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Historically, cemeteries have functioned as spatialised symbolic systems, reinforcing the politics of memory and aesthetic hierarchies embedded in anthropocentric logics. As urban expansion intensifies, cemetery overcrowding has emerged as a critical spatial challenge.
In response, this project uses Richmond Park as a pilot site and initiates a dual paradigm shift: Cognitively, by introducing the principle of alien thinking to destabilise human-centred assumptions; and spatially, by reimagining cemeteries as dynamic, self-regulating ecological metabolisms. Human remains are reframed as metabolic components within soil systems; burial grounds are reconstituted as ecological infrastructures of multi-species connectivity.
The new type of cemetery is designed to address issues such as land scarcity, overcrowding and cultural conflicts surrounding death.
The new type of cemetery is designed to address issues such as land scarcity, overcrowding and cultural conflicts surrounding death.
Each deceased person can choose a unique memorial plant to be planted in the cemetery garden.
The memorial bouquets are scanned and preserved in the tomb.
Augmented reality (AR) is introduced as a supplementary tool for personalised memorialisation, allowing visitors to engage with the site in ways beyond its physical form.
Loofah bricks are used in the construction of garden cemeteries because they have breathability, ecological compatibility, stability and modularity.
Comprehensive burial areas usually include multi-faith prayer rooms, service halls and sitting-out areas.
The new cemetery extends beyond burial, functioning as part of the city’s green infrastructure and offering spaces for remembrance, social interaction, and public activity.
Starting from the cemeteries, a radiating green network connects scattered ecological and memorial corridors, weaving them into a continuous public landscape system.
The cemetery is designed to degrade sustainably, gradually eroding over time and integrating into the natural ecosystem.