Architecture Commons^™

Developing A Resilient Park For Palisade State Park: A Model For Intermountain West State Parks, Hirone T. Warner

All Graduate Reports and Creative Projects, Fall 2023 to Present

Palisade State Park in central Utah is a cherished natural resource, offering diverse recreational opportunities and serving as an important ecological habitat. However, the park faces increasing challenges due to increasing visitation and the impacts of climate change. This thesis presents a strategic master plan for Palisade State Park, designed to guide its development over the next 20 years.

Recognizing the need for a sustainable approach, this project adopts a participatory method, involving park users, residents, and environmental experts in the planning process. The goal is to create a master plan that not only addresses the park’s immediate needs but …

Effective Locations And Landscape Design For Ev Charging Sites In The Intermountain West, Eli Woodward

All Graduate Reports and Creative Projects, Fall 2023 to Present

The rapid growth of electric vehicle (EV) adoption in the United States, particularly in the Intermountain West, has created an increasing demand for accessible and well-distributed charging infrastructure, yet limited attention has been given to how site selection and landscape design influence the effectiveness and user experience of these locations. This thesis explores how EV charging stations can be strategically located and designed to improve usability, encourage engagement, and support local economic development through a multi-criteria site selection process that considers major transportation corridors, regional demographics, Opportunity Zones, and proximity to recreational and public lands. Using geographic information systems (GIS), …

The Development Of A Plant Database For Waterwise Plants Along The Intermountain West, Tyler G. Peterson

All Graduate Reports and Creative Projects, Fall 2023 to Present

This thesis presents the rationale behind the importance of accurate 3D plant models. The research conducted provides logical explanations for why we should accurately represent plants in our 3D models, not only as landscape architects but as designers in general. In addition to this research, a database of waterwise plants was produced to provide designers with a resource to better represent landscapes. During the creation of this database, detailed process records were maintained to enable others to continue to add to and build on the work done within this thesis. It is hoped that this database, begun in this thesis, …

Reintegrating Contaminated Sites Into The Urban Fabric: Redevelopment In Pocatello, Idaho, Hadley Ocheltree

All Graduate Reports and Creative Projects, Fall 2023 to Present

Brownfield sites represent some of the most environmentally compromised landscapes in the United States and are frequently concentrated within economically disadvantaged communities, raising important environmental justice concerns. Redeveloping these sites requires integrated approaches that address contamination, urban form, ecological restoration, and long term community needs. This thesis examines the 143 acre former Union Pacific Railroad site in Pocatello, Idaho and proposes a comprehensive redevelopment framework that reconnects a historically significant industrial landscape to the surrounding city.

The project draws from an analysis of eight precedent brownfield redevelopment projects and applies key planning and landscape architecture principles, including New Urbanism, pedestrian …

Retrofitting Chapel Lawns: Shifting The Landscaping Paradigm In Utah, Jessica Snider

All Graduate Reports and Creative Projects, Fall 2023 to Present

Utah is facing a water crisis. The state’s aggressive rate of population growth combined with its dry climate makes it difficult to meet water demands and has pushed the Great Salt Lake to the verge of collapse. Utah residents can save water by installing waterwise landscapes instead of lawns. As one of Utah's most prominent organizations and a strong advocate for earth stewardship, The Church of Jesus Christ of Latter-day Saints is well positioned to lead a cultural shift toward more sustainable landscaping practices by showcasing well-designed, well-maintained waterwise landscapes at its chapels. The purpose of this project is to …

A Design Guide For Extreme Heat In Play Environments: Exploring Landscape Architecture Strategies, Amy Elise Guenther

All Graduate Reports and Creative Projects, Fall 2023 to Present

Urban heat is a rising concern and is affecting vulnerable populations such as our youth. A particular concern is exposure to extremely high temperatures on playgrounds – an environment that is meant to be safe for children even in extreme weather conditions. There has been an increase in many impervious surfaces such as concrete and asphalt in urban areas. These surfaces absorb solar radiation, which contributes to the heat island effect. These same surfaces are in and around playground areas, which are contributing to the extreme heat felt within these play environments. Therefore, requiring intervention to help mitigate the effects …

The Role Of Public Spaces In Facilitating Social Interactions On Summer Weekends, Sierra R. Murray

All Graduate Theses and Dissertations, Fall 2023 to Present

Public spaces such as parks, plazas, and pedestrian areas are important places where people meet, relax, and interact with others. While these spaces are intended to bring communities together, their design does not always support social interaction. This study explored how everyday design features influence how people use public spaces and engage with one another. Features such as seating, trees and plants, shade, water elements, and the way spaces are shaped were examined. The goal was to better understand how design choices affect social life in shared outdoor environments. 

