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首页> 外文期刊>Journal of Environment and Earth Science >Sowing Dates and Sowing Methods Influenced on Growth Yiled and Yield Components of Pearl Millet under Rainfied Conditions
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Sowing Dates and Sowing Methods Influenced on Growth Yiled and Yield Components of Pearl Millet under Rainfied Conditions

机译:雨育条件下播期和播期方法对珍珠谷生长发育及产量构成因素的影响。

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The objective of this study was to determine the effects of sowing dates and sowing methods on yield and yield components of pearl millet (Pennisetum glaucum L.). Therefore the field experiment was carried out at New Developmental Farm of The University of Agriculture, Peshawar, Pakistan during summer 2012. The experiment was laid out in randomize complete block design having five replications. The treatments consisted of three sowing dates (20th June, 10th July and 30th July) and two sowing methods (Direct seeding and transplanting seedling) were used. Sowing dates were significant for all parameters. Crop sown on 20th June had the maximum leaves plant-1 (93), plant height (230 cm), panicle length (26.3 cm), panicle weight (14.3 cm), grains panicle-1 (73.4), thousand grains weight (12.3 g) and grain yield (398 Kg ha-1) as compared with other sowing dates but panicle weight and grains panicle-1 were statistically at par with 10th July sowing. Transplanted crop had significantly maximum leaves plant-1 (81), plant height (208 cm), grains panicle-1 (64), thousand grains weight (11.2 g) and grain yield (297 Kg ha-1) as compared with direct sowing method. The interaction between sowing dates and sowing methods indicated that crop sown on 20th June through transplanted method had maximum panicle weight, grains panicle-1, thousand grains weight and grain yield. It was concluded from this study that millet sown on 20th June with transplanted method seems to the best choice for millet producer under rainfied condition in Peshawar valley. Keywords: Pennisetum glaucum, growth, yield, sowing methods, sowing dates
机译:这项研究的目的是确定播期和播种方法对小米(Pennisetum glaucum L.)的产量和产量构成的影响。因此,该田间试验于2012年夏季在巴基斯坦白沙瓦的农业大学的新开发农场进行。该试验以具有5个重复的随机完整块设计进行。处理包括三个播期(6月20日,7月10日和7月30日)和两种播种方法(直接播种和移栽苗)。播种日期对于所有参数均很重要。 6月20日播种的作物最大叶片数为1(93),株高(230 cm),穗长(26.3 cm),穗重(14.3 cm),穗-1的谷粒(73.4),千粒重(12.3) g)和籽粒产量(398 Kg ha-1)与其他播种日期相比,但穗重和穗粒1的谷粒在统计学上与7月10日播种相当。与直接播种相比,移植作物的最大植株最大为叶片1(81),株高(208 cm),穗-1(64),千粒重(11.2 g)和单产(297 Kg ha-1)。方法。播期与播种方式的交互作用表明,6月20日通过移栽方式播种的作物最大穗重,穗粒数为-1,千粒重和单产最高。根据这项研究得出的结论是,在白沙瓦河谷雨天条件下,6月20日用移植方法播种的小米似乎是小米生产者的最佳选择。关键词:青草狼尾草,生长,产量,播种方式,播期

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