PROJECT OVERVIEW:

Our project proposes to develop a model for human habitation of the coast that is designed to: resist degradation, thrive, and grow, by participating in the positive cycles of the ecosystem. The goal of the project is to become part of the restorative process for the deltaic environment. The final model will respond to two environmental scenarios: one where dry ground is eroding and subsiding, and one where ground is growing through accretion. Through the model, we will examine to two types of habitation: permanent occupation and provisional occupation, such as a camp.

Our proposal will build on the research work that is already underway by members of the research team. Steven Hall’s research focuses on the development of artificial oyster reefs made of a proprietary concrete mixture and form-work. This material/system is remarkable in that it increases in strength when grown by living material, such as oysters. Erdman and Sullivan bring a long research history of architectural practice, building materials research and sustainable building practices. Carrie Knott brings expertise in coastal plant restoration. We believe that bringing together the animal, plant, and building materials will provide a model for a synergistic inhabitation and restoration of the coastal micro-environment.

FACULTY:

Jori Erdman. School of Architecture

Steven Hall. Biological Engineering

Carrie Knott. School of Plant, Environmental and Soil Sciences

Jim Sullivan. School of Architecture

STUDENTS:

Matthew Byrum. Graduate Studies, Biological Engineering

Logan Harrell. Graduate Studies, School of Architecture