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INTERNATIONAL SCIENTIFIC AND EDUCATIONAL ONLINE JOURNAL
ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES
3(48) 2019
Article GREEN TECHNOLOGIES AND NATURE INSIDE BUILDING
Authors V. Pavlova, A. Kashitsyna
Moscow Institute of Architecture (State Academy), Moscow, Russia
Abstract "Green architecture", which has become a notable stylistic direction and at the same time the main technological core of modern architecture, is determined by the inclusion of a green component to architectural environment. Landscape is often situated on the roof and facades of buildings. But truly "green" architecture becomes when nature penetrates under the roof, into the interior, aligning the "degree of greening" outside and inside the building. The article is devoted to the methods of greening the interiors of buildings. It is noted that with the current level of technological support, the creation of green spaces under the roof has become a complex interdisciplinary task involving the latest achivements of the biological, engineering and construction sciences.
Keywords: green architecture, interior landscaping, winter garden, vertical gardening, biome, phyto-wall, climatron
Article (RUS)
References
Veselova S.S. Iskusstvoozeleneniyainter`erov i sozdaniyazimnixsadovotDrevnejRusi do e`poximoderna [The art of interior landscaping and creation of winter gardens from Ancient Russia to the modern era]. Moscow, Fiton+, 2012, pp. 10-85. Gosse D.D., KukudzhanovYu.A. Sovremenny eagrotexnologiivy rashhivaniyadekorativny xrastenij v vertikalny xkonstrukciyax. Problemy` agroximii i e`kologii [Modern agricultural technologies of growing ornamental plants in vertical structures.Problems of Agrochemistry and ecology]. 2016, no. 1, pp. 53-58. Zimireva E.S. Vnedrenieprirodnogokomponenta v strukturuobshhestvennogozdaniya (naprimerekry`ty`xbotanicheskixsadov, oranzherej, atriumov, rekreacionny`xprostranstv) [Introduction of the natural component in the structure of a public building (on the example of indoor Botanical gardens, greenhouses, atriums, recreational spaces), Architectural concepts and experimental projects: myths and reality. Materials of the all-Russian scientific-practical conference. Ural state University of architecture and arts]. Ekaterinburg, 2013, pp. 52-53. Kolesnikova T.N. Osnovy` arxitekturnogo formirovaniya rastenievodcheskix predpriyatij zashhishhennogo grunta:avtoref. dokt. dis. [Fundamentals of architectural formation of crop enterprises of protected soil.PhD thesis abstract]. Moscow, MARKHI, 2007, pp. 101-135. Lazareva M.V. Mnogofunkcional`ny`eprostranstvakrupny`xobshhestvenny`xkompleksov: avtoref.kand.dis. [Multifunctional spaces of large public complexes. PhD thesis abstract]. Moscow, MARKHI, 2007, 23 p. UsovYa.Yu. Formirovanie arxitekturno-planirovochnoj struktury bioklimaticheskix zhilyxzdanij: avtoref. kand. dis. [Formation of architectural and planning structure of bioclimatic residential buildings. PhD thesis abstract]. Moscow, MARKHI, 2013, 30 p. Saprykina N.A. Formirovanie eko-ustojchivojsredy obitaniya budushhego. Teoriya. Praktika. Perspektivy [Formation of eco-sustainable habitat of the future. Theory. Practice. Outlook]. Saarbrücken, Palmarium Academic Publishing, 2017, 232 p. 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 Ellingsen E., Despommier D. The Vertical Farm. The origin of a 21st century Architectural Typology. CTBUH Journal, 2008, Issue III. Kwok A.G., Grondzik W.T. The green studio: environmental strategies for schematic design. Italy, Elsevier, 2007, 389 p. Gutnov A.E. Mir arkhitectury [The World of Frchitecture]. Moscow, Molodaya gvardiya, 1985, 210 p.
For citation
Pavlova V., Kashitsyna A. Green Technologies and Nature Inside Building. Architecture and Modern Information Technologies, 2019, no. 3(48), pp. 200-216 . Available at: https://marhi.ru/AMIT/2019/3kvart19/PDF/15_pavlova.pdf
