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首页> 外文期刊>Cogent Food & Agriculture >Yield and yield attributes of Mungbean (Vigna radiata L.) cultivars as affected by phosphorous levels under different tillage systems
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Yield and yield attributes of Mungbean (Vigna radiata L.) cultivars as affected by phosphorous levels under different tillage systems

机译：不同耕作制度下绿豆（Vigna radiata L.）品种的产量和产量属性受磷水平的影响

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摘要

Two mungbean cultivars, Swat-1 and NM-98, four levels of phosphorous (0, 20, 40, and 60?kg?ha~(?1)) in the form of TSP, and four tillage systems, zero tillage (no tillage), minimum tillage (2-time), conventional tillage (4-time), and maximum tillage (6-time) were used. Results divulge that plant height, number of pods plant~(?1), number of seeds pod~(?1), biological yield, seed yield, 1,000 seed weight, harvest index, and protein content were significantly affected by mungbean cultivars, various phosphorous levels, and tillage systems. Cultivar swat-1 stands first in term of growth and yield. Highest thousand seed weight, seed yield, biological yield, and harvest index % were produced by P at the rate of 60?kg?ha~(?1), while maximum plant height, number of pods plant~(?1), number of seeds pod~(?1), and protein content were given by P at the rate of 40?kg?ha~(?1) at par with P at the rate of 60?kg?ha~(?1). Among different tillage systems, maximum number of pods plant~(?1), 1,000 seed weight, biological yield, seed yield, and protein content were observed in maximum tillage system. In case of interaction between P?×?T, maximum pods plant~(?1), 1,000 seed weight, biological yield, seed yield, and protein content were produced by 60?kg P ha~(?1+) maximum tillage system.
机译：两个绿豆品种Swat-1和NM-98，四种水平的TSP形式的磷（0、20、40和60？kg·kg·ha〜（？1））和四个耕作系统，零耕作（无）使用最小耕作（2次），常规耕作（4次）和最大耕种（6次）。结果揭示了绿豆品种对株高，豆荚株数（？1），种子豆荚数（？1），生物产量，种子产量，1000粒重，收获指数和蛋白质含量的影响显着。磷水平和耕作系统。品种swat-1在生长和产量方面排名第一。磷的最高千粒重，种子产量，生物产量和收获指数％均以60？kg？ha〜（？1）的速率产生，而最大株高，豆荚植物〜（？1），数量种子荚的量（？1）和蛋白质含量由磷以40？kg？ha〜（？1）的比例与磷以60？kg？ha〜（？1）的比例相同。在不同的耕作系统中，在最大耕作系统中观察到豆荚最大植株数（？1），1000粒重，生物产量，种子产量和蛋白质含量。在P？×？T互作的情况下，通过60？kg P ha〜（？1+）最大耕作系统产生的最大豆荚植物〜（？1），1,000种子重量，生物产量，种子产量和蛋白质含量。 。

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