Abstract

The aim of the study is to develop a project for the rational organization of the use of agricultural land for land use on the basis of a comprehensive integrated assessment and landscape-ecological analysis, involving their landscape-ecological optimization, conservation of landscape diversity. This project will establish the main criteria for the optimization of agricultural lands as natural-economic systems: land and resource security; level of forest cover; agricultural load on landscapes (erosion level, specific gravity of irrigated and drained lands, livestock load per 100 ha of fodder land); the degree of agrogenic load on agrolandscapes (specific gravity of steam, indicators of plowing and agricultural development); landscape-ecological conditions (landscape situation, drainage of landscapes, relief, soil; water and radiation balances; manifestation of adverse physical and geographical processes); spatial and technological conditions (a variety of landscape patterns of arable land and other lands, their configuration and size); the degree of environmental tension (the degree of development of natural physical and geographical processes and anthropogenic ones: salinization, waterlogging, flooding, pollution of soils, snow, air and water basins, etc.); the amount of agricultural losses; environmental, social and economic efficiency of the implementation of design developments. The methods used are: abstract-logical, integrated landscape and environmental assessment, cartographic, modeling methods.

Highlights

  • The landscape-ecological approach to solving the issues of rational organization of agricultural land use ensures the creation of sustainable land uses by taking into account the classes of soil suitability

  • On the territory of the studied land use, the soils are represented by three classes of soil suitability (Table 1) [6]: 1. The second soil suitability class is characteristic of lands suitable for arable land with restrictions on use, which require measures aimed at increasing fertility, improving waterphysical and other soil properties

  • The third soil suitability class is represented by lands suitable for forage lands that do not require restrictions in their use

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Summary

Introduction

The landscape-ecological approach to solving the issues of rational organization of agricultural land use ensures the creation of sustainable land uses by taking into account the classes of soil suitability (biological characteristics of soils, the involvement of forest soils in agricultural circulation (with the consolidation of land shares) [1,2,3,4,5,6,7,8,9,10]. The features of formation and development of specific agricultural land use were investigated. 4. A landscape-ecological analysis of the state of agricultural land was performed [1, 4, 9]. 5. The landscape-ecological mapping of the territory was carried out

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