The research involved observing how people naturally behaved in different public …

The Impact Of Ai On The Landscape Design Process, Jacob Owen Huff

All Graduate Theses and Dissertations, Fall 2023 to Present

Artificial intelligence (AI) is becoming more common in design fields, including landscape architecture. For example, AI has been used to visually analyze park aesthetics and generate landscape design concepts (Jahani et al., 2022; Senem et al., 2023; Ploennigs & Berger, 2023). This study explores how AI, specifically an image-generation tool called Midjourney, affects the design process for landscape architecture students.

Students completed two design projects—one using AI-generated images and one using traditional, non-AI precedent images. Their final designs were evaluated by professional landscape architects who did not know which designs had been influenced by AI. Students also completed surveys about …

Visibility Assessment In Urban Areas: Exploring Measures And Approaches For Viewing Green Space, Doo Hong Lee

All Graduate Theses and Dissertations, Fall 2023 to Present

Urban greenery is often used to understand the quality of living conditions in cities. However, measuring greenery is not always simple. Some methods show how much vegetation exists from above, while others try to show what people actually see while walking or moving through streets. These are different ways of understanding green space. This dissertation focuses on visible greenness, or the greenery that people can see from eye level in everyday urban environments.

This research addresses a practical problem. Many existing methods for measuring visible greenness require large image datasets, advanced computing, or commercial street-view images. These requirements can make …

Understanding Agricultural Irrigation Practices Along Utah's Wasatch Front Through Farmer-Reported Data, Garland Ledbetter

All Graduate Theses and Dissertations, Fall 2023 to Present

Water is a growing concern in Utah, especially along the Wasatch Front, where cities, farms, and communities all rely on the same limited water supply. Agriculture uses a large portion of the state’s water, so understanding how farms manage irrigation is important for statewide water planning. Utah currently uses a dataset called Water-Related Land Use (WRLU) to estimate agricultural water use across the state. This dataset provides useful information about irrigated land and crop types. However, it does not capture many of the day-to-day decisions farmers make when managing irrigation.

To better understand irrigation practices, this study surveyed 61 farmers …

Open Space Management Planning: A Framework And Case Study From Eagle Mountain City, Utah, Nathan K. Shumway

All Graduate Reports and Creative Projects, Fall 2023 to Present

Open Space Management Plans (OSMPs) are increasingly used by municipalities to guide the long-term stewardship of natural lands; however, little formal guidance exists regarding how these plans are structured, developed, or organized in practice. While numerous OSMPs are publicly available, their compositional logic, procedural workflows, and thematic priorities remain largely undocumented within academic literature. This study addresses that gap through a qualitative document analysis of fifteen publicly accessible OSMPs from the western United States, published between 2015 and 2024.

Using manual matrix-based coding in Microsoft Excel, each plan was analyzed through three lenses: structural composition, procedural development, and thematic content. …

In This World: A Scalable Methodology For Scenic Design, Michael W. D. Francis

All Graduate Reports and Creative Projects, Fall 2023 to Present

This thesis examines how strong scenic design emerges not from how something looks, but from a clear understanding of how its world works. Rather than starting from aesthetic preference or visual trends, it outlines a process that identifies a central idea within a story and uses that idea to shape a cohesive spatial environment. By focusing on how a world behaves - what drives it, what resists change, and how its internal logic operates - design decisions begin to align, creating work that feels intentional rather than assembled. Through a series of production case studies, it evaluates how that process …

