首页> 外文期刊>Annals of Biological Research >Evaluating the Effect of Planting Density on Yield and Morphology of Savory (Satureja khuzistanica Jamzad)
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Evaluating the Effect of Planting Density on Yield and Morphology of Savory (Satureja khuzistanica Jamzad)

机译:种植密度对咸味(Satureja khuzistanica Jamzad)产量和形态的影响评价

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摘要

To evaluate the effect of planting density on yield and morphology of savory, this experiment was conducted in 2008-2009 in west Iran (Khorramabad). The experiment was conducted in factorial in the form of a randomized complete block design with three replications. Treatment of the experiment included three inter-row spacing (IRS; space between rows) as the main factor (60, 70 and 80 cm) and three on-row spacing (ORS; space between plants on a row) as the sub factor (25, 35 and 45 cm). At the full flowering stage, traits such as plant height, canopy diameter, the number of main stems, the number of lateral branches, internodes length, leaf length and width were measured. At early fall, plants were harvested and weighted. Then, flowering branches were separated and were considered as the net yield (medicinal) of savory. Results indicated that the lowest flowering shoot yield was achieved in the lowest ORS (25 cm); the highest canopy diameter was achieved in the highest ORS (45 cm) and the lowest planting density (45 × 80 cm). The highest flowering shoot yield was achieved in the lowest IRS (65 cm) and the lowest ORS (25 cm). Regarding the obtained results and the flowering shoot yield, the most suitable planting density for obtaining the highest shoot yield is the highest planting density (6.67 plants/m2). This proves that although canopy diameter and leaf size of each plant reduce in high planting density; however, the total flowering shoot yield increases.
机译:为了评估种植密度对咸味产量和形态的影响,该实验于2008-2009年在伊朗西部(霍拉马巴德)进行。该实验以随机完全块设计的形式以因子进行,具有三个重复。实验的处理包括三个行间距(IRS;行间间距)作为主要因素(60、70和80厘米)和三个行间距(ORS;行间距)作为子因子(25、35和45厘米)。在全花期,测量株高、冠层直径、主茎数、侧枝数、节间长、叶长和宽等性状。在初秋,植物被收获并称重。然后,将开花枝条分开,并被视为咸味的净产量(药用)。结果表明,最低ORS(25 cm)的开花枝条产量最低;最高ORS(45 cm)和最低种植密度(45 × 80 cm)的冠层直径最高。最低的IRS(65 cm)和最低的ORS(25 cm)的开花枝产量最高。从结果和开花枝条产量来看,获得最高枝条产量的最适宜种植密度为最高种植密度(6.67株/m2)。这证明,尽管在高种植密度下,每种植物的冠层直径和叶片大小都会减小;然而,总开花枝条产量增加。

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