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ARCH 691A: Heritage Conservation

Instructor: Trudi Sandmeier

A Scarred City: Memorialization and the Future of Belfast’s Peace Lines

Walls have long accompanied sectarian violence as a tool of division. Physical scars that communicate the very real divides entrenched in the social fabric of these sites. Bisecting neighborhoods, they reshape the urban fabric fundamentally altering the way inhabitants interact with the city around them. Even long after conflict and the accompanying violence has ended these walls serve as authoritarian reminders of traumatic events and as such pose a unique challenge in terms of managing their legacy. For some their very existence is offensive and yet to others they have become a testament to the progress made in the years following conflict and an undeniable characteristic of their evolving city.

In Belfast, North Ireland, the peace lines erected between Unionist and Republican neighborhoods are currently undergoing a reckoning of their history and future. This thesis seeks to construct an understanding of what the peace lines represent to different parties in Belfast and begin to lay the groundwork for what an effective form of preservation might look like. In pursuit of this goal, the history of Belfast’s walls will be reviewed alongside a survey of the current proposals for their future. A selection of global case study sites, each mirroring distinct aspects of Belfast’s peace lines, will also be interrogated to inform best practices.

Through the legacy of Belfast’s peace lines, this thesis aims to glean important lessons on how memorialization can be approached at sites of sensitive history and add to the ever evolving field of their preservation.

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ARCH 691A: Heritage Conservation

Instructor: Trudi Sandmeier

Photo Documentation in the Digital Age

From Ann Pamela Cunningham’s photo-based fundraising techniques for Mount Vernon in the 1860s, to the popularity of the White Pine Series of Architectural Monographs in the 1920s, to Richard Nickel’s quest to save Chicago’s landmarks from urban renewal in the 1950’s, photography has long been a tool that powers historic preservation movements in America. Created in 1933, the nation’s first federally funded preservation program, the Historic American Buildings Survey (HABS), remains one of the most actively used collections within the Library of Congress’ Prints and Photographs Division today. Alongside written histories and measured drawings, the HABS collection (as well as companion programs Historic American Engineering Record and Historic American Landscapes Survey, which together comprise Heritage Documentation Programs or HDP) currently archives large format film negatives and color transparencies according to the Secretary of the Interior’s Standards and Guidelines for Architectural and Engineering Documentation.

Despite technological advances in photography, decreasing availability of equipment, and a limited number of trained large format film photographers, current HDP guidelines prohibit born-digital photographic documentation. The collection’s unique nature as a tripartite agreement between the National Park Service, American Institute of Architects, and Library of Congress dictate specific procedures for the type and quality of image captured, assessment of reliability, archival longevity, and public accessibility. While the Library of Congress has already developed a framework for preserving born-digital files, HDP photography has yet to reflect these advancements due to incongruences between analog and digital image capture, which complicate adapting the guidelines to the modern era. Maintaining the longevity of the collection as documentation technologies evolve will require careful adaptation of the program’s standards and vision, signaling a broader shift in the role of contemporary preservation efforts as a whole.

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ARCH 691A: Heritage Conservation

Instructor: Trudi Sandmeier

Exploring the Preservation of Traditional Chinese Timber Architecture Craftsmanship through the Restoration of Temples in Southwest China

Traditional Chinese wooden structure architectural technology, characterized by its use of wood as the primary material and intricate joinery techniques, holds a prominent place in Chinese architecture. This craftsmanship, renowned for its earthquake resistance and swift on-site assembly, extends beyond construction to encompass various decorative arts. Passed down through generations via oral tradition and practical guidance, it now finds application in preserving ancientstyle buildings and restoring historic wooden structures. Recognized as intangible cultural heritage by the United Nations in 2009, this technology faces challenges amidst modernization and urbanization, particularly concerning the preservation of temples, vital cultural assets. This thesis addresses the critical need to preserve traditional Chinese timber architecture craftsmanship, focusing on temple restoration in Southwest China.

The thesis first introduces and analyzes the wooden structure architectural technology of temples in North and South China, highlighting characteristics such as carving and painting. It then delves into the challenges faced by temple architecture, such as structural corrosion and material aging due to environmental factors. Furthermore, its thesis case studies of restored temples to explore restoration techniques and the integration of modern technology with
traditional craftsmanship for sustainable development. Through a detailed case study of the restoration of Chunyang Temple, the thesis extrapolates successful experiences and lessons to guide future work. Restored temple buildings serve as vital cultural assets, preserving ancient architectural magnificence and traditional craftsmanship. They continue to attract visitors, enabling cultural learning and research opportunities.

