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首页> 外文期刊>African Journal of Agricultural Research >Initial growth of Moringa oleifera Lam. under different planting densities in autumn/winter in south Brazil
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Initial growth of Moringa oleifera Lam. under different planting densities in autumn/winter in south Brazil

机译:辣木的初始生长。巴西南部秋/冬种植密度不同的情况下

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Plant densities that decrease interplant competition can improve Moringa oleifera growth and yield by better use of resources and information about its cultivation in the autumn/winter season is necessary. An experiment was conducted to investigate the viability for the cultivation under the edafoclimatic conditions of the southern Brazil, region of subtropical climate. In addition, it was determined effect of planting densities on the initial growth of moringa (M. oleifera Lam.) plants. The experiment was carried out from April to July 2012, autumn/winter season, on a clayey Rhodic Hapludox in Marechal Candido Rondon, Paraná State, Brazil. Treatments were arranged in a randomized block design in a 2 × 3 factorial: two evaluation periods (30 and 60 days after plant emergence) and three plant densities (14,815; 22,222 and 44,444 plant ha–1), with four replications. When grown at lower population densities, the initial growth of moringa plants is not affected. The initial growth of moringa plants in the southern region of Brazil, on autumn/winter season was unsatisfactory due the occurrence of low temperatures. The moringa showed a high mortality rate under low temperature and does not seem to be recommended, in principle, to compose an agroforest system with edafoclimatic conditions similar to those of the studied region.
机译:减少植物间竞争的植物密度可以通过更好地利用资源来改善辣木的生长和单产,因此有必要在秋/冬季获得有关其栽培的信息。进行了一项实验,以研究在巴西南部,亚热带气候地区的大气候条件下进行种植的可行性。另外,确定了种植密度对辣木(M.oleifera Lam。)植物的初始生长的影响。该实验于2012年4月至2012年7月的秋冬季节在巴西巴拉那州Marechal Candido Rondon的黏土Rhodic Hapludox上进行。处理以2×3因子进行随机区组设计:两个评估期(植物出苗后30和60天)和三个植物密度(14,815; 22,222和44,444植物ha-1),重复四次。当以较低的种群密度生长时,辣木植物的初始生长不受影响。由于低温的发生,巴西南部南部地区辣木植物的最初生长在秋/冬季节并不令人满意。辣木在低温下表现出较高的死亡率,原则上似乎不建议使用辣木组成具有与研究区域相似的生态气候条件的农林系统。

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