The Role of "Green Structures" in Reducing the Environmental Footprint of Urbocenoses

  • Abstract
  • Keywords
  • References
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  • Abstract

    The modern problem of urbocenoses is associated with an increase of the environmental footprint, the main indicator of which is the concentration of CO2 in the atmosphere. One of the ways to reduce carbon emissions is to increase biomass through the «green structures». Nowadays, there are insufficient methods for calculating the accumulation of biomass and sequestration of CO2. As a result, new methodological approaches are proposed.




  • Keywords

    biomass; carbon; dioxide; ecological imtprint; green structures.

  • References

      [1] United Nations Economic Commission for Europe, “Climate neutral Cities”, United Nations, (2011), pp. 71.

      [2] Ilina N.A., Sergeeva N.V., Peritjatko A.I., “Fhyziologia i biochimija rastenyi”, Uljanovsk-Saratov, (2013), pp. 335.

      [3] Yanling Li, Roger W., Babcock Jr., “Green roofs against pollution and climate change. A review”, Agron. Sustain, Dev., (2014), 34, pp. 695–705., DOI. 10.1007/s13593-014-0230-9.

      [4] Kristin L. Getter, D. Bradley Rowe, G. Philip Robertson, Bert M. Cregg, Jeffrey A. Andresen, (2009). “Carbon sequestration potential of extensive green roofs”, Environmental Science and Technology, 43(19), pp. 7564-7570.

      [5] Salvador N. Lindquist, Richard K. Sutton Storing, “Carbon in Green Roofs: Above- and Below-Ground Biomass of Blue Grama and White Stonecrop”, University of Nebraska – Lincoln, (2015), pp.11, available online:, last visit: 21.09.2018.

      [6] Sanderman, J., Amundson R., (2009), “A Comparative Study of Dissolved Organic Carbon Transport and Stabilization in California Forest and Grassland Soils”, Biogeochemistry, Vol. 92, № 1/2, pp. 41-59, DOI 10.1007/s 10533-008-9249-9, available online:, last visit: 21.09.2018.

      [7] Jian-feng Li, Onyx W.H. Wai, Li Y.S., Jie-min Zhan, Alexander Y.Ho, James Li, Eddie Lam, 2010),”Effect of green roof on ambient CO2 concentration”, Building and Environment, 45, pp. 2644-2651.

      [8] Nike Rosenström, Marko Scholze, “Quantification of the effect that Green Roofs have on ambient CO2 concentrations”, Malmö, Lund University, Sweden,(2018), 27р., available online:, last visit: 21.09.2018.

      [9] Flake I, O’Donoghue D., (2011), “Green Roofs in the Saratoga Lake Watershed: Sedums of Change”, 30 р., available online: , last visit: 21.09.2018.

      [10] Mazurkin P.M., Michaylova C.I., (2010)., “Dinamika massy proby”, available online:, last visit: 21.09.2018.

      [11] Analyticheskaya chimia, available online:, last visit: 21.09.2018.

      [12] CHP Kolesnik, “Objomniy ves kustarnika i melkolesya (obyomnaya massa)”, available online:, last visit: 21.09.2018.

      [13] Shatravko A.V., Kriskevich E.L., (2017). “Sostavlenie uglerodnogo balansa lesov respubliki Belarus na osnovanii znacheniy koeffizientov vubrosov /poglochenia dioksida ugleroda ot nadzemnoy fitomassui, podgotovka prognoza uvelicheniya poglocheniya vuibrosov parnikovuich gazov lesami do 2030 i do 2050 godov, podgoyovka perechnya meropriyatiy po uvelicheniyu poglochenia parnikovuch gazov v lesnom chozaystve”, Minsk, Belorus, p. 65 .

      [14] Biomass and nutrients calculation, available online:, last visit: 21.09.2018.

      [15] Bilyavskyi G.O., Furduiy R.S., Kostikov I.Y., “Osnovi nekologii”, Kuiv (2005), p. 406.




Article ID: 27242
DOI: 10.14419/ijet.v7i4.8.27242

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