Selected Projects In Scenic Design And Theatre Technologies, Daniel T. Simons

All Graduate Reports and Creative Projects, Fall 2023 to Present

This Plan B Report documents the development, execution, and evolution of my scenic design practice during my MFA at Utah State University, using four major productions—You’re a Good Man, Charlie Brown, Xanadu, Annie, and Charlie and the Chocolate Factory—as case studies in innovation, sustainability, and ethical design. Beginning with Charlie Brown, the report examines how a concept-driven approach rooted in research, simplicity, and technological integration established a foundation for sustainable scenic practices. Through detailed analysis of venue constraints, projection mapping, modular construction, and collaborative workflows, the project demonstrates how visual storytelling can emerge from …

The Practice Of Inclusion: Indigenous Knowledge And Ethical Design, Kate E. Van Der Zalm

All Graduate Theses and Dissertations, Fall 2023 to Present

Indigenous Knowledge is a cumulative body of practices and beliefs developed by Indigenous communities through generations of interaction with the natural environment. This knowledge offers valuable insights for caring for the land in sustainable and respectful ways but is not fully considered in modern planning and design practices. This research examines how Indigenous Knowledge is currently understood and used within landscape planning and design firms in British Columbia, Canada. Using a combination of existing research and interviews with design professionals and Indigenous participants, the study explores where Indigenous Knowledge is being applied, where challenges exist, and what opportunities remain for …

Vegclassify: A Hybrid Deep Learning–Ndvi Greenspace Classification Tool And Gui, Huaqing Wang, Yawen Zhang, Jiaojiao Fu

Browse all Datasets

VegClassify is a hybrid, high-resolution greenspace classification tool integrating a fine-tuned deep learning model with automated NDVI threshold optimization. The tool improves accuracy and reduces subjectivity in vegetation classification using NAIP imagery. This graphical user interface (GUI) was developed to extend and simplify the use of the previously established greenspace image classification tool. The GUI provides an accessible, user‑friendly environment for running the VegClassify workflow without requiring users to interact directly with Python scripts or command‑line tools. It supports loading NAIP or other high‑resolution imagery, running deep‑learning–assisted NDVI threshold optimization, visualizing classification outputs, and exporting vegetation masks.

The underlying Python …

Built For Participation: A Set Of Measures For Evaluating Community Living For People Of All Abilities As Supported By The Built Environment, Christopher A. Wilson Ii

All Graduate Theses and Dissertations, Fall 2023 to Present

As the world enters a new era of urban living, it is important to develop cities that allow residents of all ages and abilities to fully participate in society. Integration of people with disabilities into daily community living involves looking beyond site- or product-specific features to community- and city-wide systems. Some tools have been developed to begin evaluating cities’ levels of inclusive social participation and to provide recommendations for city planning professionals. However, the tools that have been developed often are too complex for practical use or rely on data that varies in obtainability. Therefore, the purpose of this series …

Spatial Strategies For Restoring Native Biodiversity And Connectivity In Managed Landscapes Of The Upper Clutha Basin, New Zealand, Jessica Zuban

All Graduate Theses and Dissertations, Fall 2023 to Present

Across New Zealand and around the world, biodiversity is declining due to the widespread loss and fragmentation of native habitat. This is especially true in agricultural landscapes, where native habitats have been replaced by intensive land use. This research focuses on the Upper Clutha Basin in Central Otago, New Zealand that has been significantly altered over time by farming, development, and other human activities. As a result, only a small amount of native vegetation remains, and the region is well below the critical threshold needed to support healthy ecological systems.

This study investigates how native vegetation can be strategically restored …

Practical Effectiveness Of Large Language Models In Assisting Landscape Architects In Plant Selection, Paul Gardner

All Graduate Theses and Dissertations, Fall 2023 to Present

Artificial intelligence (AI) is rapidly transforming many industries, but its role in landscape architecture remains relatively unexplored. This study examines how AI, specifically GPT-4, can assist landscape architects in selecting plants for projects. By comparing AI-generated plant lists to those that human experts created, the research evaluates Accuracy, Suitability, Availability, Aesthetics, and Professional Usability.

