Assessment of the Role of Oil and Gas Production Complex in Anthropogenic Changes in Vegetation in Mangystau Region

L. Pavlichenko, Espolayeva Aikerim, A. Aktymbayeva, I. Aziza
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引用次数: 1

Abstract

The article includes the detailed description of a simplified method of solving the integrated environmental assessment inverse problem. The method was developed by the authors on the basis of using ready map of expert specific environmental assessment of anthropogenic transformation of vegetation in Mangistau region. The first part of the methodology is aimed on obtaining concrete actual evidence which is adapted for the use in objective functions and justification of sufficient objectivity of objective functions. The second part is based on comparison of areas with different levels of anthropogenic impact on vegetation in the whole Mangistau region of the Republic of Kazakhstan and same levels for areas with Oil and Gas Production Complex (OGPC) in the objective functions, in which the loads on the levels of transformation take into account the need for phytomelioration measures. Use of Arc-GIS components has greatly simplified the task, because after conducting digitizing procedure of each contour, vector shape files have been obtained, which areal values are displayed automatically in outlining of each contour. The results of selected field researches were conducted in 2015 serve as independent verification of the objectivity of the obtained results of high level of anthropogenic transformation of vegetation and showed almost complete replacement of eatable plant species by weeds in location of oil well field Zhetybai compared to the state of vegetation outside the sanitary protection zone of the deposit.
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Mangystau地区油气生产综合体在植被人为变化中的作用评价
本文详细介绍了一种求解综合环境评价反问题的简化方法。该方法是作者在利用曼吉斯堡地区植被人为转化专家具体环境评价现成图的基础上发展起来的。该方法的第一部分旨在获得适合于客观函数使用的具体的实际证据,并证明客观函数的充分客观性。第二部分是基于对哈萨克斯坦共和国整个曼吉斯陶地区的植被受到不同程度人为影响的地区和在目标函数中具有石油和天然气生产复合体(OGPC)的地区的相同程度的比较,其中对转化水平的负荷考虑了对植物改善措施的需要。Arc-GIS组件的使用大大简化了任务,因为在对每个轮廓线进行数字化处理后,得到矢量形状文件,并在每个轮廓线的轮廓线中自动显示其面值。2015年选取的野外研究结果独立验证了植被高度人为转化结果的客观性,表明与油田卫生保护区外的植被状况相比,浙台白油井位置的可食用植物种类几乎完全被杂草替代。
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