Determination of Homogeneity of Parent Material and the Development of Soils at Selected Areas in Northern Iraq Using Weathering Resistant Minerals

Muhamad Aljoboury
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Abstract

This study was carried out using mineral analysis data from XRD and the bromoform solution for separation of heavy metals, (15 samples of soil and five samples of rocks) were distributed in five sections: Al Qayara, Hammam Al-Aalil, Tel kaif, Duhok and Zakho. And by three depths and rock form for each section. The proportion of heavy metals resistant to weathering was calculated (Zircon, Tourmaline, and Rutile ZTR) as a criterion in the determination of the original materials in the soil of the study soil as well as the calculation of the PI and the IRS to measure the degree of degradation and the viability of these soils as an indication of their degree of development and the ability to classify them based on their degree of resistance to weathering operation . The results of weathering in these areas showed a difference in "the degree and ability of these soils in their resistance to weathering operations according to the location and the nature of the original materials. The Zakho soil samples were highly superior to weathering, The remaining areas of the study were in the middle of the degree of weathering as these areas receive the amounts of rainfall up to 1000 mm / year as in the Zakho area, and 250 mm / year as in the Qayara area, as well as topography of these areas, are among the high as in the Zakho and low in the Qayara area.
利用耐风化矿物测定伊拉克北部选定地区母质的均匀性和土壤的发育
本研究利用XRD矿物分析数据和溴仿溶液分离重金属,(15个土壤样品和5个岩石样品)分布在Al Qayara、Hammam Al- aalil、Tel kaif、Duhok和Zakho 5个断面。每一段的深度和岩石形状都有三种。计算了研究土壤中耐风化重金属的比例(锆石、电气石、金红石ZTR)作为测定土壤原始物质的标准,并计算了PI和IRS来衡量这些土壤的退化程度和活力,作为其发育程度的标志,并根据其耐风化操作程度对其进行分类的能力。这些地区的风化结果表明,根据原始材料的位置和性质,这些土壤抵抗风化作用的程度和能力存在差异。Zakho土壤样品的风化程度非常好,研究的其余地区处于中等风化程度,因为这些地区的降雨量高达1000毫米/年,如Zakho地区,250毫米/年,如Qayara地区,以及这些地区的地形,在Zakho地区高,在Qayara地区低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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