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• W2108557118 abstract "A major challenge in rice (Oryza sativa L.) production is to enhance water use efficiency (WUE) and maintain or even increase grain yield. WUE, if defined as the biomass accumulation over water consumed, may be fairly constant for a given species in given climate. WUE can be enhanced by less irrigation. However, such enhancement is largely a trade-off against lower biomass production. If WUE is defined as the grain production per unit amount of water irrigated, it would be possible to increase WUE without compromising grain yield through the manipulation of harvest index. Harvest index has been shown to be a variable factor in crop production, and in many situations, it is closely associated with WUE and grain yield in cereals. Taking rice as an example, this paper discussed crop management techniques that can enhance harvest index. Several practices such as post-anthesis controlled soil drying, alternate wetting and moderate soil drying regimes during the whole growing season, and non-flooded straw mulching cultivation, could substantially enhance WUE and maintain or even increase grain yield of rice, mainly via improved canopy structure, source activity, sink strength, and enhanced remobilization of pre-stored carbon reserves from vegetative tissues to grains. All the work has proved that a proper crop management holds great promise to enhance harvest index and, consequently, achieve the dual goal of increasing grain production and saving water." @default.
• W2108557118 created "2016-06-24" @default.
• W2108557118 creator A5004894610 @default.
• W2108557118 creator A5072156637 @default.
• W2108557118 date "2010-04-25" @default.
• W2108557118 modified "2023-10-14" @default.
• W2108557118 title "Crop management techniques to enhance harvest index in rice" @default.
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• W2108557118 cites W1967388290 @default.
• W2108557118 cites W1967496308 @default.
• W2108557118 cites W1969587920 @default.
• W2108557118 cites W1971388929 @default.
• W2108557118 cites W1973341538 @default.
• W2108557118 cites W1974128299 @default.
• W2108557118 cites W1975349075 @default.
• W2108557118 cites W1975580328 @default.
• W2108557118 cites W1979674297 @default.
• W2108557118 cites W1980359147 @default.
• W2108557118 cites W1983400336 @default.
• W2108557118 cites W1986927491 @default.
• W2108557118 cites W1987058701 @default.
• W2108557118 cites W1989190201 @default.
• W2108557118 cites W1991356819 @default.
• W2108557118 cites W2000253966 @default.
• W2108557118 cites W2003905762 @default.
• W2108557118 cites W2007631782 @default.
• W2108557118 cites W2012162211 @default.
• W2108557118 cites W2013118052 @default.
• W2108557118 cites W2013846340 @default.
• W2108557118 cites W2014397676 @default.
• W2108557118 cites W2015883596 @default.
• W2108557118 cites W2017395928 @default.
• W2108557118 cites W2025895817 @default.
• W2108557118 cites W2027032081 @default.
• W2108557118 cites W2027261185 @default.
• W2108557118 cites W2027915185 @default.
• W2108557118 cites W2031128573 @default.
• W2108557118 cites W2031188462 @default.
• W2108557118 cites W2034588535 @default.
• W2108557118 cites W2034672980 @default.
• W2108557118 cites W2039288899 @default.
• W2108557118 cites W2039841550 @default.
• W2108557118 cites W2042373273 @default.
• W2108557118 cites W2043162743 @default.
• W2108557118 cites W2044982610 @default.
• W2108557118 cites W2049891368 @default.
• W2108557118 cites W2050334983 @default.
• W2108557118 cites W2050802389 @default.
• W2108557118 cites W2052234351 @default.
• W2108557118 cites W2053122295 @default.
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• W2108557118 cites W2140484366 @default.
• W2108557118 cites W2142040688 @default.
• W2108557118 cites W2145503737 @default.
• W2108557118 cites W2155242062 @default.
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• W2108557118 doi "https://doi.org/10.1093/jxb/erq112" @default.
• W2108557118 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20421195" @default.
• W2108557118 hasPublicationYear "2010" @default.
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