Thesis (D. Min.)--Mid-America Baptist Theological Seminary, 2000. / Includes bibliographical references (leaves 112-117).

Thesis (D. Min.)--Southwestern Baptist Theological Seminary, 2000. / Abstract. Includes bibliographical references (leaves 124-132).

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This building is about the moment. It is about the moment when the image and the viewer begin a dialogue of existence. It is about the moment when a photographer and a model begin a relationship that is as intimate as that between a mother and child. It is about the creation of space to house those moments. It is about the creation of the image from light to negative to print to viewer. This building is about light. it is about the way light is framed. It is about the way photographs are records of light. It is about how humans see light and experience light and live in the light. It is about controlling and channeling the power of light. It is about harnessing the awesome power of light. This building is about growth. It is about a place from my past growing into an idea for the future. It is about my own growth as a person - physically, intellectually, and professionally. It is about the growth of a passion for photography and architecture in a way that I can share. / Master of Architecture

i am humbled by the prospect of Architecture. it is not formulaic or linear in thought and action and at times it can be difficult and elusive to define. i believe Architecture exists yet experience has shown that not all building endeavors lead to Architecture. i search for Architecture with a willingness to embrace the unknown, allowing my practice to provide a defined realm into which Architectural questions and propositions can evolve and open new forms of discovery. / Master of Architecture

This thesis seeks to challenge the dominant narrative that oil has been a positive contributor to Houston's development as a city by exploring the real lived consequences for those who live along the Houston Ship Channel--the home of Houston's oil industry. This is done through an examination of historical processes which look at how a pro-oil sentiment has been intertwined into Houston's identity juxtaposed to the historical processes which have shaped the lives of communities near the Houston Ship Channel. This thesis then ends by delving into how it is difficult to organize around the environment in Texas because of how much influence oil has on the state politically and physically.

In fifty years, Houston Harte guided an organization that grew from one afternoon daily to a chain of nineteen newspapers in six states, and one television station. Much of the civic activity in San Angelo, his hometown, revolved around Harte from 1930 until 1970. He knew many politicians, such as Lyndon Johnson, and was willing to ask their help. Harte's major contributions were retaining Goodfellow Air Force Base's active status, helping San Angelo College attain four-year status, and influencing General Telephone Company of the Southwest to locate its headquarters in San Angelo. His numerous other projects were of lesser magnitude. This study probes Harte's sources of power, examining why he was successful in getting the projects he wanted for his community.

The Houston-Galveston-Brazoria Consolidated Metropolitan Statistical Area (Houston CMSA) has experienced rapid population growth during the past decades and is the only major US metropolitan area with no zoning regulations. We use SLEUTH, a spatially explicit cellular automata model, to simulate future (2002-2030) urban growth in the Houston metropolitan area, one of the fastest growing metropolises in the United States during the past decades. The model is calibrated with historical data for the period 1974-2002 that are extracted from a time series of satellite images. The dataset consists of four historical urban extents (1974, 1984, 1992, 2002), two land use layers (1992, 2002), five transportation layers (1974, 1984, 1990, 2002, 2025), slope layer, hillshade layer, and excluded layer. Future growth patterns are predicted based on growth coefficients derived during the calibration phase. After calibrating the model successfully, the spatial pattern of urban growth of the Houston CMSA for the period from 2002 to 2030 is predicted. Within SLEUTH, growth in the Houston CMSA is predominately "organic" with most growth occurring along the urban/rural fringe. Projected increases in urban area from 2002 to 2030 parallel projected increases in population growth within the Houston CMSA. We design three specific scenarios to simulate the spatial consequences of urban growth under different environmental conditions. The first scenario is to simulate the unmanaged growth with no restrictions. The second scenario is to project the moderate growth trend by taking into consideration environmental protection, specifically for agricultural areas, forests and wetlands. The last scenario is to simulate the managed growth with maximum environmental protection. Adjusting the level of protection for different land cover types was found to markedly affect the land use changes in the Houston CMSA. Without any protection on resource lands, Houston CMSA is estimated to lose 2,000 km2 of forest land by 2030, about 600 km2 of agricultural land, and approximately 400 km2 of wetland. Approximately half of all resource land could be saved by the third scenario, managed growth with maximum protection.

The Houston-Galveston-Brazoria Consolidated Metropolitan Statistical Area (Houston CMSA) has experienced rapid population growth during the past decades and is the only major US metropolitan area with no zoning regulations. We use SLEUTH, a spatially explicit cellular automata model, to simulate future (2002-2030) urban growth in the Houston metropolitan area, one of the fastest growing metropolises in the United States during the past decades. The model is calibrated with historical data for the period 1974-2002 that are extracted from a time series of satellite images. The dataset consists of four historical urban extents (1974, 1984, 1992, 2002), two land use layers (1992, 2002), five transportation layers (1974, 1984, 1990, 2002, 2025), slope layer, hillshade layer, and excluded layer. Future growth patterns are predicted based on growth coefficients derived during the calibration phase. After calibrating the model successfully, the spatial pattern of urban growth of the Houston CMSA for the period from 2002 to 2030 is predicted. Within SLEUTH, growth in the Houston CMSA is predominately "organic" with most growth occurring along the urban/rural fringe. Projected increases in urban area from 2002 to 2030 parallel projected increases in population growth within the Houston CMSA. We design three specific scenarios to simulate the spatial consequences of urban growth under different environmental conditions. The first scenario is to simulate the unmanaged growth with no restrictions. The second scenario is to project the moderate growth trend by taking into consideration environmental protection, specifically for agricultural areas, forests and wetlands. The last scenario is to simulate the managed growth with maximum environmental protection. Adjusting the level of protection for different land cover types was found to markedly affect the land use changes in the Houston CMSA. Without any protection on resource lands, Houston CMSA is estimated to lose 2,000 km2 of forest land by 2030, about 600 km2 of agricultural land, and approximately 400 km2 of wetland. Approximately half of all resource land could be saved by the third scenario, managed growth with maximum protection.

Thesis (D. Min.)--Abilene Christian University, 2007. / Abstract and vita. Includes bibliographical references (leaves 94-97).