营养期磷、氮水平对绿香菜产量的影响

Leandro Alves Pinto, Marcos Raí da Silva Tavares, Artur dos Santos Silva, Jurandi Antonio Berto, Felipe Thomaz da Camara
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引用次数: 0

摘要

这项工作的目的是评估在克拉托切市固有的气候条件下,受氮和磷剂量影响的香菜verd的产量。实验设计采用4x4因子随机分组,3个重复,共48个观察值。磷用量(0、5、10和20 g)和氮用量(0、2、4和8 g)分别是影响因子,分析变量为株高、株数/m2、地上部鲜质量/m2、根质量/m2和单株质量。结果表明,氮素因子对单株株高、每平方米梢质量和单株质量影响显著。磷对增加根面积有正作用。氮肥添加量为57.6;株高、每平方米架空部分质量和每株质量分别为55.4和35.8%。施磷量试验表明,9.82%施磷量可使植株生长增加148.19 g,而10.57%施磷量可使植株生物量增加969.8 g。氮素的利用促进了植物的较大发育,说明氮素的利用对获得较好的生产力指标具有极其重要的意义。8g/m2施氮量使单株质量、地上部鲜质量和根质量分别增加57.6株;55.4%和35.8%相对于未受精植物。磷的使用增加了每平方米的植株数量、每平方米地上部分的新鲜质量和每平方米的根质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PRODUTIVIDADE DE COENTRO VERDÃO SUBMETIDO A DOSES DE FÓSFORO E NITROGÊNIO NA FASE VEGETATIVA
The objective of this work was to evaluate the yield of coriander Verdão subjected to nitrogen and phosphorus doses in the edaphoclimatic conditions inherent to the municipality of CratoCE. The experimental design was randomized blocks in a 4x4 factorial scheme, with three replications, totalizing 48 observations. The first factor consisted of the doses of phosphorus (0, 5, 10 and 20 g) and the second by nitrogen doses (0, 2, 4 and 8 g). The variables analyzed were: plant height, number of plants/m2, fresh mass of aerial part/m2, root mass/m2 and mass per plant. The results showed that the nitrogen factor significantly influenced the variables plant height, shoot mass per square metre and mass per plant. The effect of phosphorus was positive to increase the root area. Nitrogen applications provided additions of 57.6; 55.4 and 35.8% for plant height, aerial part mass per square metre and mass per plant, respectively. The tests of the phosphorus doses showed that the application of 9.82% provided the growth of 148.19, while the dose of 10.57% of P, increased the plant biomass in 969.8 g. The use of nitrogen contributed to the greater development of the plants, Demonstrated that the use of this mineral is extremely important to obtain better productivity indexes. The dose of 8g/m2 of N increased in mass per plant, fresh mass of aerial part and Root mass respectively in 57.6; 55.4 and 35.8% in relation to non-fertilized plants. The use of phosphorus increased the number of plants per square metre, fresh mass of the aerial part per square metre and root mass per square metre.
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