水分和氮肥管理对灌溉水稻优质高产高效调控机制的研究进展

doi:10.3864/j.issn.0578-1752.2016.02.011

Abstract

Abstract: Rice production, especially of good quality, must be increased to feed the world’s growing population in the future. Meanwhile, water scarcity and nitrogen over-fertilization is threatening rice production of irrigated region because of fresh water and fertilizer nitrogen crises. Therefore, a major challenge in rice production is to save both water and fertilizer nitrogen while increasing grain yield and improving quality characteristics. Rice production must synchronously focus on high grain yield and good-quality when rice is planted under both water and nitrogen saving cultivation. In brief, rice production and sustainable development are considered not only for high yield and good quality, but also to ensure high water/nitrogen use efficiencies. Based on this background, the paper reviews (1) the effect of water regimes, nitrogen managements, and water-nitrogen interaction managements on grain yield, water/nitrogen use efficiencies, and grain quality of rice plants, respectively; (2) eco-physiological mechanisms obtaining high-yielding and good quality with high water/nitrogen use efficiencies when irrigated rice plants are managed in different water treatments, nitrogen treatments, and water-nitrogen interaction treatments. Finally, some potential research points including theory and technology researches, which could increase yield and improve quality of rice plants with high resources (water and nitrogen ) use efficiencies, were presented in this review.

Key words: rice, water use efficiency, nitrogen use efficiency, good quality rice

HE Hai-bing, YANG Ru, LIAO Jiang, WU Li-quan, KONG Ling-cong, HUANG Yi-de. Research Advance of High-Yielding and High Efficiency in Resource Use and Improving Grain Quality of Rice Plants Under Water and Nitrogen Managements in an Irrigated Region[J].Scientia Agricultura Sinica, 2016, 49(2): 305-318.

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Research Advance of High-Yielding and High Efficiency in Resource Use and Improving Grain Quality of Rice Plants Under Water and Nitrogen Managements in an Irrigated Region

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