scholarly journals Ecological Capacity of the Land Use System as a Determining Factor of its Productivity

2021 ◽  
Vol 26 (1) ◽  
pp. 84-88
Author(s):  
Viktoriia Makarova ◽  

Abstract. The ability of the economic system to meet the growing needs of society without losing natural resources or significantly reducing their quality properties can be predicted by the factor of ecological capacity of agricultural land use, which harmonizes economic and environmental components of agricultural land use by harmonizing social welfare and resource potential. The implementation of this approach should lead to the reconciliation of differences in the growth rates of economic prosperity and environmental decline, which is the quintessence in the practice of sustainable agricultural land use, as an essential norm in long-term exploitation of natural resources by current and future generations. Therefore, taking into account the factor of ecological capacity of lands as a criterion of productivity of agricultural lands is not in doubt. Purpose. The goal of this research is substantiation of the essence of the factor of ecological capacity of lands, determination of its components and the need for its forecasting in order to preserve the productive properties of lands. Results. It is proved that unreasonable human actions year after year lead to the transformation of qualitative properties of productive soils. Direct depletion of lands occurs due to insufficient application of organic fertilizers, excessive plowing of landscapes, neglect of field crop rotations, and excessive removal of nutrients by commercial crops, reduction of organic residues entering the soil, and so on. In this situation, the system of agricultural land use needs to be restructured as soon as possible in order to increase human welfare as long as possible, and in the long run to significantly reduce the pressure on the environment. In this context, the available natural resources should be directed not only to the development of the current economy, but also to serve as a basis for a guaranteed extension of the life cycle of ecologically dependent human civilization. The introduction of the factor of ecological capacity of lands will allow warning landowners and landing users about the danger of crisis phenomena associated with the emergence of threatening facts or the emergence of dangerous conditions. Conclusions. After conducting research, we conclude that the factor of ecological capacity of lands is the ability of the system of agricultural land use, its constituent subsystems or individual elements to synthesize, identify, update, accumulate and multiply the value properties of land. This ensures the required level of productivity in the face of ever-increasing anthropogenic pressure from individual actors.

1992 ◽  
Vol 24 (4) ◽  
pp. 535-549 ◽  
Author(s):  
J C Campbell ◽  
J Radke ◽  
J T Gless ◽  
R M Wirtshafter

This paper is focused on the application of linear programming (LP) in combination with a geographic information system (GIS) in planning agricultural land-use strategies. One of the essential inputs for planning any agricultural land-use strategy is a knowledge of the natural resources. This is even more critical in small countries such as those in the Eastern Caribbean, where land-area limitations dictate a greater need for careful assessment and management of these resources. The first step of the proposed methodology is to obtain an assessment of the natural resources available to agriculture. The GIS is used to delineate land-use conflicts and provide reliable information on the natural-resource database. This is followed by combining the data on natural resources with other quantifiable information on available labour, market forecasts, technology, and cost information in order to estimate the economic potential of the agricultural sector. LP is used in this step. Finally, the GIS is applied again to map the crop and land-allocation patterns generated by the LP model. The results are concrete suggestions for resource allocation, farm-size mix, policy application, and implementation projects.


2020 ◽  
pp. 168-183
Author(s):  
A.M. Mykhaylov ◽  
V.V. Makarova

The article deals with the analysis of scientific developments in the structuring of systems, in particular land use systems. Based on the results of foreign and domestic scientists studied the position of ecological and economic structuring of the agricultural land use system in the trajectories of energy and information transformations that occur during a certain historical time within the specified space. Many factors that have the greatest influence on the organization of order in the system were considered, the list of which includes not only material objects, but also such objects of intangible nature as information, knowledge, limitations, relationships, etc. It is determined that the trajectory of the system means the line of its life history as a direction, phenomenon, sequence of any development of the system in space and time with any changes in the external environment. Further development of the trajectory of the land use system involves the transformation of environmental knowledge into economic (preserved land and natural potential). It is substantiated that the order in the land use system is possible only with the appropriate state support. Modern land use is characterized by undesirable economic and environmental transformations. In the conditions of degradation of the fertile soil layer, reduction of investments, wear and tear of technical equipment and lack of effective environmental policy, land users do not have motivational levers to carry out economic activities within the established environmental standards. The strategy of systemic behavior of the subjects of land relations should change more actively than there are negative changes in the subsystems and individual elements of the integrated system of land use. From the above positions, the structuring of the agricultural land use system should contribute to the processes of preservation and restoration of quality properties of agricultural lands and reproduction of productive potential of lands.


2021 ◽  
Vol 2021 (1) ◽  
Author(s):  
O. Chygryn ◽  
O. Ivakhnenko ◽  
T. Vasilyeva

The issue of ensuring the sustainable development of mankind today is recognized as one of the most pressing issues facing society. The purpose of the study is to generalize the features of sustainable land using, identify the main problems of sustainable use of agricultural land in Ukraine and the key ways to solve them. The paper summarizes the key stages of the formation of prerequisites for sustainable land using, systematizes documents and events to create a model of sustainable development, highlights the basic principles and goals of sustainable agricultural land use, in accordance with the concept of sustainable development. The authors emphasize that the practical implementation of the concept of sustainable agricultural land use requires prioritization of agricultural land, especially environmental, as well as increasing the responsibility of agricultural businesses for disturbing the ecological balance and excessive anthropogenic pressure on land resources. It is noted that in Ukraine there is an irrational structure of land use, which is environmentally dangerous. The main problems of sustainable agricultural land use development are highlighted. The authors note that in recent years in Ukraine there have been negative trends in the development of processes that significantly affect agricultural land use. The most acute environmental problems are the development of degradation processes in the arable lands of Ukraine, which are continuous, regional or local in nature. The authors argue that the decline in the natural potential of agricultural land in Ukraine is becoming an even more serious threat to the sustainable development of land use than environmental problems. The priority directions of development of sustainable land use in Ukraine are offered, which will allow passing to the model of sustainable agricultural land use.


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