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Possibility of Introducing Winter Legumes, Hairy Vetch and Faba Bean, as Green Manures to Turmeric Cropping in Temperate Region

机译:在温带地区引入冬季豆类,毛V子和蚕豆作为绿肥来姜黄种植的可能性

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A field experiment was conducted to examine the possibility of introducing winter legumes, hairy vetch and faba bean, as green manures to turmeric cropping in a temperate region. Hairy vetch shoots were incorporated to determine the effect of N and P added as green manure. Higher values in plant height and number of leaves of turmeric were observed in the treatment with incorporation of hairy vetch than in that without incorporation (no-incorporation) throughout the growth periods. The differences in total amounts of N and P of turmeric between incorporation and no-incorporation treatments were the highest on 15 October, when the amount was increased by 8.0 g N and 1.1 g P m–2 compared with the no-incorporation treatment. From September to October, curcumin content rapidly increased with rhizome thickening, and gradually increased. We also quantified the N and P contribution from faba bean residues to the succeeding turmeric. The total amounts of N and P in turmeric cultivated after incorporating shoot and root residues into previously cultivated faba bean field were 2.5 g N and 1.0 g P m–2, respectively, larger than incorporating only roots. In previously fallow field, the incorporation of the shoot increased the total amount of N and P in tumeric by 4.5 g and 1.9 g m–2, respectively, compared with that without incorporation. In the second year after incorporation, growth and nutrient uptake of the turmeric crop did not significantly differ from those without incorporation. In the temperate region, these winter legumes would be used as basal organic matters for turmeric production.
机译:进行了田间试验,以检验在温带地区将冬季豆科植物,毛etch子和蚕豆作为绿色肥料引入姜黄的可能性。掺入有毛v子菜芽以确定绿肥中添加的氮和磷的效果。在整个生长期,与未掺入(不掺入)的相比,在掺入有毛v子的处理中观察到较高的植物高度和姜黄叶数。掺入和未掺入处理之间的姜黄N和P总量差异最大,10月15日与未掺入处理相比增加了8.0 g N和1.1 g P m-2。从9月到10月,姜黄素含量随着根茎增厚而迅速增加,并逐渐增加。我们还定量了蚕豆残渣对后续姜黄的N和P贡献。在将芽和根残留物掺入先前栽培的蚕豆田中后,姜黄中的氮和磷总量分别为2.5 g N和1.0 g P m–2,这比仅掺入根部的更大。在以前的休耕田里,与未掺入芽相比,芽的掺入使姜黄中的N和P总量分别增加了4.5 g和1.9 g m-2。掺入后的第二年,姜黄作物的生长和养分吸收与未掺入的姜黄作物没有显着差异。在温带地区,这些冬季豆类将用作姜黄生产的基础有机物。

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