45 Landformation Catalogue

LANDFORMATION CATALOGUE EXHIBITION



45


TYPE

Re: research


METRICS

N/A


MATERIALS

N/A


DATE

2013 - present


LOCATION

Harvard University, Graduate School of Design

Cambridge, Massachusetts, USA

N 42°22’32” - W 71°06’50”

 


DESCRIPTION

Through a systematic manipulation of the landscape, humans account for the fastest geological transformation of the Earth’s surface in its 4.54 billion year history. Anthropogenic activity is responsible for the re-formation of more of the Earth’s surface than all other mechanisms combined. Agricultural and industrial practices such as mining, farming, grazing, and damming impact a majority of the Earth’s surface. Combined with formations and programs traditionally held within the domain of design practice - spaces of habitation, occupation, protection, and labor - humans have steadily increased the depth of the Earth’s anthropocentric event layer to span over 2,000 meters.

Human beings operate at the scale of geomorphic agents, relocating 120 billion metric tons of earth annually, twice the volume of Mount Fuji. Directly reshaping the surface of the Earth to provide capacities not immediately or adequately available, extracting energy and materials, and affecting behaviors and phenomena are results of human-driven interventions. This collection of operations, technologies, and forms constitutes a catalogue of Earth’s re-formation potentials.

The Landformation Catalogue examines the generative methodologies of landform manipulation, revealing correlations between the histories, morphologies, assemblies, materials, and affordances of landscape practice. It analyzes the resulting spatial artifacts of humanity’s larger Earth transformation project.

The exhibition was supported by the generosity of the Harvard University Graduate School of Design (GSD), GSD Lectures and Exhibitions, and the Graham Foundation for Advanced Studies in the Fine Arts.

We would like to thank the following individuals for their support and efforts towards the exhibition: Mohsen Mostafavi, Charles Waldheim, K. Michael Hays, Kristina Hill, Benjamin Prosky, Dan Borelli, and David Zimmerman-Stuart, as well as our research assistants: Sarah Canepa, Joshua Jow, Foad Vahidi, and Phoebe White.

 


PROJECT TEAM

Zaneta Hong
Michael Leighton Beaman


COLLABORATORS

Sarah Canepa
Phoebe White
Foad Vahidi
Josh Jow


EXHIBITION TEAM

Michael Leighton Beaman
Zaneta Hong
Dan Borelli
David Zimmerman-Stuart