Abstract
The object of research is the technology of determining the investment attractiveness and the formation of information support for geoecological monitoring of land use. One of the biggest problems in modern approaches to determining the investment attractiveness and geoecological state of land use is the complexity of existing approaches and the lack of information support.Methods are developed to assess the investment attractiveness and geoecological status of land use. These methods make it possible to develop measures for a comprehensive increase in investment attractiveness and determine the geoecological state of the land for the development of methodological recommendations for improving the efficiency of land use. The proposed approaches are of an analytical nature and are based on the method of analyzing hierarchies, the results of correlation regression analysis. Unlike the existing ones, they allowed to form a system environment for the quantitative assessment of the geoecological state and land use.During the research, spatial, multifactorial, rating and economic approaches were used. It is revealed that these approaches do not have a clear sequence and do not fully determine the current aspects of land use.According to the developed methods, an integrated approach is proposed to assess the investment attractiveness and geoecological state of land use. It is based on the results of mathematical modeling and makes it possible to obtain an integrated assessment of the geoecological state of land use.As a result, these developments will provide land assessment and decision-making by stakeholders at the local, regional and national levels. An integrated criterion has been developed that will allow to increase the level of land use and ensure their comprehensive assessment. The proposed recommendations will make it possible to clearly and reasonably influence the level of land use, and to resolve it in a timely manner. In comparison with the known approaches, the developed has a complex character and is based on successive stages of analytical calculations. This ensures the accuracy of the assessment and excludes the influence of objective factors in determining the investment attractiveness and geoecological status of land use.
Highlights
Creation of a favorable investment climate and geoecological state in the land sector directly determines the further development of both cities and regions and the country as a whole
The presented feature is determined by the complexity of the application of modern approaches and tools, the lack of information support, as well as the lack of an integral indicator of the assessment of investment attractiveness and the geoecological state of land use
The object of research is the technology of determining the investment attractiveness and the formation of information support for geoecological monitoring of land use
Summary
Creation of a favorable investment climate and geoecological state in the land sector directly determines the further development of both cities and regions and the country as a whole. To solve the presented problems, geoecological monito ring systems are used, which are formed on the basis of information support for increasing the efficiency of land use, taking into account the influence of environmental factors. The presented feature is determined by the complexity of the application of modern approaches and tools, the lack of information support, as well as the lack of an integral indicator of the assessment of investment attractiveness and the geoecological state of land use. Under these conditions, there is a need to improve technology to determine the investment attractiveness and geoecological status of land use by developing a method and models to assess their impact. The method and models are based on the construction of multilevel systems of indicators, which make it possible to determine the integral investment indicator and create a basis for information support for geoecological monitoring of land use [1]
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