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Production of Peanut Intercropped with Forage Palm in Pernambuco State, Brazil

机译:在巴西伯南布哥州生产的花生与草料间作

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The greater use of crop fields by increasing plant population is an alternative to minimize losses to the farmers who use crop intercropped provides other benefits such as lower incidence of diseases and pests, and better exploitation and enrichment agroecosystem. The objective of this study was to evaluate the effect of the population of peanuts with and without inoculation and intercropping with forage palm on growth, productivity and biomass peanut. The treatments consisted of different populations of peanut (one, two and three rows of peanut row spacing of two meters of cactus pear), with and without inoculant, analyzed in subdivided plot scheme (3 × 2), totalizing six treatments in a randomized block design with four replications. The variables evaluated were plant height, number of branches, shoot dry mass and root nodule number, nodule dry weight, biomass productivity and legumes. The largest population of plants in number of lines of peanut intercropped with forage cactus promotes greater total biomass production and yield of beans and does not alter the height, branch number, dry mass of aerial part roots and nodules. The inoculant application did not result in to increased productivity biomass and growth of peanut plants, their use is not indicated. The planting of a row of peanuts between the rows of palm is not economically recommended.
机译:通过增加植物种群来增加对农田的利用,是使使用间作作物的农民的损失最小化的另一种选择,它还提供了其他好处,例如减少病虫害的发生,更好地开发和丰富农业生态系统。这项研究的目的是评估有无接种花生和饲草间作的花生种群对花生生长,生产力和生物量的影响。处理方法由不同种群的花生组成(一排,两排和三排花生行间距为两米的仙人掌梨),有或没有孕育剂,按细分方案(3×2)进行分析,在随机区组中总计进行了六种处理有四个复制品的设计。评估的变量为植物高度,枝条数,枝干质量和根瘤数,根瘤干重,生物量生产力和豆类。套种有饲用仙人掌的花生株系中植物数量最多,可促进豆类的总生物量产量和单产,并且不改变其地上部,根部和根瘤的高度,分支数,干重。接种剂的使用并未导致花生生物量的生产力和生长的提高,未指明其用途。从经济上考虑,不建议在两排棕榈之间种植一排花生。

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