Integration of GIS and RSE aiming to the effective monitoring of the surroundings of landfills

O. Azimov, Oleksandr Schevchuk, K. Azimova, Yelizaveta Dorofey, O. Tomchenko
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引用次数: 3

Abstract

The article highlights the possibilities of using the technologies of remote sensing of the Earth (RSE) and geographic information systems (GIS) for monitoring studies of pollution factors of the environment within the municipal solid waste (MSW) dumps and landfill areas as well when the assessing their impact on the landscape components. The main purpose of the investigation is to formulate the general principles of creation and to determine the main components of the information system of geomonitoring of areas of impact of the MSW disposal landfills as part of an information-analytical system of analysis of the risk of emergencies of man-made and natural character, aimed at ensuring sustainable regional development of Ukraine. During the research of the Kyiv’s Oblast territory, space imagery from IRS satellites was used. For detailed exploration of the individual sites where the largest landfill sites and areas are located (northern Obukhiv district, Bila Tserkva district, Trypillya district), were also used images from the Quick Bird satellite. The improvement of the characteristics of the Kyiv’s landfill No 5 at the north of the Obukhiv district used the unmanned aerial vehicle data. Some of the factors that have a negative environmental impact on the environment and the population of MSW disposal landfills and the possibilities of monitoring them by RSE methods are considered in the article. As a result it has been shown that the RSE data integrated to GIS allow to obtain accurate information about the current state of the studied area quickly, to conduct timely monitoring and forecasting the development of negative phenomena and processes, which significantly increases the level of environmental safety at national, regional and site levels and provides an opportunity to develop a set of measures to reduce the environmental impact of MSW disposal landfills. The situation with waste, especially domestic waste in Kyiv’s Oblast, is getting worse every year. As a result, there is an increasing threat to human and environmental health. The obtained results show that one of the reasons for the current situation is the selection of unfavorable sites for the allocation of waste disposal landfills.
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将GIS与RSE相结合,有效监测堆填区周边环境
本文强调了利用地球遥感(RSE)和地理信息系统(GIS)技术监测研究城市固体废物(MSW)倾倒和填埋区域内的环境污染因素以及评估其对景观组成部分的影响的可能性。调查的主要目的是制定创建的一般原则,并确定城市固体废物处置垃圾填埋场影响地区地质监测信息系统的主要组成部分,作为分析人为和自然性质紧急情况风险的信息分析系统的一部分,旨在确保乌克兰的可持续区域发展。在对基辅州领土进行研究期间,使用了来自国税局卫星的空间图像。还使用了Quick Bird卫星的图像对最大的垃圾填埋场和地区所在的个别地点(Obukhiv北部地区、Bila Tserkva地区、Trypillya地区)进行了详细探索。改善位于Obukhiv区北部的基辅5号垃圾填埋场的特征使用了无人驾驶飞行器数据。本文考虑了对城市生活垃圾填埋场的环境和人口产生负面环境影响的一些因素,以及用RSE方法监测这些因素的可能性。结果表明,将RSE数据集成到GIS中可以快速获得研究区域现状的准确信息,及时监测和预测负面现象和过程的发展,从而显著提高了国家、区域和场地层面的环境安全水平,并为制定一套减少城市生活垃圾处置填埋场对环境的影响的措施提供了机会。废物的情况,特别是基辅州的家庭垃圾,每年都在恶化。因此,对人类和环境健康的威胁越来越大。所得结果表明,造成目前状况的原因之一是垃圾处理填埋场选址不利。
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