Re-Silience Skyscraper: Biomass Reduction
Diego Espinosa Figueroa, Javiera Valenzuela Gonzalez – Chile
It is estimated that over 50% of the global population lives in an urban settlement. The growth of cities and their massive expansion brought great progress but major setbacks on the level of land use. The overloads of the soil through our urban developments have caused extinction of species, fertile land reduction, and poor distribution of biomass.
Realizing that the soil, its biomass, and what it conceives is a limited resource, gives us a glimpse of how we should live to preserve and improve our natural environment. Re-Silience Skyscraper looks for an answer by proposing a new organization and resources distribution of the soil and its biomass through the observation of natural forms such as honeycombs, coral reefs, and ant nests.
Our buildings today set a null relationship with its surroundings having no more than one or two interrelations in one place, Re-Silience allows to cross the threshold and reorganize this behavior through an optimal use of soil and biomass.
