Effects of Partial Replacement of Chemical Fertilizer by Bio-organic Fertilizer Kunyijian on Yield and Quality of Tobacco Leaves

Liu Folin, Lü Bingbing, Y. Lina, Yan Ronghui, Qian Facong, Xue Xingyang, Li Jie
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引用次数: 2

Abstract

To explore the application effect of bio-organic fertilizer Kunyijian in flue-cured tobacco and provide scientific basis for its application in production, a plot trial was conducted with K326, a flue-cured tobacco variety, in the Science and Technology Test Base of Xundian County, Yunnan. Taking local fertilizer consumption (control 1) and 70% local fertilizer consumption (control 2) as controls, the following replacement groups were designed: under uniformly replacement 70% local fertilizer consumption, (1) organic fertilizer: microbial agent = 80 : 1(kg), + 600 kg/ha, + 900 kg/ha, + 1 200 kg/ha, + 1 500 kg/ha Kunyijian; (2) organic fertilizer: microbial agent = 40 : 1(kg), + 900 kg/ha Kunyijian. The results show that in the treatment of 70% local fertilizer consumption + 1 200 kg/ha Kunyijian [organic fertilizer: microbial agent = 80 : 1(kg)], the comprehensive performance of flue-cured tobacco was significantly better than that in the control groups, the yield of tobacco leaves reached 2 237.1 kg/ha, the output value was 45 505.2 yuan/ha, and the average price of the tobacco leaves was 20.53 yuan/kg. The performance of flue-cured tobacco in the treatment of 70% local fertilizer consumption + 1 500 kg/ha Kunyijian ranked second. The performance of other fertilization treatments was not good, but it did not differ significantly from that of control 1. In terms of chemical composition of tobacco leaves, partial replacement of chemical fertilizer by bio-organic fertilizer Kunyijian, was beneficial to increase the sugar content and reduce the nicotine and total nitrogen contents in tobacco leaves, especially the treatment of 70% local fertilizer consumption + 900 kg/ha Kunyijian (organic fertilizer : microbial agent = 80 kg: 1 kg), and it was also beneficial to increase the chlorine content in tobacco leaves, especially the treatment of 70% local fertilizer consumption + 1 500 kg/ha Kunyijian [organic fertilizer: microbial agent = 80 : 1(kg)]. Therefore, it is feasible to use the bio-organic fertilizer Kunyijian to replace 30% of chemical fertilizer in tobacco production. The rate is recommended to be 900- 1 500 kg/ha [organic fertilizer: microbial agent = 80 : 1(kg)]. It is suggested to further strengthen the demonstration and promotion of Kunyijian.
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生物有机肥“昆一健”部分替代化肥对烟叶产量和品质的影响
为探索生物有机肥“坤一健”在烤烟上的施用效果,为其在生产上的应用提供科学依据,在云南省巽甸县科技试验基地以烤烟品种K326为试验材料进行了小区试验。以地肥用量(对照1)和地肥用量70%(对照2)为对照,设计如下替代组:在均匀替代地肥用量70%的情况下,(1)有机肥:微生物剂= 80:1(kg)、+ 600 kg/ha、+ 900 kg/ha、+ 1 200 kg/ha、+ 1 500 kg/ha昆宜健;(2)有机肥:微生物剂= 40∶1(kg),昆益健+ 900 kg/ha。结果表明,在就地用量70% +“坤一健”[有机肥:微生物剂= 80:1(kg)]处理下,烤烟综合性能显著优于对照组,烟叶产量达到2 237.1 kg/ha,产值为45 505.2元/ha,烟叶均价为20.53元/kg。烤烟在70%土肥用量+ 1 500 kg/ha处理下的表现居昆益健第二位。其他施肥处理表现不佳,但与对照1差异不显著。在烟叶化学成分方面,用生物有机肥“昆一健”部分替代化肥有利于提高烟叶糖含量,降低烟叶烟碱和总氮含量,特别是就地用量70% +“昆一健”900 kg/ha处理(有机肥:微生物剂= 80 kg);以70%地肥用量+ 1 500 kg/ hm2 Kunyijian[有机肥:微生物剂= 80:1(kg)]处理也有利于提高烟叶氯含量。因此,在烟草生产中使用生物有机肥“坤一健”代替30%的化肥是可行的。建议用量为900- 1 500公斤/公顷[有机肥:微生物剂= 80:1(公斤)]。建议进一步加强昆一健的示范推广。
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