Water regime formation of river basins in the delta zone on the example of the Azov region

Vladimirov, S.A.; Prikhodko, Igor; Safronova, T. I.; Chebanova, Elena

doi:10.1051/e3sconf/202017512010

Cited by 13 publications

(6 citation statements)

References 15 publications

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“…China and India have achieved good results in mechanization and automation of crop production. By 2050, it is planned to increase the specified target world market to $240,000 million, which indicates the impact of innovative digital technologies on the development of agribusiness [14].…”

Section: Resultsmentioning

confidence: 99%

Management of development of innovative ecosystems in reclamation

2021

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In the context of the coming digital globalization of the economy, an important factor in increasing the level of development of ameliorated agriculture is the widespread introduction of innovative agricultural technologies and agricultural production management into the practice of the domestic agro-industrial complex. The methodological basis of research is based on information and analytical methods, methods of expert assessments, system analysis and synthesis. Based on the results of the studies and the performed assessment, the role of innovation systems in the structure of the agricultural production economy and the experience of their application in the ameliorative sector of the economy in comparison with developed foreign countries are characterized. The influence of innovations on the efficiency and productivity of labor is shown and proposals are presented to reduce and eliminate the technological backwardness of agricultural production on reclaimed lands, consistent with the trends in the development of technologies for the production of advanced industries of the domestic and world economy. The main stages of the formation of production management systems, which provide support for the assignment of control actions, are presented. Reasons are revealed that hinder the full use of innovative technologies in agricultural production, associated with the lack of free funds among small-scale agricultural producers and their proper understanding of the strategic importance of innovations in the production process. A prognostic analysis of the innovative development of agricultural production based on “intelligent agricultural technologies”, is presented which unites objects via the Internet for receiving and exchanging information from built-in services.

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Section: Resultsmentioning

confidence: 99%

Management of development of innovative ecosystems in reclamation

2021

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“…The increasing market requirements for the properties of supplied products, the introduction of the Internet into the infrastructure of digital systems leads to the transformation of the methods of production, which makes it necessary to automate not isolated functions, but to carry out comprehensive and integrated automation of processes that determine the competitiveness of an enterprise and products supplied to the market. It is necessary to note that the digital infrastructure in the field of reclamation does not correspond to the level of automation of management and the growth of the field of application of digital systems achieved in the developed sectors of the economy of a country [8]. Initially, the development of digital methods was focused on the automation of investment projects for reclamation and was aimed at the formation of an exclusively digital fund, implemented in the format of models of design objects and special applications that ensure the solution of the problems of creation and operation of a designed object.…”

Section: Methodsmentioning

confidence: 99%

Development of innovative technologies as a reserve of competitiveness of reclamation enterprises

2021

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Information support of production processes and production is becoming an unchangeable condition for their efficiency, in terms of importance comparable to the provision of material, technical, financial, labor and other resources. The paper is based on the methods of a systematic approach, analysis and synthesis of world trends in national and international theory and practice of interaction between digital technologies and business. It was found that innovations in the field of digital technologies for land reclamation do not meet the requirements of management automation implemented in the developed sectors of national and global economy. The factors of competitiveness of business processes, which are successfully integrated into management decisions using digital systems, are identified. The influence of managerial innovations on the strategic development of the business structures of an enterprise is characterized. In addition, the authors revealed the reasons for the unsatisfactory implementation of high-tech innovations by enterprises of traditional industries. The authors proposed the transfer of digital technologies from a high-tech sector of production to a low-tech one as a priority measure, representing the important condition for the growth of competitiveness of both traditional and high-tech sectors of economy.

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“…But, according to the conditions of their application and the nature of the means of influence, as well as the reaction of aquatic environment to these means, a wide variety of options arise (as evidenced by the experience of operating regulated sections of rivers, water intake waterworks, engineering communications, etc.) [25,26,27].…”

Section: Consequences Of Degradation Of Small Rivers [11]mentioning

confidence: 99%

Analysis of Impact of Urbanization Development on the Deterioration of Ecological State of Rivers

Бандурин

Prikhodko

Bandurina

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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The peculiarity of small rivers is the dependence of erosion-accumulative processes in their beds on the intensity of soil erosion in the catchment area: the smaller the river, the greater the contact with the catchment area of its channel, where mineral particles, washed off from its area, directly enter it. Soil erosion leads to the entry of an excessive amount of them into the channel of a small river, as a result of which sediment accumulation begins in it, siltation of the channel occurs. It leads to changes in the water regime of small rivers - a decrease in inter-soil runoff (up to the drying up of rivers), a sharp reduction in underground power supply. In the humid zone, due to the high water content, the siltation of small rivers is poorly expressed and has a local character. Siltation of small rivers is especially characteristic for the forest-steppe and steppe zones, as well as for the south of the forest zone. In the steppe zone of the European part of Russia, as a result of siltation, rivers of the first order completely disappeared, up to the fourth (up to 40-50 km long), leading to a total reduction of the river network by up to 30 %. In the forest zone, due to the disappearance of sources, the number of rivers of the first and second orders (up to 20 km long) decreased by 2.2 times. During the agricultural period (about 300 years), a layer of sediment with a thickness of 0.5 to 1 m accumulated in the beds and floodplains of small rivers in the southern half of the European part. The erosion of small riverbeds reaches on average only 20 % of washed off products, which is about 60 % of the total river sediment runoff. The rate of siltation of small rivers in the Don basin is 6-12 mm / year with a length of up to 25 km and about 1 mm/year with a length of 100 km and above. Siltation of small rivers is not typical for regions where the soil is washed away by meltwater, since the maximum flow of sediment into the rivers coincides with high water, when the channel-forming activity of water flows is most active.

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Water regime formation of river basins in the delta zone on the example of the Azov region

Cited by 13 publications

References 15 publications

Management of development of innovative ecosystems in reclamation

Management of development of innovative ecosystems in reclamation

Development of innovative technologies as a reserve of competitiveness of reclamation enterprises

Analysis of Impact of Urbanization Development on the Deterioration of Ecological State of Rivers

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