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Geoinformation modeling system for analysis of atmosphere pollution impact on vegetable biosystems with using space images

机译:用空间图像分析植物生物系统的大气污染影响的地理信息建模系统

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Geoinformation modeling system structure for assessment of the environmental impact of atmosphere pollution on forest-swamp ecosystems of West Siberia is considered. Complex approach to the assessment of man-caused impact based on the combination of sanitary-hygienic and landscape-geochemical approaches is reported. Methodical problems of analysis of atmosphere pollution impact on vegetable biosystems using geoinformation systems and remote sensing data are developed. Landscape structure of oil production territories in southern part of West Siberia are determined on base of procession of space images from spaceborn Resource-O. Particularities of atmosphere pollution zones modeling caused by gas burning in torches in territories of oil fields are considered. For instance, a pollution zones were revealed modeling of contaminants dispersal in atmosphere by standard model. Polluted landscapes areas are calculated depending on oil production volume. It is shown calculated data is well approximated by polynomial models.
机译:考虑了对森林沼泽生态系统对西西伯利亚森林沼泽污染环境影响的地理信息建模系统结构。报道了基于卫生卫生和景观地球化学方法的组合评估人为影响的复杂方法。开发了利用地理信息系统对植物生物系统造成气氛分析的有条件问题及遥感数据。西西伯利亚南部石油生产领土的景观结构在航天家资源-O的空间图像的游行基础上确定。考虑了油田领土燃气燃气燃气燃气燃气造型的大气污染区模型的特征。例如,通过标准模型揭示了污染区在大气中的污染物分散的建模。根据石油产量计算污染的景观地区。所示,计算数据通过多项式模型近似近似。

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