Thesis Highlights

"Polar Synergies"

Seth laskin, 2023

"Polar Synergies: A Replicable Model for Antarctic Preservation"

This research explores the effects of climate change on Antarctica, particularly the loss of sea ice and its impact on the local food network and wildlife, including penguins. The proposed thesis suggests the implementation of coastal interventions that will invigorate local food networks while integrating them into the context of environmental research in the region. The thesis uses Adelaide Island, located off the western coast of the Antarctic Peninsula, as a test site. The island’s rich ecosystem and research infrastructure create a synergy between scientific research, wildlife conservation, and environmental preservation.

The proposal suggests creating 3D-printed artificial habitats, integrated into a larger network, that provide a consistent approach to preserving and studying the local ecosystems. The insertions are arranged to create variation in program, scale, density, and established occupiable zones for human interest.

By exploring advancements in 3D printing technologies, the thesis creates a self-expanding network that highlights a symbiotic relationship between human and animal, promoting healthy environmental preservation and wildlife conservation. This proposal can be translated to similar contexts throughout the continent, creating a sustainable solution to the ongoing environmental crisis in Antarctica.

In response to the need for conservation efforts in Antarctica, this thesis proposes coastal interventions that invigorate local food networks while integrating into the context of environmental  research in the region. This can be accomplished through the implementation of localized research ‘pods’ that utilize 3d printing to produce and occupy these interventions. Overall, this will create to a self-expanding network that highlights a symbiotic relationship between human and environment. 

Faculty Thesis Directors: Cordula Roser Gray & Ammar Eloueini

WORK