Bryopolis is a speculative ‘post-natural’ project that proposes an urban model for East London. The project involves three design elements, namely: ‘Bryopolis’, a post-natural city in the urban scale; ‘Photosynthetic Voxels’, a bio-intelligent apparatus at a prototypical scale; and ‘Bryostructura’, the infrastructure and built form in an architectural scale. The research explores the non-human species moss and establishes a distributed cognition between humans and non-humans through a technological intervention. The project proposes a participatory space – a post-natural urban space created with the combined intelligence of moss, humans, and AI.
The impact of the industrial revolution and its progressive deterioration on our environment prompts the need for such a project. The higher demand in energy and the reactionary exploitation of natural resources is reflected in the uncontrollable emission of greenhouse gases and atmospheric imbalance. This impudence and disregard for nature has driven us, blindfolded, into the Anthropocene, a period characterised by anthropocentric dominance.
The project uses computational tools and machine learning algorithms to analyse abundant data along with cutting-edge technologies in the use of sensors and robotic arms to create a space forecast for the city in the next 50 years.
A view of an urban insert that functions as an urban breather made from the collective intelligence of human, non-human, and AI.
Bryopolis supports an upgraded ecosystem that facilitates cohabitation of all earthly species, made possible by technological intervention.
Bryostructura is an elemental unit of the Bryopolis that forms enclosures to support human habitation and functions.
The evolution of East London 2020 into Bryopolis 2070 takes place in phases, with the assemblage of Bryostructura introduced at all highly polluted regions currently existing in the city.
Analysis of common feather moss, Eurhynchium striatum.
Based on solar exposure analysis, the aggregation of the photosynthetic voxels forms a novel wall morphology that maximises shade.
An eroded morphology visualisation of the moss growing pattern over East London considering pollutants as a food source.
Phases of moss voxel distribution correspond to different sources of dispersal initiation. A manifestation to shift the current day anthropocentric city to a combined intelligent city.
The map depicts the proportional distribution of moss voxels in relation to the existing vegetation cover. The circles represent the reduction in pollutants resulting from the new intervention.
As illustrated in this map, the region around Queen’s Park stadium has denser moss growth pattern. This indicates that the region is highly polluted.