LAND/MOTION:A Regrounding of Practice

While Landscape Architecture’s current practice of quantitative analysis through digital workflows has brought a level of scientific rigor to the discipline never seen before, other more experiential, qualitative, and emotional readings of landscape have unfortunately been lost due to remote analysis and unilateral use of toolsets. LAND/MOTION seeks to reground landscape design, the designer themself, and ultimately the intervention within dynamic landscapes and systems. Building off the idea of the processual landscape (Menatti and Rocha 2016) in which the body is no longer an observer but immersed in the processes and affordances of living systems, a methodology for scoring and designing landscape will be developed that is based in both scientific rigor and grounded by a body in motion through space. As a result, the embedded body will be the catalyst for thoughtful and meaningful design intervention that can be an equally powerful partner when collaborating with analytical approaches and disciplines.

PHOTO: HELENA OAKS

ALBEDO ENHANCEMENT: Speculative Logics of a Climate Resilient Memphis

Speculative futures for Memphis, TN were imagined through the lens of albedo enhancing geoengineering. Albedo analysis was performed and revealed a need for dual systems of enhancement for both drought and flood conditions present in Memphis. Pigment Pillars explosively coat the exposed riverbed with native plant derived albedo enhancing powder while modular tree nurseries assembled from excess scaffolding raise the next generation of the urban tree canopy. During high waters, barges carrying soy derived biosurfactant pump the river with microbubbles increasing reflectivity and as a result enhance albedo. Through these multiple systems a future vision of a climate resilient Memphis begins to take shape.

PHOTO: CHAD MANLEY

Video: Faye Nixon

Photo: Faye Nixon

THE FINEST THAT MONEY AND SCIENCE COULD PRODUCE

The project re-imagines the history of a former dry-cleaner and current superfund site in the heart of downtown Knoxville. An alternate history of the site was detailed, designed, and developed which largely references a 1933 unimplemented city planning document, developed by Bartholomew and Associates, in which the Knoxville streetcar system not only survived but thrived. Experimental representational strategies including Unity game design in virtual reality, A.I. non playable characters, filmmaking, photography, and animation were utilized to imagine the opening of a grand streetcar station in the heart of downtown Knoxville, TN. The station would provide equitable, accessible, and affordable transportation options to the city of Knoxville.

TOUR DE APPALACHIA: A Rail to Trail Initiative

A bold new initiative seeking to connect the Appalachian region by utilizing existing rail infrastructure and coal ash to concrete remediation. The bicycle route totals 714 miles composed of 24 abandoned railroad lines divided into 19 segments of roughly 38 miles each. Each segment is achievable in a day’s ride by an experienced cyclist. At each of the nodes, brownfield and superfund sites were chosen for remediation and implementation of bicycling and skateboarding infrastructure and other recreational amenities. The project aims to connect the region through a multinodal system of remediation, recreation, and economic development.

Green Revolution: Mapping Nevada’s Extractive Future

With the passing of large scale infrastructural legislation, such as the Build Back Better Infrastructure Bill, comes the reclassification of lithium and other heavy metals as crucial to United States national security. With such priority classification comes a demand for an increase in domestic lithium production. The project maps lithium deposits throughout the state of Nevada and speculates how extractive economies will develop throughout the state. Lithium can be mined in open-pit operations or it can be pumped then separated in evaporative ponds causing strain and contamination to groundwater systems. Through the act of mapping the future, extractive economies and environmental impacts can be anticipated.

CREATIVE CODING: With Python

Coding logics embed themselves directly into the work producing drawings and objects that can only exist with a human in dialogue with a machine.