The data for this study was gathered through a random stratified geographic sample from all residential areas of Provo. The study was based on 84 completed questionnaires which were gathered on the basis of a broad socio-economic cross section. All of the questions were open-ended, and included the drawing of mental maps of residents' images of Provo. The data was analyzed on the basis of respondents' areas of residence, age, length of residence in Provo and religious background. The purpose of the study was to focus on the visual perception of Provo, Utah, as seen by its residents. The study attempted to discover the general image of the city held by its inhabitants including some of the more distinctive areas and parts of this image, boundaries, feelings toward the central business district and traffic routes.

An endmember mixing analysis (EMMA) is a hydrograph separation technique used to identify and quantify stream source contributions, but the error within the results of the analysis itself can be difficult to quantify. Employing EMMA to accurately quantify these contributions is particularly important for critical watersheds that supply water to large populations, such as montane watersheds. We applied EMMA to the Provo River, a nested catchment with three monitoring locations in northern Utah, to understand the limitations and potential improvements that could be made to EMMA. Four main endmembers (quartzite groundwater, soil water, snow and carbonate groundwater) were identified for the watershed and differentiated using the conservative tracers δ18O, δ2H, Si, HCO3-, Mg2+, K+, and Ca2+. In a traditional EMMA approach, a principal components analysis (PCA) is used to identify endmembers for a single location in a watershed, and the principal component (PC) scores are used to calculate the fractional contributions of each endmember. However, we found that calculating the fractional contributions of the endmembers in tracer space resulted in less error in the calculations compared to performing the calculation in PC defined space (U-space). Performing the mixing in tracer space with four endmembers showed that during spring runoff, snow was the main endmember with inputs ranging from 23 – 66% for the highest part of the watershed and 14 – 60% for the lowest part of the watershed. During baseflow, the stream was dominated by groundwater with contributions ranging from 23 – 60% quartzite groundwater for the upper part of the watershed and 30 – 57% carbonate groundwater for the lower part of the watershed. The amount of error present in the results depended on the scale of the catchment and the number of endmembers included, with more error in downstream locations relative to upstream locations. The nested catchment approach is a further improvement on traditional EMMA because it allows for identification of missing endmembers and error analysis for characterizing stream chemistry in several locations in a complex watershed.

A physical assessment of the Provo River Restoration Project was undertaken in order to determine how alterations to the channel were designed, the nature of as-built channel morphology, and the performance of the reconfigured channel in terms of achieving frequent (2-year recurrence) bankfull discharge and increasing transient storage. Measures of channelized and reconfigured channel morphology were obtained using total station survey, digital aerial photography, and pebble counts. Results of geomorphic analysis were compared with similar measurements made by a regional consulting company, and stream channel design data, in order to determine that intended mitigation included reducing channel capacity, increasing sinuosity, decreasing pool spacing, and decreasing the size of bed material. Reconfiguration of the channel resulted in somewhat enlarged cross-sections with reduced mean velocities, increased sinuosity, decreased pool spacing, and decreased bed substrate size. One-dimensional hydraulic modeling suggests that alterations to channel morphology have increased the bankfull channel capacity in most reaches. Modeling results illustrate the fact that the stage of the 2-year recurrence flood is below bankfull at most cross-sections. This result does not follow the intentions of channel design. However, we have observed floodplain inundation in most years since reconfiguration. The occurrence floodplain inundation is being facilitated by overbank flow at a few point locations illustrating the strengths of incorporating variability into design. Known geomorphic controls on transient storage were reconfigured in manner to potentially increase in-channel and hyporheic components of transient storage. Stream tracer tests were utilized in order to determine the degree to which these alterations affected transient storage. Numerical analysis of stream tracer tests suggests that while the relative area of transient storage increased, average residence time of water in storage, and the mass transfer rate of solute between storage and the stream did not change. This suggests that an extensive hyporheic zone may not have been established. Correlations between hydrologic and geomorphic parameters indicate that in-stream storage may have been increased, and quick-exchange hyporheic flowpaths may have been created. (295 pages)