The research provides both theoretical and practical support for the preservation and inheritance of traditional Chinese timber architecture craftsmanship. It advocates for the sustainable development of temple restoration efforts while fostering the integration of cultural heritage preservation and sustainable development initiatives.

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ARCH 691A: Heritage Conservation

Instructor: Trudi Sandmeier

Poison Paradise: Montrose Chemical’s Legacy in Southern California

The Montrose Chemical Corporation manufactured half the world’s dichlorodiphenyltrichloroethane, also known as DDT, from 1947-1982 in the Harbor Gateway neighborhood of Los Angeles. The production of this insecticide, which the EPA banned the domestic use of in 1972, contaminated the soil underneath and around the plant with extremely high quantities of DDT. Today, the location is a federally-designated Superfund site, an EPA designation for the nation’s most contaminated and hazardous sites.

During operation, the company routinely disposed of their product by dumping it into the sewer system, into the nearby Dominguez Channel, and pouring it directly into the ocean off of barges. The Palos Verdes shelf– located at the bottom of the Pacific between the industrial Port of LA and pristine Catalina Island– is also a Superfund site. The high presence of DDT off the coast has been directly linked to the decline of the bald eagle on the Channel Islands, the near-extinction of the California condor in Southern California,
and increased rates of cancer in sea lions and humans alike. The extent of the contamination remains under investigation. As DDT bioaccumulates, the reverberations are still being felt across the food chain– including in human bodies, where DDT presence can be passed through breast milk.

Montrose Chemical is exceptional, but it is not unique. In the Anthropocene, where human activity is the dominant force shaping our environment, we increasingly must grapple with chemical contamination as part of our landscapes and as part of our heritage. Through archival research of the site and the chemical industry, as well as exploring case studies of other natural disasters and sites of mass loss, this thesis will examine how largely invisible losses are processed, remembered, and memorialized as a part of our histories.

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ARCH 691A: Heritage Conservation

Instructor: Trudi Sandmeier

Master of Heritage Conservation Thesis XPO 2024

Master of Heritage Conservation students learn how to strengthen communities using existing places and the stories they tell. Each student selects a thesis topic that fuels their passion, pushes the boundaries of the field, and has very real consequences for the built environment. How do we use places to advance racial equity and social justice, address climate change, and foster healthy communities? How do we choose which places and stories matter? This course introduces and explores topics to help students develop a thesis prospectus and directed research toward the completion of their master’s thesis in heritage conservation.

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Arch 698b: The Other California

Instructor: Alison Hirsch

Textile Landscapes: The Material Future of Tulare Lake

The project examines cotton’s material properties as a key non-food crop in the Central Valley, with a historical significance in the Tulare Lake bed’s agriculture. It addresses the environmental impacts of traditional farming and water management, focusing on water dynamics in Tulare Lake during fluctuations and unpredictable rainfall. The research explores sustainable methods to rehabilitate the lake, endorsing a “material ecology” perspective. By studying cotton secondary cellulose as a biocomposite filler, it suggests a novel approach that reevaluates cotton cultivation and water infrastructure in an ecological context. This approach aims to shorten the material supply chain and underscore the viability of sustainable land management. By leveraging the principles of regenerative agriculture and technologies embracing a holistic view of biomaterials and fiber futures, the project articulates a comprehensive strategy for environmental stewardship at landscape and material levels.

