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Agriculture
Reference:

Biotechnological complex based on renewable energy sources used for intellectual grassland farming in desert and semi desert zones

Dorzhiev Sergei Sodnomovich

PhD in Technical Science

Leading Research Fellow at the Federal Agricultural Engineering Center of the All-Russian Institute for Mechanization 

109428, Russia, g. Moscow, pr-d 1-I institutskii, 5

DSS.61@mail.ru
Bazarova Elena Gennadjevna

PhD in Technical Science

Leading Research Fellow at the Federal Agricultural Engineering Center of the All-Russian Institute for Mechanization 
 

109428, Russia, g. Moscow, pr-d 1-I institutskii, 5

bazelgen08@mail.ru
Rozenblum Mariya Igorevna

Leading Engineer at the Federal Agricultural Engineering Center of the All-Russian Institute for Mechanization 
 

109428, Russia, g. Moscow, pr-d 1-I institutskii, 5

Maryrozenblum@mail.ru

DOI:

10.7256/2453-8809.2019.1.30330

Review date:

19-07-2019


Publish date:

19-11-2019


Abstract: The research object is the systems and devices based on wind energy used in grassland farming and free-range animal husbandry. The research subject is the development of technical means of using renewable energy sources for organization and facilitation of intellectual grassland farming. The authors emphasize the importance of restoration of degraded soils, deserts and semi deserts, and creation of favourable economic background for animal breeding, monitoring, water supply and other infrastructure based on renewable energy sources. The authors analyze the current state of grassland farming and the factors influencing the productivity of grama grass and study the methods and approaches to the improvement of thermal characteristics of soil, the criteria influencing the technical and economic effectiveness of using digital intellectual systems in grassland farming. The scientific novelty of the research consists in theoretical substantiation of the key elements of digital intellectual system, their characteristics and functions, which would help to improve energy security of grassland farming. A biotechnological complex for intellectual grassland farming which includes antigravitational heat pipes used for soil temperature reduction for it to be suitable for feed crops, monitoring system, water supply system and other infrastructure on the base of renewable energy sources, can be effectively used for the development of deserts and semi deserts for intellectual grassland farming. 
 


Keywords: constant temperature belt, natural forage lands, land degradation, digital pasture infrastructure, desert development, soil improvement, pasture livestock farming, renewable energy sources, ecological framework, agriculture
This article written in Russian. You can find full text of article in Russian here .

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