Neither Land Nor Sea
Resilience and Adaptation on the Frontier of Climate Change;Team Members: Hito Rodriguez, Lourdes Rivera, Sarah Baruch Farber, Harry Teitelman
Isle De Jean Charles
In the spring of 2022, our studio visited the coastal regions of Louisiana to better understand the effects of climate change and human interventions.
The Isle de Jean Charles is home to members of the Biloxi-Choctaw-Chitimacha Tribe, many of whose ancestors came to the island escaping the Trail of Tears.
Over the past 80 years, it has lost over 95% of its land mass, and is estimated to be underwater by the end of the century.
The Isle de Jean Charles is home to members of the Biloxi-Choctaw-Chitimacha Tribe, many of whose ancestors came to the island escaping the Trail of Tears.
Over the past 80 years, it has lost over 95% of its land mass, and is estimated to be underwater by the end of the century.
1963
2020
The State Government, with support from a federal grant, is relocating the remaining 50 members of the Biloxi-Choctaw-Chitimacha Tribe 200 miles North to a farmland.The cost of resettlement is $48 million. Their way of life will change.
Because of the high expense, climate refugees will relocate individually, scattering to the wind. Local heritages are lost forever.
Is there a typology that allows a community to thrive in a harsh coastal environment? Can the act of occupying this area provide storm protection for the coast, and regenerate marshland?
By using Recycled oil drums for buyoncy, a bamboo mesh network is generated on a framework of Gabion cages. This Mesh acts as a lattice framework to regenerate the marsh, and restore the natural filtration system of the coast.
The triangulated dock system allows the structure to move flexibly with the ocean tide. This motion can be harnessed for energy.
By using Recycled oil drums for buyoncy, a bamboo mesh network is generated on a framework of Gabion cages. This Mesh acts as a lattice framework to regenerate the marsh, and restore the natural filtration system of the coast.
The triangulated dock system allows the structure to move flexibly with the ocean tide. This motion can be harnessed for energy.
Studio taught by Martin Stigsgaard at The Spitzer School of Architecture in NY.
Collaborators:
Hito Rodgriguez
Lourdes Rivera
Sara Baruch Farber
Harry Teitelman