Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Howard Hahn / Evolving needs for universities, municipalities, and corporations demand more sustainable and efficient techniques for data management. Geographic Information Systems (GIS) enables decision makers to spatially analyze the built environment to better understand facility usage by running test scenarios to evaluate current efficiencies and identify opportunities for investment. This can only be conducted when data is organized and leveraged across many departments in a collaborative environment. Data organization through GIS encourages interdepartmental collaboration uniting all efforts on a common front. An organized system facilitates a working relationship between the university and the community of Manhattan increasing efficiency, developing sustainable practices, and enhancing the health and safety of Kansas State University and larger community. Efficiency is increased through automation of many current practices such as work requests and routine maintenance. Sustainable practices will be developed by generating self-guided campus tours and identifying area appropriate for bioswales. Lastly, safety will be enhanced throughout campus by increasing emergency response access, determining areas within buildings difficult to reach in emergency situations, and identifying unsafe areas on campus. Evolving needs for universities, municipalities, and corporations demand more sustainable and efficient techniques for data management. Geographic Information Systems (GIS) enables decision makers to spatially analyze the built environment to better understand facility usage by running test scenarios to evaluate current efficiencies and identify opportunities for investment. This can only be conducted when data is organized and leveraged across many departments in a collaborative environment. Data organization through GIS encourages interdepartmental collaboration uniting all efforts on a common front. An organized system facilitates a working relationship between the university and the community of Manhattan increasing efficiency, developing sustainable practices, and enhancing the health and safety of Kansas State University and larger community. Efficiency is increased through automation of many current practices such as work requests and routine maintenance. Sustainable practices will be developed by generating self-guided campus tours and identifying area appropriate for bioswales. Lastly, safety will be enhanced throughout campus by increasing emergency response access, determining areas within buildings difficult to reach in emergency situations, and identifying unsafe areas on campus. Optimizing data management for Kansas State University was conducted in three phases. First, a baseline assessment for facility management at Kansas State University was conducted through discussions with campus departments. Second, case study interviews and research was conducted with leaders in GIS management. Third, practices for geospatial data management were adapted and implemented for Kansas State University: the building of a centralized database, constructing a 3-dimensional routing network, and modeling a virtual campus in 3D.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Huston Gibson / The research conducted in this thesis explores the relationship between high school campus planning and the potential for high school sites to be used as outdoor classrooms. A review of the design of school buildings and the educational pedagogy that has influenced campus planning and design is presented before exploring current design practices. Precedent studies are offered as examples of exemplary design strategies for multi-use campuses. This leads to the question, “What variables allow future outdoor based education opportunities to be anticipated by site designers of high school campuses?” Four units of analysis and their relationship with site planning will be addressed in this research: environmental factors, space requirements, building proximity, and activity type. A case study based on these units of analysis is used in a multiple case study investigation of three school campuses in the Wichita, Kansas area: Goddard High School, Eisenhower High School, and Maize High School. The methodologies of organization, implementation and analysis of the variables are presented. The patterns found from the multiple case study and the variables developed in response to these findings are offered and discussed. Finally design alternatives for the three case study sites and future research opportunities are provided.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Mary Catherine (Katie) Kingery-Page / Neighborhood parks can provide a place for children and teens to satisfy their curiosity and learn about nature. Without an open-space policy or regulation from the city, no park was proposed during the development of the neighborhood adjacent to Susan B. Anthony Middle School in Manhattan, Kansas. People have to cross Highway 113 (Sethchild Road) or Kimball Avenue to the closest parks: Marlatt and Cico. However, neither of them is within walking distance for children and teens in this neighborhood. As a result, families have to build private playgrounds in their own backyards. In addition, technological development makes children and teens prefer staying inside playing video games. Neither private playgrounds nor video games provide interaction with nature or social interaction around nature. This project considers how the middle school site, which sits on approximately 40 acres, can be designed as a neighborhood park to allow children and teens to have close nature access and experiential learning opportunities. To better understand what users really need, interviews with teachers and questionnaires for students determined their current and preferred future use of the school site. In addition, neighborhood children, who are not in the middle school, were interviewed about their play preferences. Observations of the school site usage during school time and after were recorded for design purposes. Six precedents were examined to compare and understand what works to connect children and young teens to nature. After analyzing user needs and physical conditions of the site, a neighborhood park design for the site of Susan B. Anthony Middle School was proposed. The proposed design meets both students’ experiential learning needs and the need of neighborhood children and young teens to connect to nature. Because the 40-acre schoolyard is a nationally recommended size for middle schools, this joint-use schoolyard and park concept can be applied cross the country where needed.

