
安徽沿江地区机插单季稻高产高效肥料运筹研究
网络出版日期: 2016-11-20
Research on High Yield and High Efficient Fertilizer Management on Machine Transplanting Single Cropping Rice along the Yangtze River in Anhui Province
根据机插水稻的生育特点,在安徽沿江地区开展了机插单季稻高产高效肥料运筹试验。结果表明,控氮减磷增钾配方施肥技术适合机插水稻,其措施主要包括:氮肥基施量应控制在108 kg/hm2以内,氮肥基肥、分蘖肥、穗肥比例为4∶4∶2;磷肥基肥、穗肥比例为8.5∶1.5;钾肥基肥、穗肥比例为7∶3或4.6∶5.4。当目标产量为9 000~9 750 kg/hm2时,机插一季稻配方施肥推荐用量为:每hm2施N 195~210 kg、P2O5 72 kg、K2O 120 kg。穗肥氮、磷、钾肥分别占其总量的20%、15%、54%时,机插稻群体和产量构成较合理,有利于高产高效。机插一季稻群体生长量大、生育期较长、耗钾量多,穗期补施钾肥是一项有效的增产措施。
钱晓华1,胡仁健2,常江3,单梦超1,胡荣根1,孙义祥4,刘枫4,周学军5 . 安徽沿江地区机插单季稻高产高效肥料运筹研究[J]. 中国稻米, 2016 , 22(6) : 71 -75 . DOI: 10.3969/j.issn.1006-8082.2016.06.015
According to the characteristics of machine transplanting rice, the authors discussed the high yield and high efficient fertilizer management on machine transplanting single cropping rice along the Yangtze River in Anhui Province. The results showed that the control of nitrogen and phosphorus add potassium fertilizer management is suitable for machine transplanting rice. High yield and high efficient fertilizer management include: base nitrogen fertilizer amount should be controlled within 108 kg/hm2, basal nitrogen fertilizer, tillering nitrogen fertilizer and panicle nitrogen fertilizer proportion is 4∶4∶2. The base phosphate fertilizer and panicle phosphate fertilizer ratio is 8.5∶1.5. The base potassium fertilizer and panicle potassium fertilizer ratio is 7∶3 or 4.6∶5.4. When the target output of 9 000~9 750 kg/hm2, the recommended amount of fertilizer are: N 195~210 kg/hm2, P2O5 72 kg/hm2 and K2O 120 kg/hm2. When N, P and K in panicle fertilizer accounted for 20%, 15%, 54% of the total, the population and yield components of rice are more reasonable, which is favorable for high yield and high efficient production. The machine transplanting rice has more growing amount, longer growing period and larger potassium consumption, so the application of panicle potassium fertilizer is an effective measure to increase the yield.
Key words: machine planting; rice; high efficient; fertilizer management
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