The growth of direct broadcast satellite television distribution to the home as a viable competitor to cable and terrestrial broadcast has fostered the availability of special interest or niche channels and therefore provided greater choice to the viewer. This study, based on uses and gratifications theory, examined the relationships among ritual and instrumental viewing motivations and satisfactions, viewer religiosity, and viewing attentiveness as they related to the selection of a niche television channel, Brigham Young University Television. The uses and gratification approach provides an appropriate framework for studying "media consumption, the interrelated nature of television user motives, and the relationships among viewing motives and viewing patterns" (Abelman, 1989, p. 57). Data was gathered by way of an online survey of non-random, self-selected BYU Television viewers. Participants answered 67 questions about their motives for choosing to view BYU Television and the gratifications they received from their viewing. The 596 valid responses to the survey were analyzed. The study results are in harmony with previous uses and gratifications studies examining ritual and instrumental viewing patterns. The data found positive relationships between instrumental viewing motives and instrumental viewing satisfactions, as well as instrumental viewing motives and viewing selectivity. There was no support for those hypotheses that dealt with the level of viewing attention as it related to religiosity or instrumental viewing motives. Future topics of study are suggested including the opportunity an expanded media universe provides to increase the depth and breadth of uses and gratification theory, as well as to study the role of niche television services in community building.

Provo Bay of Utah Lake, Utah, receives the effluents from farms, industry, and three cities. In order to determine the effects of these effluents, eleven stations were established throughout the Bay. At weekly intervals from June 19 to October 26, 1970, and monthly thereafter until March, 1971, the water at these stations was sampled for dissolved oxygen (DO}, carbon dioxide (CO2), turbidity, pH, phosphates, nitrates, biochemical oxygen demand (BOD) and coliform bacteria. Due to intense algal blooms, the quality of the water changes as it passes through Provo Bay. Average values for the inflow, mid-Bay, and point of discharge respectively during the summer are as follows: DO, 5.4--10.2--6.9 mg/l; CO2, 38--0--6 mg/l; turbidity, 19--80--57 Jackson Turbidity Units; pH, 7. 5--9. 0--7. 2; phosphates, 3. 62--0. 94--0.15 mg/l; nitrates, 0.71--0.08--0.00 mg/l; BOD, 17--27--9 mg/l; and coliforms, 31,000--31--0/100 ml. These results indicate that during the summer Provo Bay is acting as a tertiary treatment pond for the effluents which it receives.

In July of 1853, Chief Wakara's band of Utes clashed in a series of violent confrontations with the Mormon settlers. This conflict is known as the Walker War. Many complex factors contributed to this war. After some earlier violence between Mormons and different bands of Utes between 1847 and 1851, the Mormons continued their quick expansion settling on Ute lands. From 1851 to 1853 Mormon and Ute relations continued to decline as Mormons expanded their settlements occupying Ute hunting grounds. In addition to these land encroachments, new laws were enacted regulating trade between the Spanish and Utes by Brigham Young. The most notable regulation on trade prohibited the Spanish and Ute slave trade. All these trade regulations hurt the Ute economy, particularly the most powerful equestrian Ute band, the Cheverets led by Chief Wakara. In the spring of 1853 Governor Brigham Young ordered out the state militia to arrest Mexican traders and to capture Wakara for engaging in the slave trade. Wakara had previously established a friendly relationship with Young and had invited the Mormons to settle his lands in Sanpete. Wakara had become committed to peaceful relations and cooperation with Young and the Mormon people. Wakara remained true to his desire for friendly relations even after seeing his economic status undermined by Mormon settlers. Young as well was committed to staying on peaceful terms with the Utes. Their followers, on the other hand, had difficulties overcoming the cultural divide. After the murder of a member of Wakara's band in July of 1853 by settler James Ivie, Wakara's band waged a series of raids against Mormon settlements. Wakara himself, however, was not involved in the war and continually tried to sue for peace. The war has been mislabeled with Wakara's name; he was not really involved in the violence. Yet it was indeed a war. The war had a great impact on the Mormon settlers. Settlers abandoned their homes and had to move into forts. For the Mormons involved, this conflict was neither small nor inconsequential; it was a major disruption involving a great portion of the Utah Territory.

