SPECIFICITIES OF THE CREATION OF GEOINFORMATION MAINTENANCE OF THE TERRITORY OF CHORNOBYL RADIATION AND ECOLOGICAL BIOSPHERE RESERVEFOR GEOINFORMATION MONITORING CONDUCTION

N. Lazorenko-Hevel, I. Galius, V. Zatserkovnyi, B. Denysiuk, N. Shudra
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Abstract

The state and prospects of application of geoinformation systems (GIS) to solve monitoring tasks of nature protected territories of Ukraine are investigated. The results of the first in Ukraine project of geoinformation support of the territory of the Chornobyl Radiation and Ecological Biosphere Reserve (CBR) for monitoring conduction is introduced; it is based on a geospatial database (SDB) of the reserve, which was created using an featureoriented approach based on national standards of Ukraine DSTU 8774:2018 "Geographical information. Rules for geospatial data modeling" and DSTU ISO 19110: 2017 "Geographic information – Methodology for feature cataloging". An information and reference geoportal of the territory and facilities of the Chornobyl Radiation and Ecological Biosphere Reserve has been created, which makes it possible to provide public access to the current monitoring information of the CBR based on the ArcGISOnline platform to a wide range of users. The use of the developed specialized algorithms of geoinformation analysis and modeling for monitoring of a radiation pollution condition of CBR is offered. Peculiarities of geoinformation support of the Chornobyl Radiation and Ecological Biosphere Reserve for GIS monitoring are as follows: keeping up-to-date and unifying different types and origins of data on a single digital topographic basis, ensuring the required level of interaction between different local government authorities, other enterprises and institutions which ensure the viability of the reserve. Problems solved with the help of GIS CBR: creation and maintenance of up-to-date of the spatial data such as: (boundaries of the reserve, current state of use of the territory, natural landscapes, vegetation, distribution of rare and endangered species of flora, fauna, plant communities, functional zoning, afforestation of the reserve; location of historical, cultural and recreational areas features, ecological trails and tourist routes; fire-fighting landscaping, project plan); planning of nature reserve territory; organization of economically, socially and ecologically effective management of the reserve; development of measures for environmental monitoring; monitoring of the state of radiation pollution of the reserve territory; making management decisions, issuing data on hard media; design of tourist routes; designing possible consequences of catastrophes; providing geoinformation support during forest fire fighting; development of measures for the implementation of environmental, anti-erosion, landslide and fireworks, restoration of disturbed natural complexes; comprehensive assessment of the territory of the reserve, its economic use and reserves of natural resources, landscape diversity, historical and cultural sites, the state of engineering and transport infrastructure; conducting scientifically substantiated functional zoning of the reserve territory; development of proposals for the construction and reconstruction of facilities necessary to ensure the activities of the reserve.
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创建地理信息的特殊性,维护境内的切尔诺贝利辐射和生态生物圈储备,进行地理信息监测传导
研究了地理信息系统(GIS)在解决乌克兰自然保护区监测任务中的应用现状和前景。介绍了乌克兰首个切尔诺贝利辐射与生态生物圈保护区(CBR)监测传导地理信息支持项目的成果;它基于保护区的地理空间数据库(SDB),该数据库是根据乌克兰DSTU 8774:2018“地理信息”国家标准使用面向特征的方法创建的。地理空间数据建模规则”和DSTU ISO 19110: 2017“地理信息-特征编目方法”。建立了切尔诺贝利辐射和生态生物圈保护区领土和设施的信息和参考地理门户网站,使公众能够访问基于ArcGISOnline平台的生物保护区当前监测信息,并向广大用户提供。提出了利用已开发的地理信息分析和建模的专门算法对CBR辐射污染状况进行监测的方法。切尔诺贝利辐射和生态生物圈保护区地理信息支持GIS监测的特点是:在单一数字地形基础上保持最新和统一不同类型和来源的数据,确保不同地方政府当局、其他企业和机构之间所需的互动水平,以确保保护区的可行性。利用GIS CBR解决的问题:创建和维护最新的空间数据,如保护区的边界、领土的使用现状、自然景观、植被、珍稀和濒危动植物物种的分布、植物群落、功能分区、保护区的造林;历史、文化及康乐区特色、生态步道及旅游路线的位置;消防园林绿化,工程方案);自然保护区领土规划;组织对保护区进行经济、社会和生态有效的管理;制定环境监测措施;保护区内辐射污染状况监测;制定管理决策,在硬媒体上发布数据;旅游线路设计;设计灾难可能产生的后果;在森林灭火过程中提供地理信息支持;制定实施环保、防侵蚀、防滑坡、防烟花、恢复受干扰的自然复合体的措施;对保护区的领土、经济用途、自然资源储量、景观多样性、历史文化遗址、工程和交通基础设施状况进行综合评估;对保护区进行有科学依据的功能区划;拟订建设和重建必要设施的建议,以确保保护区的活动。
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