Architectural stenobionts. The importance of bio-microinterventions in the urban structure of Poznań
[ 1 ] Instytut Architektury, Urbanistyki i Ochrony Dziedzictwa, Wydział Architektury, Politechnika Poznańska | [ P ] pracownik
2022
rozdział w monografii naukowej
angielski
- wedge-ring green system
- bio-microinterventions
- urbanocenosis
- biocenosis
EN Modern agglomerations are or are becoming chaotic and dispersed. Their dynamic growth transforms them into consumption centres: cities consume 75% of natural resources, generate 50% of global waste and emit from 60 to 80% of greenhouse gases in global terms. They underlie topographic and local transformations, climate change and biodiversity loss. In order to improve regional living conditions, it is vital to connect enclosed eco-urban systems (urbanocenosis) with one another and with the natural landscape (biocenosis) to create one bioregion. In the urban scale, biocenosis propagators may include: public space, transport lines and reclaimed buildings and areas. In the architectural scale, we can use bio-microinterventions in the form of dispersed points (residual spaces, end walls of the buildings, patios, backyards, roofs, balconies). Scale of impact of bio-microinterventions on urbanscape depends on their density network, inclusion of the local context, the use of existing forms and space, combined with the unconventional use of NBS.
201 - 212
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