From “Green Building” to Architecture Integrated with Nature: Regeneration principle

  • Victor Logvinov UAR; RAACS; IAAM;"Architectural Center”

Abstract

The article analyses different approaches to ‘green building’ and architecture integrated with nature. It gives definition to the regeneration principle and observes the genesis of world and national experience in roof- and facade greening and ‘hanging gardens’. The article denounces myths and misbeliefs that prevent the wide application of green roofs and facades in Russia.

References

Belogolovsky, V. (2009). GREEN HOUSE. Yekaterinburg: Tatlin.

Boeri, S. (2014). “Vertical Forest” residential complex. Project
International, 38 “Canyon” in the center of Osaka (2014). The Jerde Partnership, 3.

Day, C. (1994). Mesta, gde obitaet dusha [Places of the soul]. Moscow: Ladya.

De Garrido, L. (2011). Sustainable architecture Green and Green. Barcelona. Engelhard, A. Colararchitectur im Industrie- und Verwaltungsbau in Gesundes Bauen und Wohnen. 1/90 march, 38. Р. 38.

Logvinov, V. N. (2007). Zhiloi dom i administrativno-delovoi tsentr na Karamyshevskoi naberezhnoi [A residential building and an administrative and business center on Karamyshevskaya embankment]. Tekhnologia stroitelstva (special ed.). Kachestvennaya arkhitektura.

Logvinov, V. N. (2009). Prirodointegrirovannaya arkhitektura:
praktika, priemy i printsipy [Architecture integrated with nature: practice, techniques and principles]. Arkhitektura i priroda. Priroda i arkhitektura. Moscow.

Logvinov, V. N. (2011). Pavilion yacht-kluba “Kantri-Park-Klab” v g. Khimki [Pavilion for Yacht Club “Country-Park-Club” in Khimki]. Tekhnologia stroitelstva (special ed.). Kachestvennaya arkhitektura.

Logvinov, V. N. (2012). MFK “Staryi gorod’ v Khimkakh v kontekste evolyutsii torgovo-obshchestvennykh kompleksov [Multifunctional Complex “Old City” in Khimki in the context of evolution of trade and public complexes]. Arkh. Vestnik, 2 (125).

Panasenko, S. (2016, February 3). Luigi Fiumara: “V tsentre arkhitektury dolzhny byt’ ne kilovatty, a chelovek s ego samooshchushcheniem v okruzhayushchei srede” [Luigi Fiumara: “Architecture should be focused not on kilovattes, but on human beings with their personal self-perception in the environment]. Retrieved from: http://green-city.su/arxitector-luidzhi-fyumara.

Pushkin, A. S. (1986). Compositions in 3 vols (Vol. 2). Moscow:
Khudozh. lit.

Savkin, K. (2010). Novoe Siti proto-goroda. Razvitie delovogo tsentra Kantri Park v Khimkakh [A new City for a proto-city. Development of the business center Country Park in Khimki. Arkh. Vestnik, 6 (117), 87–93.

Vale, B., & Vale, R. (1996). Green architecture: design for a sustainable future. London: Thames and Hudson

van der Hoeven, F. (2015). Campus Delft: History, policy framework and development of the TU Delft campus. project baikal, 12(44), 152-159. doi: http://dx.doi.org/10.7480/projectbaikal.44.854
How to Cite
LOGVINOV, Victor. From “Green Building” to Architecture Integrated with Nature: Regeneration principle. project baikal, Russian Federation, n. 49, p. 60-71, aug. 2016. ISSN 2309-3072. Available at: <http://www.projectbaikal.com/index.php/pb/article/view/1051>. Date accessed: 19 oct. 2018. doi: https://doi.org/10.7480/projectbaikal.49.1051.

Keywords

green building; integration; human being; nature; biosphere; biocenosis; green roofs; vertical greening; hanging gardens

Published
2016-08-02