The results show that AI-generated plant lists were highly efficient, accurately matching site conditions and improving plant availability while significantly reducing selection time. However, human expertise was essential for ensuring aesthetic quality and design intent. While AI can serve as a powerful tool for streamlining plant …

Faxes, Emails, And Cad: A Case Study Of The Changing Landscape In Born-Digital Design Records, 1994-2006, Julia D. Larson

Journal of Western Archives

The article examines the technological changeover from analog to born digital design records in the mid-1990s, and is a case study in how one San Francisco Bay Area landscape architecture firm navigated the paradigm shift. The firm retained extensive documentation of the project management/construction administration for large scale projects, and this case study shows how archivists can utilize the analog documentation (like faxes and printed emails) to gain a greater understanding of how design firms began using Computer Aided Drafting and how CAD changed design and the process of archiving.

Climate Information Use In Transportation Planning: A Survey Of Metropolitan Planning Organizations, Kelli M. Archie, James C. Arnott, Julie A. Vano, Daniella Hirschfeld, Rebecca Rasch, Emilio Mateo

Landscape Architecture and Environmental Planning Faculty Publications

Climate change and its potential to impact transportation systems poses urgent challenges for sustainability and societal well-being, emphasizing a need to plan to reduce transportation infrastructure’s vulnerability to impacts such as sea level rise, extreme weather events, and increased erosion. Previous research has focused on document analysis and case studies and has highlighted the importance of including transportation professional needs in regard to understanding how transportation professionals use climate science. Through direct inclusion of transportation professional perspectives, this paper aims to fill the gaps in understanding about the use of climate information in transportation planning. To obtain data about local …

Too Hot To Handle: Assessing Practitioner Climate Service Needs To Advance Heat Resilience, K. M. Archie, D. Hirschfeld, S. Meerow, J. C. Arnott, L. Keith, J. A. Vano, E. Mateo

Landscape Architecture and Environmental Planning Faculty Publications

Extreme heat is deadly and it is disproportionately experienced by lower-income, minority, and marginalized community members. Heat practitioners are faced with the dual challenges of taking action to mitigate the level of heat experienced by local residents while preparing communities to manage unavoidable levels of elevated warming. In response to a lack of in-depth information about heat practitioner needs, this work aims to advance our understanding of how efforts to improve climate services may contribute to more effective extreme heat planning and decision-making in the United States. Through a two-round, mixed-methods approach that employed group interviews and a survey, we …

Sustainable Master Planned Gateway Communities: The Kamas Valley Case, Zachary Sannar

All Graduate Reports and Creative Projects, Fall 2023 to Present

Gateway communities (towns and cities located near public lands and natural amenities) are experiencing significant and often disruptive change as they transition from economies historically rooted in natural resource extraction to those increasingly driven by tourism and amenity-based migration (Howe et al., 1997; Stoker et al., 2020).

In the Intermountain West, places like Jackson, Wyoming; Springdale, Utah; and West Yellowstone, Montana exemplify this trend, and Kamas Valley is emerging as part of this broader pattern.

Although these communities share a deep cultural and economic connection to their landscapes, they now face mounting pressures from population growth, changing land uses, and …

A Social And Environmental Restoration Plan For Warm Springs And North Gateway Parks In Salt Lake City, Utah, Bailey R. Guinn

All Graduate Reports and Creative Projects, Fall 2023 to Present

This research-based design thesis examines the historic and ecological significance of the combined 20-acre Warm Springs and North Gateway Parks in the Capitol Hill neighborhood on the north end of Salt Lake City. Distinguished by the natural hot springs in North Gateway Park, the area was formed through geological processes associated with the emergence of the Wasatch Mountains (Lutz, 2004) and holds a deep cultural history for indigenous peoples such as the Shoshone, Goshute, Southern Utes, and Northern Utes. These tribes historically used the springs for social bathing, healing, and wintering grounds until the arrival of settlers in 1847, which …

Living Pantry: Affordable Housing And Traditional Agriculture, Alanna S. Nafziger

All Graduate Reports and Creative Projects, Fall 2023 to Present

Utah is a beautiful and unique landscape with a vibrant food history that is, as I write this in 2025, undergoing some dramatic changes in both climate and population.

The population is projected to almost double by 2065, increasing by 2.8 million people over a 50-year period. Cache Valley, in the Northern part of the state, is projected to increase its population by 93% in that same time frame (Perlich et. al., 2017).

