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INTERNATIONAL SCIENTIFIC AND EDUCATIONAL ONLINE JOURNAL 
ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES

1(42) 2018


Article INNOVATIVE TECHNOLOGIES AND THEIR INFLUENCE ON ARCHITECTURAL DESIGN OF PLANT GROWING BUILDINGS
Authors A. Sultanova, Moscow Institute of Architecture (State Academy), Moscow, Russia
Abstract The article considers innovative technologies in the field of growing plants and saving energy resources as the main factors influencing on plant-growing enterprises design. Foreign and domestic design experience and contemporary trends in the agricultural architecture development, which based on innovative technologies, have been analyzed. New approaches of modern plant growing enterprises design, as well as perspectives for rural development, have been identified.
Keywords: plant growing enterprises, architectural formation of plant growing enterprises, innovative technologies of growing plants, buildings and plant growing, industrial buldings architecture
article Article (RUS)
References

  1. Pustovetov G.I. Arhitektura sel'skih poselenij v novyh social'no-jekonomicheskih uslovijah (zhilye i proizvodstvennye zdanija i sooruzhenija) [The architecture of rural areas in the new socio-economic conditions (residential and industrial buildings and facilities) (dissertation)]. Moscow, 2003, 359 p.
  2. Kolesnikova T.N. Osnovy arhitekturnogo formirovanija rastenievodcheskih predprijatij zashhishhennogo grunta [Basics of the architectural formation of plant growing enterprises (dissertation)]. Moscow, 2007, 329 p.
  3. Novikova N.V. Arhitektura predprijatij agropromyshlennogo kompleksa  [Architecture of enterprises of the agro-industrial complex]. Moscow, 2008, 280 p.
  4. Geraskin N.N. Arhitektura sel'skohozjajstvennyh proizvodstvennyh zdanij, ferm i kompleksov  [Architecture of agricultural production buildings, farms and complexes]. Moscow, 2014, 388 p.
  5. Rjabov A.V. Arhitekturnoe formoobrazovanie zdanij s ispol'zovaniem sredstv al'ternativnoj jenergetiki [Architectural formation of buildings with using alternative energy facilities (dissertation)]. Moscow, 2012, 223 p.
  6. Fjuks R. Zelenaja revoljucija: jekonomicheskij rost bez ushherba dlja jekologii [Green revolution: economic growth without harming environment]. Moscow, 2015, 330 p.
  7. WorldBuild365. Available at: https://russian.worldbuild365.com/news/avl3kom5g/stroitelstvo-i-arkhitektura/proekt-nedeli-organicheskaya-ferma-tanshan-kitay-arch-studio
  8. Vertikal'nye fermy Vajominga [Vertical farms in Wyoming]. Available at: https://4rev.ru/advices/2670-vertikalnye-fermy-vayominga.html

For citation

Sultanova A. Innovative Technologies and their Influence on Architectural Design of Plant Growing Buildings. Architecture and Modern Information Technologies, 2018, no. 1(42), pp. 163-177. Available at: http://marhi.ru/eng/AMIT/2018/1kvart18/12_sultanova/index.php