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Considering livestock grazing on the diversity of medicinal plants (Case study: Boz Daghi arid and semi-arid rangelands)

机译:考虑放牧牲畜对药用植物的多样性(案例研究:Boz Daghi干旱和半干旱牧场)

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There is this growing trend of using medicinal plants and traditional medicine. Considering the types and diversity of these plants and identifying the effect of management measures on their quality and quantity can affect their development. In this research, in Bozdaghi Region, arid and semi arid rangelands in Maneh-o-Samalghan City of North Khorasan Province, the effect of livestock grazing on types and diversity of medicinal plants is considered. With selection of two enclosures and under grazing area, a number of 100 plates with one square meter are randomly located. The percentage of plant cover and type of medicine density is measured. For this purpose, diversity parametric indices including log series, log normal, geometric model and broken stick McArthor are assessed by using Bio-Dep software. For consideration of significance of measured levels, Ki-Square test is used. The results show that the grazed area tends to Log model and Log- Normal; thus the enclosure causes increase in ecological capacity and species diversity of medicinal plants. The logarithmic curve of frequency-level distribution in under grazing area has a lower level than enclosure area and also both follow log series and Log-Normal. Therefore, that means this region at first is a uniform region but has tended to Log series due to livestock grazing. As a result, we can conclude that this region is an under stress area. Therefore, livestock grazing causes a decrease in diversity of medicinal species in the region.
机译:使用药用植物和传统药物的趋势正在增长。考虑这些植物的类型和多样性,并确定管理措施对其质和量的影响会影响其发展。在这项研究中,在Bozdaghi地区,北呼罗珊省Maneh-o-Samalghan市的干旱和半干旱牧场中,考虑了放牧对药用植物类型和多样性的影响。通过选择两个围栏和放牧区,随机放置了100个1平方米的盘子。测量植物覆盖率和药物密度类型。为此,使用Bio-Dep软件评估包括对数系列,对数法线,几何模型和折断的麦克阿瑟(McArthor)在内的多样性参数指标。考虑到测量水平的显着性,使用Ki-Square检验。结果表明,放牧区域趋向于Log模型和Log-Normal。因此,封闭导致药用植物的生态容量和物种多样性增加。放牧区域下频率水平分布的对数曲线的水平线比围栏区域低,并且都遵循对数序列和对数正态。因此,这意味着该区域最初是一个均匀区域,但由于牲畜放牧而趋向于对数级数。结果,我们可以得出结论,该区域是应力不足区域。因此,放牧牲畜导致该地区药用物种多样性的减少。

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