TY  - CHAP
AV  - public
CY  - Leiden, Netherlands
TI  - Augmented Polycultures: Scaling up Algal Ecosystems and Design of a Biofouling Aesthetic
T2  - Being Algae: Transformations in Water, Plants
EP  - 267
N1  - This is an Open Access chapter published under a Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0) Licence (https://creativecommons.org/licenses/by-nc/4.0/).
KW  - microalgae
KW  -  polyculture
KW  -  heterogeneity
KW  -  symbiosis
KW  -  biofouling
KW  -  bioreceptivity
KW  -  bioremediation
KW  -  complexity
KW  -  scale-up
KW  -  aesthetics
Y1  - 2024/03/11/
M1  - 8
T3  - Critical Plant Studies
ID  - discovery10192380
UR  - https://doi.org/10.1163/9789004683310_013
N2  - To lay the foundations for the Biocene, a potential future era of our Anthropocene human habitat, the infrastructure of our built environment should play a more active role in carbon mitigation and reduction. Algae and cryptogrammic species will become important elements of bio-integrated ?photosynthetic cities?. However, to realise this, we will need to relinquish notions of monoculture and purity associated with highly maintained and controlled cultivation. This chapter will look back at the origins of contained microalgal culture in the realms of science and engineering to understand the basis for our current design language. We assume the position that in future, consortia-based approaches with direct exposure to the outdoor environment will be required in order to deliver the vision of algae for bioremediation or microbiome-inspired green infrastructure in a resilient way. Ultimately, our photosynthetic human habitat will embody a more provocative and disobedient condition. Reconciling with the abject nature of biofouling, overcoming disgust and ultimately reaching an acceptance of the sublime will be needed in order to form ecologically relevant and environmentally meaningful interventions. The role of design will be pivotal to introduce a new aesthetic which is based on how we embrace self-regenerative conditions while promoting heterogeneity and biodiversity in buildings.
SP  - 234
ED  - Hendlin, Yogi Hale
ED  - Weggelar, Johanna
ED  - Derossi, Natalia
ED  - Mugnai, Sergio
A1  - Parker, Brenda
A1  - Cruz, Marcos
PB  - Brill
ER  -