Master of Landscape Architecture / Department of Landscape Architecture/Regional + Community Planning / Mary Catherine (Katie) Kingery‐Page / The generation of diagnosed autistic children is aging, calling on needed research for what will happen to autistic adults. Cities are outfitted to non-autistic people, typically created for an idealized individual without disability or limitation. Urban environments add to sensory overload, have limited mass transit accessible to those with neurological disabilities, provide few affordable housing units, offer very little employment opportunity, and have no green spaces designed for those with autism or other differences. Typical urban design does not take into account the landscape and urban affordances needed by adults with autism. This project synthesizes a toolkit including the following needs for adults with autism: vocational training, life skills, mental and physical health support, employment, public transportation and affordable housing. Using the initial theoretical urban systems toolkit, I conducted an evaluation and synthesized proposal for Nashville, Tennessee, a large city that ranks within the nation among the lowest for cost-of-living (e.g. groceries, housing, and utilities). The outcome of the evaluation and synthesis is a diagrammatic infographic conveying existing and needed services within Nashville, as well as connectivity of needs for adults with autism. From the diagrammatic proposal, the initial theoretical urban systems toolkit is revised, reflecting upon the findings through the evaluation of Nashville, Tennessee. The final theoretical urban systems toolkit and diagrammatic proposal for Nashville, Tennessee provides exploratory research for city planners, architects, and landscape architects to design for cities inclusive of adults with autism, as well as other neurological disabilities or limitations. This additional layer of design not only contributes to the social and environmental well-being of individuals with autism, but also contributes to the entire urban community. Urban design as an approach to planning for adults with autism contributes a new disciplinary perspective to the discourse on planning for a maturing autistic population.

Master of Science / Department of Architecture / David Seamon / This thesis draws on observations of user behaviors in Kansas State University’s North Quadrangle to propose a plaza design for a site within the quadrangle adjacent to Cardwell Hall. As a practical method for conducting environment-behavior research, the thesis gathered observations of moving and resting behaviors to understand the North Quadrangle’s current usages. The observations of moving behaviors provided evidence for identifying potential spaces within the North Quadrangle where a plaza might be designed and built. In turn, observations of resting behaviors provided an understanding of sitting and standing behaviors in the North Quadrangle plaza. In terms of research related to plaza behavior and design, the most significant work drawn upon was William Whyte’s The Social Life of Small Urban Spaces (Whyte, 1980). According to Whyte, a plaza is sociable if large numbers of people are drawn to it informally in the course of their everyday activities and movements. In this regard, the design aim of the proposed plaza is to promote sociability within the North Quadrangle by attracting pedestrians traversing the North Quadrangle’s busiest pathways and thus drawing them into the plaza. More specifically, to promote plaza sociability, the design makes use of the three most important plaza-design factors identified by Whyte: (1) location; (2) street-plaza relationship; and (3) seating. In other words, first, the plaza should be located near large pools of potential users; second, the plaza should be designed as an extension of the most heavily trafficked pathways; and third, the plaza should incorporate sitting opportunities for users via seating that is physically and socially comfortable. The behavioral observations and guidance provided by the literature review have been used to generate twelve design guidelines on which the proposed plaza design is based. The presentation of final plaza design incorporates explanations of these twelve guidelines followed by illustrated design schemes.