Greater sage-grouse populations have decreased steadily since European settlement in western North America. Reduced availability of brood-rearing habitat has been identified as a limiting factor for many populations. We used radio-telemetry to acquire locations of sage-grouse broods from 1998 to 2012 in Strawberry Valley, Utah. Using these locations and remotely-sensed imagery, we proceeded to 1) determine which features of brood-rearing habitat could be identified using widely available, fine-scale imagery 2) assess the scale at which sage-grouse selected brood-rearing habitat in our study area, and 3) create a predictive habitat model that could be applied across our large study area to identify areas of preferred brood-rearing habitat. We used AIC model selection to evaluate support for a list of variables derived from remotely-sensed imagery. We examined the relationship of explanatory variables at three scales (45, 200, and 795 meter radii). Our top model included 10 variables (percent shrub, percent grass, percent tree, percent paved road, percent riparian, meters of sage/tree edge, meters of riparian/tree edge, distance to tree, distance to transmission lines, and distance to permanent structures). Variables from each scale were represented in our top model with the majority of scale-sensitive variables suggesting selection at the larger (795 meter) scale. When applied to our study area our top model predicted 75% of naive brood locations suggesting reasonable success using this method and widely available NAIP (National Agricultural Imagery Program) imagery. We encourage application of this method to other sage-grouse populations and species of conservation concern. The northern river otter is a cryptic semi-aquatic predator that establishes and uses latrines. Highly used river otter latrines indicate otter "activity centers" since frequency of scat deposition is thought to be correlated to frequency of habitat use. We compared an indirect method (scat counts) and a direct method (remote cameras) of determining latrine utilization in order to assess the accuracy of the commonly used indirect method. To further compare these methods we used them to examine effects of anthropogenic disturbance on otters of the Provo River in Utah. We found that overall the direct and indirect methods were highly correlated. There was significant seasonal variation in the degree of correlation between the indirect and direct methods with correlation being significantly higher in the summer. We found similar results when using these methods to examine effects of anthropogenic disturbance. For each method the distance of the latrine to trails was significant in one of the top competing models. We suggest that space use of otters in our study area is being affected by anthropogenic disturbance as measured by distance to trails. We also suggest that scat counts should only be conducted during the summer when they correlate best with actual levels of otter activity.

The development of the downtown business district of Provo, Utah has closely followed the orderly growth envisioned by its founders. However, one early change in the city's layout had a profound effect on the direction of Provo's development. In 1852, Brigham Young moved the site of the Provo tabernacle from its original location in the designated public square to a location on the fringes of the earliest city boundaries. The result of this action was a sometimes heated controversy among residents regarding the city's true public center. As commercial development reached a peak between 1896 and 1915, the controversy erupted into a rivalry between east-side and west-side residents. Jesse Knight and Thomas Nicholls Taylor, two of the city's most prominent citizens and businessmen, became opponents in advocating opposite sides of the city for development. The strong emotions generated by the rivalry reached a peak with the election to decide the location of Provo's Union Passenger Depot in 1909.Throughout the period of their rivalry, the opposing efforts of Knight and Taylor to establish a commercial center in Provo played a key role in the location and style of the city's most important commercial and residential buildings. These structures are an important focus of study since they represent the playing pieces in a competition that was almost single-handedly responsible for the growth and composition of central Provo. This thesis evaluates the effect of the Knight-Taylor rivalry on architecture in Provo between 1896 and 1915, and examines some of the buildings that resulted from the controversy within the context of contemporary architectural trends.

This document outlines the foundation and first year results of the H.E.L.P. Honduras organization, which was formed as a student-based, student-governed international outreach initiative at the Marriott School of Management at Brigham Young University. Specifically, in its first year the organization focused on providing microcredit and service relief to victims of Hurricane Mitch in Honduras.After studying the case of H.E.L.P. Honduras, readers should conclude that educators interested in sponsoring sustainable student-run service learning organizations at private universities must address three primary issues: the problem of student selection and turnover, the need for administrative and faculty endorsement, and the need for sustainable internally-generated funds.This document outlines how the H.E.L.P. organization has changed in the three years since its inception, and it provides tactical suggestions meant to guide all parties interested in replicating the H.E.L.P. model. It also contains suggestions on how the current teaching and implementation model could more closely match with the basic tenets of service learning.After reading the following information and reviewing related literature, readers should conclude that at private universities, such as Brigham Young University, students and faculty interested in managing student-based initiatives need to take more time to build support across their institution. They also need to improve the process of student selection, find sustainable sources of funds, and tightly ground their work in the basic tenets of service learning.

The purpose of this study was to investigate the short-term effect of a parent-teen structured family facilitation program (PAT). The study compared pre and post workshop scores on a number of dependent variables in a workshop, a replication of the workshop, and a comparison group.Analysis of the data revealed no significant differences from pretest to post test in either of the groups. However when the groups were combined there were some statistically significant differences from pretest to post test. The fathers increased in their ability to transfer control while the mothers decreased in kindness. A few post hoc analyses were carried out to explore the possibility that several variables might influence the effects of the workshop. The data suggest that the level of proficiency of participants influenced the effects of the workshop. The less proficient the participants were the more they changed in a desirable direction. The comparison of families that volunteered for the workshop with the families that did not suggests that families that volunteer are significantly lower on most measures. It was suggested that one reason for the minimal effects is that the PAT program may have dealt with too many skills and not have put enough emphasis on any one of the skills to produce change.