This population growth represents a huge increase in demand for housing, but while demand grows, the market becomes less affordable, with the median home price 6.26 times …

Sustainable Planning In Gateway Natural Amenity Region Communities, Kori Ann Kurtzeborn

All Graduate Theses and Dissertations, Fall 2023 to Present

This study used six principles of sustainability to comprehensively score general plan documents from seven Gateway Natural Amenity Region (GNAR) communities. The goal was to investigate the sustainability values of communities with public land recreation access based on the understanding that individual participation in outdoor recreation positively influences environmental concern. The study found that while strong sustainability themes are present in gateway community general plan documents, these themes don’t necessarily correspond to higher overall sustainability scores. However, GNAR community plans prioritize the Harmony with Nature principle, indicating an emphasis on ecosystem health in communities with adjacent public land recreation.

Water Efficient Landscaping At Utah State University: Evaluating The "True" Value Of The Landscape Resiliency And Drought Plan, Mary Claire Jennings

All Graduate Theses and Dissertations, Fall 2023 to Present

Utah faces serious water challenges due to its dry climate, growing population, and inefficient water use. While most water conservation efforts focus on homes, businesses, and farms, state institutions like universities also play a role. As Utah’s land-grant university, Utah State University (USU) uses about 260 million gallons of water each year to irrigate its 180 acres of green space, with 92% of that water being used to irrigate grass landscapes. To promote sustainability and meet state water conservation policies, USU developed the Landscape Resiliency and Drought Plan (LR&DP) to create more drought-resistant landscapes. However, implementing water-saving strategies at state …

Just Distribution Of Tree Canopy? A Digital Approach To Tree Equity, Alexandra G. Ponette-González, Matthew Fry, Daniella Hirschfeld, Jeff Rose, Evan Elderbrock

Landscape Architecture and Environmental Planning Faculty Publications

Trees in U.S. cities are unevenly and inequitably distributed. To address this challenge, planners increasingly use digital tools to prioritize areas and communities for tree projects. The goal is to achieve tree equity wherein all populations have access to the benefits of urban trees. Here we identify limitations and opportunities in the operationalization of the tree equity concept via digital platforms. We call on planners using digital tools in urban forest planning to (1) incorporate data that capture the heterogeneity of spaces in which urban trees grow, (2) include and support marginalized communities in urban forest planning, and (3) couple …

Tax Increment Financing: A History And Analysis Of Its Success And Failure, Justin Cederlof

All Graduate Reports and Creative Projects, Fall 2023 to Present

Tax increment financing (TIF) is used by cities and towns to subsidize projects within their jurisdictions. The name derives from the growth in the tax base that a (re)development is theoretically responsible for. The increase in tax revenue is directed to funds to pay for the project. TIF is used in 49 U.S. states and each state has unique legislation for its use of it, though there are large similarities between states on how it’s implemented. Research suggests mixed results with whether or not the increase in the tax base is enough to pay off how much money went toward …

Reimagining Utah’S Block: Walkability As A Housing Shortage Solution, Jordan Taft Sheppard

Undergraduate Honors Capstone Projects

Utah, like much of the United States, is experiencing a housing crisis driven primarily by a shortage of available housing. Rising home prices, increasing infrastructure costs, and restrictive zoning policies have limited the supply of varied housing options, forcing many families into unsustainable housing and transportation patterns. While conventional development patterns have focused on outward expansion, this approach requires costly infrastructure investments and perpetuates car-dependent communities. This study explores an alternative solution—leveraging existing walkable urban land to accommodate growth more efficiently and sustainably.

Using a 15-minute city framework, this research identifies 2,528 acres of highly walkable land in Cache County, …

Farmstead Therapy: Intergenerational Connection And Sense Of Place Via Equine Therapy, Kaleb Griffeth

Student Research Symposium

Therapy has become a crucial element within society. It has offered relief, understanding, and hope for a changed future to hundreds of millions of people just in the last five years (SAMHSA, 2004).

On another front, division between generations seems to be growing by the month. Political, social, and economic differences between generations “X”, “Z”, Alpha, and Baby Boomers make it appear that there is no connection whatsoever across age gaps.

Because equine therapy has proven a succesful branch, especially for those of a younger demographic, Farmstead Therapy was a project designed to bring together the skills of the older …