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Eric A. Bernard / This study is an integration of GIS, the Arc Hydro data model and tools, and hydrologic models to solve land use planning issues in the Little Kitten Creek watershed, Riley County, Kansas. Every day designers plan and design in watersheds. These designs alter the land use cover and change the hydrologic regime. Generally the design and development process does not consider upstream/downstream impacts on water quality and quantity. As a result development often increases flooding and water pollution. With the advent of the geodatabase, and the Arc Hydro geodatabase data model, designers have a flexible new tool for rapid simulation of a watershed. Arc Hydro allows the incorporation of traditional hydrologic data into linked modeling software together enabling users a “one-stop” approach for assimilating and modeling water resource systems. Once hydrologic data is in the Arc Hydro format it can be incorporated into assessment models, such as the Map to Map model. This case study assessed the floodplain analysis capabilities of the Map to Map model in the Little Kitten Creek (HUC 14) watershed. Steps to accomplish this goal were: data collection (digital and field surveys) and processing, geodatabase construction, linking the geodatabase with hydrologic modeling programs and, analysis of land uses within the watershed using the Map to Map model with the intent to produce flood maps based on land use changes.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Stephanie A. Rolley / Complex issues and exciting opportunities lie at the intersection of public health and park design. One component of the recently emerging field of design for active living explores the relationship between design and physical activity as part of a transdisciplinary area of study. This study provides the opportunity to view the design strategies that landscape architects have used to design parks through a lens of promoting physical activity. The purpose of this study is to understand design strategies incorporated in two fitness parks in Louisville, Kentucky assist in meeting public health goals for the citizens of Louisville. Two topical areas were explored: the physical design strategies used in the parks; and the collaborative efforts among stakeholders to further the public health agenda for promoting physical activity in the parks. A case study of two community scale fitness parks profiled the characteristics and design philosophies engaged in park development. The methodology, based on qualitative procedures incorporated three types of investigation: 1) collection of background data and documentation of Louisville’s parks and Mayor’s Healthy Hometown Movement; 2) interviews with key stakeholders from public agencies, private non-profit foundations, and selected consultants who have completed parks design work in Louisville; and 3) a case study analysis of two of the fitness parks in the city, based on the background data and input from subject interviews, and an identification of physical design strategies in each park. Identification of design strategies was based on a conceptual framework developed from the disciplines of public health promotion and landscape architecture, and input from local agency stakeholders. A physical activity design strategy inventory form was developed to aid in analysis. Anticipated results were two-fold: 1. Presentation of information to assist landscape architects in designing parks that intentionally provide engaging opportunities for physical activity; and 2. Contribution to the dialogue between landscape architects and public health professionals, informing collaboration on design projects and community programs. Findings revealed that the two parks studied incorporated several physical design strategies that promote physical activity, reflecting the mature park culture in Louisville, Kentucky, home to one of five designed Olmsted Parks and Parkways systems in the United States. The physical activity design strategy inventory form developed in this study as an audit tool warrants additional study as a potential audit and design tool to engage landscape architects designing for physical activity and informing others of ways that park design can play a role in physical activity.

