RECOGNITION OF A LANDSCAPE TECHNO-SPHERE AS A NEW GEOSPHERE

О. Lavryk, V. Tsymbaliuk, L. Poshtaruk
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Abstract

The second half of XX century – the beginning of XXI century are characterized by  the  active development of a global ecological crisis, which  is  described  by  a  critical  state  of  the  environment and excessive  anthropogenization  of  a geographical  sphere. The  changes  which  lead  to  the formation of absolutely new techno-genic landscapes occur at very fast rates in current geo-spheres. The purpose of the work is to substantiate the recognition of a new geo-sphere – a landscape techno- sphere – based on the previous experience and our field research. The main tasks of the research are to analyze specific features and properties of a landscape techno-sphere; to identify its upper and lower borders; to study a structural organization of all options of a landscape sphere with available techno-substances; to characterize briefly the main stages of the development of a techno- sphere. The research of a landscape techno-sphere is a complicated process and it is based on the use of classical and innovative methodological principles of contemporary geography. A parallel application of three scientific paradigms is the foundation: system, model and ecological. They do not contradict each other; they rather compliment the studying of the interaction between nature and engineering. A system approach allows considering a techno-sphere as a complicated system of a lower taxonomic range of a landscape sphere and a geographical sphere. The following generally accepted scientific methods are used in the paper: analysis, synthesis, comparison, generalization, systematization, induction and deductions. The article substantiates the existence of a new geosphere – the landscape techno-sphere, which is formed by the planetary set of landscape-technical systems. it is noted that it does not have a continuous distribution, but is constantly increasing in size and gradually goes beyond the landscape. The specific features and properties of the landscape techno-sphere are analyzed in detail. Taking into account the criterion of the presence of a zone of direct contract of three blocks of landscape-technical systems (managerial, technical and natural), the upper and lower limits of the landscape techno-sphere are identified. The structure of all variants of the landscape sphere in the presence of technological substances is considered. The main periods of development of the landscape techno-sphere are briefly described. It is concluded that man will never be able to control landscape-technical systems on a planetary scale. However, applying the methods and principles of engineering landscape research, it is possible to achieve optimal interaction of the three blocks of landscape-technical systems and to extend their functional suitability.
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认识到景观技术圈是一种新的地圈
20世纪下半叶至21世纪初的特点是全球生态危机的积极发展,其特征是环境的临界状态和地理范围的过度人类化。在当前的地圈中,导致绝对新的技术成因景观形成的变化以非常快的速度发生。这项工作的目的是在以往的经验和我们的实地研究的基础上,证实对一个新的地球圈-景观技术圈的认识。研究的主要任务是分析景观技术圈的具体特征和属性;确定其上下边界;利用现有的技术物质,研究景观圈所有选择的结构组织;简述技术圈发展的主要阶段。景观技术圈的研究是一个复杂的过程,它基于当代地理学经典和创新的方法论原则。系统、模型和生态三种科学范式的并行应用是其基础。它们并不相互矛盾;它们更倾向于对自然与工程之间相互作用的研究。系统方法允许将技术领域视为景观领域和地理领域的较低分类范围的复杂系统。本文采用了下列公认的科学方法:分析、综合、比较、概括、系统化、归纳和演绎。本文论证了一个新的地圈——景观技术圈的存在,它是由一套行星式的景观技术系统构成的。值得注意的是,它不是一个连续的分布,而是不断增加的规模,逐渐超出景观。详细分析了景观技术圈的具体特征和性质。考虑到三个景观技术系统块(管理、技术和自然)直接承包区域的存在标准,确定了景观技术领域的上限和下限。在技术物质存在的情况下,考虑了景观圈的所有变体的结构。简要描述了景观技术领域发展的主要时期。结论是,人类永远不可能在全球范围内控制景观技术系统。然而,运用工程景观研究的方法和原理,可以实现三个景观技术系统的最佳交互,并扩展其功能适宜性。
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