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Characteristics of Growth and Yield Formation of Rice in Rice-Fish Farming System

机译:稻鱼兼养系统中水稻的生长和产量形成特征

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摘要

By using single rice cultivation as a control, the effect of rice-fish culture on growth dynamic, plant type and yield formation of rice was studied. The results showed as follows: rice-fish culture improved the physical-chemical properties of arable layer soil of paddy field, extended growth period of rice, increased dry matter and LAI of different growth stages, improved three top leaves area, deterred the degeneration of leaves function, increased the diameter of stem, promoted the growth of roots and the formation of roots in the extended stem. At the same time, rice-fish culture extended the length of basal internodes, increased the number of internodes, uplifted the gravity of plant, and depressed the root vigor. For the grain yield and yield structure of rice, rice-fish culture decreased ear/tillering ratio, spikelet/panicle and seed set percentage, increased grain weight. If variety choice and cultivation technology were controlled appropriately, rice-fish culture could increase the effective panicles and improve grain yield of rice.
机译:以单稻栽培为对照,研究了稻-鱼养殖对水稻生长动态,株型和产量形成的影响。结果表明:稻鱼养殖改善了稻田耕层土壤的物理化学性质,延长了水稻的生长期,增加了不同生育期的干物质和LAI,改善了三个顶叶面积,阻止了水稻的退化。叶片功能增加了茎的直径,促进了根的生长和茎的延伸。同时,稻鱼养殖增加了基础节间的长度,增加了节间的数量,提高了植物的重力,并降低了根系活力。对于水稻的籽粒产量和产量结构,稻鱼养殖降低了穗/分ratio比,小穗/穗和结实率,增加了谷物重量。如果适当地控制品种选择和养殖技术,稻鱼养殖可以增加有效穗数并提高稻米的产量。

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