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Arch 698b: The Other California

Instructor: Alison Hirsch

The Allensworth Agricultural Experiment Station

The Allensworth Agricultural Experiment Station is a 4,000 square foot site in Allensworth, CA that will test out different types of soil revitalization techniques and agroecological planting configurations that can increase soil fertility, create habitat, engage the local community. Built in collaboration with the non-profit Allensworth Progressive Association (APA), the project aims to determine the most effective methods for remediating and cultivating the severely degraded soil with the goal of employing the same methods on a larger parcel of land in the future for the APA’s aspirational agroecological, educational community farm. Upon its founding in 1908, Allensworth was the first town in California to be founded and governed by Black Americans and was intended to be a “Tuskegee of the West”, inspired by the university in Alabama established by Booker T. Washington, which provided vocational training for Black students with an emphasis on agriculture. The AAES is inspired by the Tuskegee Agricultural Experiment Station, a 10-acre farm run by George Washington Carver at the university from 1897-1943, which experimented with different organic farming processes and provided education on cost-effective and sustainable methods of food production for Black farmers. This project also aims to go beyond the scientific and ecological aspects of soil rehabilitation for food production and engages in a larger conversation about BIPOC liberation on the land. Large-scale agricultural production in the US has its origins in the plantation economy and the forced labor of enslaved Africans and is sustained by the continued exploitation of Latinx farmworkers and other communities of color. AAES will create a space to execute agricultural practices that feed soil using organic materials, have closed-loop systems for waste, encourage ecological diversity, are able to produce food in extreme arid climates, and honor the culturally-significant and place-based land stewardship practices of the Allensworth community. In a time of increasing climate uncertainty exacerbated by industrial farming, this project can hopefully contribute to an alternative framework for food cultivation and soil regeneration in the Central Valley that highlight the contributions BIPOC communities have made to agriculture, and honor the liberatory vision of Allensworth.

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Arch 698b: The Other California

Instructor: Alison Hirsch

Carceral Landscapes: The Prison Industrial Complex in Central California

My research will focus on carceral landscapes in the Tulare Basin. I will study and catalog their socio-spatial conditions, the landscape-based systems they participate in, and their potential for liberatory futures. My research begins with the existing conditions of the prison industrial complex in the Tulare Basin and their impact on prisoners cycling through the carceral system. I hope to create a clear analysis of the specific siting of prisons in the Tulare Basin and the unique implications of California’s central valley landscape on a socioeconomic, racial, and spatial level. My research will span the arenas of labor, migration, criminal justice, rural economies, punitive architecture, climate resilience, and abolitionist futures. I will also collect extensive existing precedents for the removal of prisons, the repurposing of former prison sites for future public good, and exploratory innovations in restorative and transformative justice. I will aim to answer these two questions: 1) How do prisons shape the landscape of the Tulare Basin, and vice versa? And 2), how can we design liberatory futures in a landscape of mass incarceration?

Categories
Arch 698b: The Other California

Instructor: Alison Hirsch

FALLOWS NO MORE (Sustainable Economic Landscapes of Tomorrow)

The thesis aims to mitigate the adverse effects of large-scale fallowing of agricultural lands in California in response to the Sustainable Groundwater Management Act’s (SGMA) regulations on groundwater pumping. This situation threatens job loss and food security and exacerbates issues in the Central Valley, such as landfallowing, desertification, dust storms, and health hazards.

The project introduces a comprehensive strategy and system that identifies stressed landscapes and facilitates farmers’ transition towards sustainable practices. It addresses multiple challenges simultaneously, including industrial and agricultural activities’ impact on biodiversity and air quality, as well as problems that plague the valley, such as land subsidence, Infrastructure damages, flooding, soil salinity, groundwater depletion, and pollution. The system ensures a holistic approach to sustainability.

The project seeks to minimize land fallowing while maintaining job security and food production through proactive measures, policy recommendations, incentives, and zoning. Ultimately, it envisions a greener future for the Central Valley, where ecological needs are met alongside economic sustainability.

Categories
Arch 698b: The Other California

Instructor: Alison Hirsch

The Invisible Crisis

The agriculture in Tulare Basin heavily relies on groundwater irrigation, constituting 97% of water usage. Over the past few decades, excessive overpumping has caused severe land subsidence and nitrate contamination, compounded by fertilizer application and septic systems. Corcoran Clay, known for its nitrate-filtering properties and low infiltration rate, poses both challenges and opportunities. Similarly, paleo valleys, with their high permeability, offer potential for artificial recharge and underground water storage. My strategies include redirecting contaminated water to clay-rich zones by terrain design; utilizing dried wells and change existing crop plant strategies; utilizing phytoremediation and sequential wetlands for nitrate absorption then linking paleo valleys to store excess water and recharge aquifers. These strategies aim to address groundwater pollution, water distribution issues, while maximizing recharge efficiency and increase land productivity