Master of Landscape Architecture / Department of Landscape Architecture, Regional and Community Planning / Tim Keane / During a 75-year building boom starting in the early to mid 1900's we built most of the stormwater and sewage infrastructure that sustains us today. As these infrastructural systems begin to meet their life expectancy, and with our cities being impacted by flooding, rapid urbanization, and water quality concerns there is a need for designers to begin rethinking these infrastructural systems. With rapid urbanization cities are seeing increased peak flow discharge volumes within their river systems and combined sewer overflow occurrences. The River des Peres located in the City and County of Saint Louis, Missouri, is an urban waterway that is affecting the natural ecosystem and community well-being. The main stem of the River des Peres is a heavily degraded concrete trapezoidal channel that in 1988 became a National Historic Civil Engineering landmark for its sewerage and drainage works. Which leads to the question of why a historic civil engineering landmark, such as the River des Peres, is such a wreck today? In compliance with the Clean Water Act the Metropolitan St. Louis Sewer District is proposing to implement enhanced green infrastructure and stormwater/sewer storage tanks to reduce the amount of Combined Sewer Overflow (CSO) occurrences in the River des Peres watershed. However, through review of literature, site inventory and analysis, a watershed stormwater BMP plan, and corresponding site design developments it has been found that return frequency flow can be reduced as much as 56% in the watershed, reducing the need for storage tanks and reducing CSO occurrences. Through the incorporation of stormwater best management practices (BMPs) the River des Peres responds to recurrence flow, wildlife habitat, and to the well-being of the community.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Howard Hahn / In Novato, California, zoning regulations and the city’s urban growth boundary (UGB) have restricted development on open agricultural and hillside land outside the city. These restrictions have added to a shortage of affordable homes in Novato in spite of a demand for housing. Population growth estimates suggest that this demand will continue and strategic development of land outside the current city boundaries will need to occur in order over the next 15-20 years (Bay Area Census Data 2010 and Heid 2004). This report outlines a process of land development which evaluates the success of a development alternative relative to what the land owners, developers and the community want, need, and value. This process involved producing four community design alternatives of varying housing densities for an 867 acre parcel of land just beyond Novato’s UGB. The alternatives were: high density (556 homes), medium density (224 homes), low density (14 homes), and low density + land swap (72 homes). Using a systematic scoring process, each alternative was evaluated based on what the land owner, developer, and the community valued in the development and then awarded each a feasibility score. This score represents likelihood of implementation. The higher the feasibility score, the more likely the alternative could be pursued as a development option. The high density alternative (556 homes) received the lowest feasibility score. It met many of the land owner and developer values, but few of the community values. The low density + land swap alternative (58 homes) received the highest feasibility score. This alternative met nearly all of the developer and owner values as well as the community values. The land swap option of this alternative was unique and made this design more feasible. The swap identified land areas on the site property that could be traded for developable land inside the city boundary allowing Novato to maintain the rural character of the city fringe, while giving the developer land that could be used for future development. This alternative is a compromise that adequately addresses the values of all involved and is therefore recommended as the most feasible design possibility.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Lee R. Skabelund / Stormwater management is typically approached from different perspectives by practicing professionals. As such, stormwater planning/design is not always completed as a multi-disciplinary coalition of experts using holistic and synergistic methods. For a number of years, engineers and design professionals, particularly landscape architects, have been employing various strategies and techniques to address on-site stormwater management in terms of water quality and quantity. There is increasing awareness that in order to create solutions that are effective over both the short and long-term a landscape architect’s approach needs to account for the health, safety and welfare perspectives carried by engineers, the unique aspects of particular project sites, their surroundings and bio-regional context, as well as the perceptions of clients, other key stakeholders, and the broader public. This research investigates the various criteria integral to developing an analytic framework for ecologically-appropriate stormwater planning/design (Sustainable Stormwater Evaluation and Site Assessment or SSWESA). SSWESA is proposed as a type of decision-tree for site analysis of sustainable systems pertaining to stormwater. Using the SSWESA process is expected to help researchers and professionals make better planning and design decisions as they select and implement appropriate best management practices (BMPs) for a given site and context. My intent in developing SSWESA is to help designers assess existing and potential stormwater functions at the site scale in order to promote sustainable planning and design based upon the important principle: “First, do no harm”. It is also my intent to promote further research related to sustainability by providing references and sources from experts in the various fields related to ecologically-based stormwater management. A review of the literature related to ecological factors relevant to low impact stormwater management assisted in the development and refinement of the criteria for stormwater assessment and evaluation. In this report, the SSWESA framework is tested on a public school property in Manhattan, Kansas to demonstrate how the framework is applied and to understand the questions and issues that arise from its use.