese wheat production" @default.
- W3080933234 cites W1621149760 @default.
- W3080933234 cites W1964713699 @default.
- W3080933234 cites W1966526697 @default.
- W3080933234 cites W1967840050 @default.
- W3080933234 cites W1968327591 @default.
- W3080933234 cites W1973366948 @default.
- W3080933234 cites W1977341902 @default.
- W3080933234 cites W1987453653 @default.
- W3080933234 cites W1992573102 @default.
- W3080933234 cites W1993151868 @default.
- W3080933234 cites W1996692331 @default.
- W3080933234 cites W1997484387 @default.
- W3080933234 cites W2001043183 @default.
- W3080933234 cites W2005046527 @default.
- W3080933234 cites W2005588808 @default.
- W3080933234 cites W2011280117 @default.
- W3080933234 cites W2016946455 @default.
- W3080933234 cites W2025092273 @default.
- W3080933234 cites W2027628978 @default.
- W3080933234 cites W2030479147 @default.
- W3080933234 cites W2035578412 @default.
- W3080933234 cites W2037192726 @default.
- W3080933234 cites W2037386225 @default.
- W3080933234 cites W2039696679 @default.
- W3080933234 cites W2041202606 @default.
- W3080933234 cites W2041483208 @default.
- W3080933234 cites W2041973729 @default.
- W3080933234 cites W2042122216 @default.
- W3080933234 cites W2047082387 @default.
- W3080933234 cites W2048828667 @default.
- W3080933234 cites W2049096931 @default.
- W3080933234 cites W2049897089 @default.
- W3080933234 cites W2050161813 @default.
- W3080933234 cites W2050706580 @default.
- W3080933234 cites W2052474053 @default.
- W3080933234 cites W2054681515 @default.
- W3080933234 cites W2055631747 @default.
- W3080933234 cites W2065762344 @default.
- W3080933234 cites W2072689609 @default.
- W3080933234 cites W2079525907 @default.
- W3080933234 cites W2086884119 @default.
- W3080933234 cites W2087516315 @default.
- W3080933234 cites W2089241701 @default.
- W3080933234 cites W2089991413 @default.
- W3080933234 cites W2093891160 @default.
- W3080933234 cites W2104402216 @default.
- W3080933234 cites W2106946668 @default.
- W3080933234 cites W2110406941 @default.
- W3080933234 cites W2115172210 @default.
- W3080933234 cites W2118182941 @default.
- W3080933234 cites W2119859630 @default.
- W3080933234 cites W2142075354 @default.
- W3080933234 cites W2144189317 @default.
- W3080933234 cites W2147908267 @default.
- W3080933234 cites W2158883105 @default.
- W3080933234 cites W2159292710 @default.
- W3080933234 cites W2159568833 @default.
- W3080933234 cites W2168384319 @default.
- W3080933234 cites W2168390392 @default.
- W3080933234 cites W2268928470 @default.
- W3080933234 cites W2316979315 @default.
- W3080933234 cites W2320940776 @default.
- W3080933234 cites W2508348830 @default.
- W3080933234 cites W2512976599 @default.
- W3080933234 cites W2543373549 @default.
- W3080933234 cites W2608415161 @default.
- W3080933234 cites W2790542267 @default.
- W3080933234 cites W2792393408 @default.
- W3080933234 cites W2792827541 @default.
- W3080933234 cites W2801999727 @default.
- W3080933234 cites W2803721141 @default.
- W3080933234 cites W2885268053 @default.
- W3080933234 cites W2911274111 @default.
- W3080933234 cites W2954386789 @default.
- W3080933234 cites W2972069216 @default.
- W3080933234 cites W318293062 @default.
- W3080933234 doi "https://doi.org/10.1002/ldr.3747" @default.
- W3080933234 hasPublicationYear "2020" @default.
- W3080933234 type Work @default.
- W3080933234 sameAs 3080933234 @default.
- W3080933234 citedByCount "3" @default.
- W3080933234 countsByYear W30809332342022 @default.
- W3080933234 countsByYear W30809332342023 @default.
- W3080933234 crossrefType "journal-article" @default.
- W3080933234 hasAuthorship W3080933234A5004906626 @default.
- W3080933234 hasAuthorship W3080933234A5025800767 @default.
- W3080933234 hasAuthorship W3080933234A5044681391 @default.