卡卡拉利低山的景观形成因素

Y. Keukenov, K. Dzhanaleeva, G. Baryshnikov, K. Orazymbetova
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摘要

卡卡拉利低山地系的疆域以森林景观和深栗色土覆盖为主。本文反映了卡拉干达地区低山森林景观的土壤和植被覆盖状况。本文提供了土壤化学试验结果,并基于标准化植被指数NDVI (Normalized Difference vegetation index),利用地理信息技术对2020年夏季野外研究证实的植被覆盖样本进行了描述。所进行的工作旨在全面评估地质系统组成部分的物理、化学和生物特征。在野外调查过程中,编制了植物多样性的简要描述,指出了重点区域的地貌属性。为了研究植被,设置了下垫土壤和植被覆盖样地。绘制了研究对象的概览图和专题图。在研究的最后阶段,对结果进行解释,确定地质生态系统状态和波动的因果关系。数据来源包括Landsat-8(美国地质调查局)的卫星图像以及沿线和四个关键地区的实地研究。工作的结果可以定义研究对象,确定关键区域的独特属性,以及研究区域地质系统差异的可能原因。
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Landscape forming factors of the Karkaraly low mountains
The territory of geosystems of the Karkaraly low mountains is mainly forest landscapes and dark-chestnut soil cover. The paper reflects the state of the soil and vegetation cover of the forest landscapes of the Karkaraly low mountains in the Karaganda region. The paper provides the results of chemical soil tests, describes the vegetation cover samples using geoinformation technologies based on the standard quantitative index NDVI (Normalized Difference Vegetation Index), confirmed in field studies in the summer of 2020. The work performed aims at a comprehensive assessment of the physical, chemical, and biological characteristics of the components of geosystems. In course of the field study, a brief description of phytodiversity was compiled, indicating the geomorphological attributes of key areas. To study the vegetation, sample plots of the underlying soil and vegetation cover were set. Overview and thematic maps of the object under study were created. At the final stage of the study, the interpretation of the results is presented with the identification of cause-and-effect relationships of the state and fluctuations of geoecosystems. Data sources include satellite images of Landsat-8 (US Geological Survey) and field studies along the routes and four key areas. The results of the work allow defining the object under study, determining the distinctive properties in key areas, as well as possible reasons for the difference in the studied territory of geosystems.
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