An eighteenth century Mexican folding screen or biombo is located at Virginia House in Richmond, Virginia. A similar three-paneled screen is also located at this site. Upon seeing the similarities between each screen I concluded that the seven panels were at one point a part of one folding screen. The top sections of these folding screens show emblems that depict images of virtues and vices. The source of the emblems on the Virtue Screen is Otto Van Veen's Homtii Emblemata. The text on the screen is taken from a Spanish translation of the Horatii Emblemata entitled the Theatro Moral de toda la Philosophia de los Antiguos y Modernos. This thesis will examine each emblem in a panel-by-panel discussion as well as the iconography found throughout the screen. It will also provide a brief history of the folding screen with its origins in Asia and a comparison of similar screens that have been discovered in the Western Hemisphere.

In 1970, cross-town busing was court mandated to enforce school desegregation in Richmond, Virginia. Unitary status was declared in Richmond when cross-town busing ended in 1986. Richmond Public Schools (RPS) no longer operated as a dual school system for blacks and whites after 1986. Class and racial segregation continued to exist in the City of Richmond. RPS remained predominately black and poor. Socio-economic conditions of the city continued to impact the school district. Controversies, mismanagement and low academic achievement stigmatized RPS until state and federal performance measures forced the district to improve. By 2006, RPS was still segregated; however, as a result of better leadership, academic success was demonstrated on Standards of Learning (SOL) assessments.

The mapped area, which includes the eastern part of the Richmond and the western part of the Naomi peak quadrangles, Utah-Idaho, is located in the central part of northern Utah and southeastern Idaho. It is located along the eastern side of Cache Valley and western side of the Bear River Range. Cache Valley is in the Basin and Range province and the Bear River Range is in the Middle Rocky Mountain province. The mapped area is about 8.6 miles long, in the north-south direction, and 7.8 miles long, in the east-west direction. The Mutual Formation of Precambrian age is the oldest stratigraphic unit exposed in the mapped area. It consists of purple and brown quartzite. The Brigham Formation of Early Cambrian age and the Langston Formation of Middle Cambrian age overlie the Mutual in stratigraphic succession. The Salt Lake Formation of Tertiary age unconformably overlies older rocks; it is also faulted against the Mutual Formation. A major landslide of Precambrian, Cambrian, and Ordovician formations is present in the southern part of the mapped area. It is unconformably overlapped by the Salt Lake Formation. The Lake Bonneville Group of late Pleistocene age is present in Cache Valley and overlaps older rocks along the western side of the Bear River Range. The Precambrian and Cambrian stratigraphic units, except for those of the landslide, dip eastward and form the western flank of the Logan Peak syncline. A small disharmonic asymmetrical anticline, in the Langston and Ute Formations of Cambrian age, indicates eastward movement. Two beddingplane faults locally eliminate the basal Naomi Peak Limestone Member of the Langston Formation. A major normal fault, which is nearly vertical, extends along the base of the Bear River Range. Another normal fault, which is probably nearly vertical, parallels the western edge of the foothills. The folding and bedding-plane thrust faulting involve eastward movement and occurred during the Sevier orogeny. This orogeny began during late Jurassic time and extended into the early part of the Tertiary Period. Basin and Range normal faulting began early in the Tertiary Period. The normal faults produced great relief between Cache Valley and the Bear River Range. The landslide surface is thought to have formed as a west-dipping thrust fault. Reversed movement on this fault, due to removal of support on the valley side, produced the major landslide. (58 pages)

Thesis (Ph. D.)--Open University. BLDSC no. DX86240.

Assessment of forest structural attributes has major implications in the management of forestry by providing information of ecological and economic importance. The traditional methods of assessment involve collecting data in the field and are regarded as labour-intensive and expensive. In plantation forestry, field campaigns are generally time consuming and costly, and may compromise profit maximisation. The introduction of lidar (light detection and ranging) remote sensing in forestry has shown promise to add value to the traditional field inventories mainly through large spatial coverages in a timely and cost-effective manner. Lidar remote sensing is an advanced system capable of acquiring information in both the vertical and horizontal dimensions at relatively high resolutions. Numerous studies have established that these qualities of lidar data are suited to estimating forest structural attributes at acceptably high accuracies. The generic approach in most studies is to use lidar data in combination with field data. Such an approach still warrants a high cost of inventory. It is therefore useful to explore alternative methods that rely primarily on lidar data by reducing the necessity for field-derived information. The aim of this study was to derive structural attributes of even-aged Eucalyptus grandis forest plantations using lidar data. The attributes are of significance to timber resource assessments and include plot-level tree height attributes, stems per hectare (SPHA), and volume. The surveyed field data included tree counting and measurement of tree height and diameter at breast height for sample plots. Volume was then calculated using standard allometric models. Small-footprint lidar data of the plantations were also acquired coincident with the field inventories. Mean tree height and dominant height were estimated at a range of simulated lidar point densities between 0.25 points/m2–6 points/m2. Various plot-level distributional metrics were extracted from height values of lidar non-ground points and related with field mean and dominant height values using stepwise regression analysis. The results showed that both attributes could be estimated at high accuracies with no significant differences arising from variations in lidar point density. Estimation of SPHA relied on the exploration of semi-variogram range as a mean window size for applying local maxima filtering to the lidar canopy height surface. A comparative approach of window size determination used pre-determined within-row tree spacing, based on planting information. Two secondary objectives were addressed: comparing spatial resolutions of canopy height surfaces interpolated from non-ground height values and comparison of lidar point densities simulated at three levels. Comparison of spatial resolutions of canopy height surfaces were performed at 0.2 m, 0.5 m, and 1 m using a lidar point density of 5 points/m2. The results indicated that 0.2 m is the most appropriate resolution for locating trees and consequently deriving SPHA. Canopy height surfaces of 0.2 m resolution were created at simulated densities of 1 point/m2, 3 points/m2, and 5 points/m2. While all estimates were negatively biased relative to field-observed SPHA, lidar densities of 3 points/m2 and 5 points/m2 returned similar accuracies, which were both superior to 1 point/m2. It was concluded that 3 points/m2 was sufficient to achieve the accuracy level obtained from higher lidar point densities. Plot-level mean height, dominant height, and volume of trees were estimated for trees located using local maxima filtering approaches at the three lidar point densities. Mean height and dominant height were both estimated at high accuracies for all local maxima filtering techniques and lidar point densities. The results were also comparable to the approach that employed regression analysis that related lidar-derived distributional metrics and field measurements. Estimated dominant height and SPHA, as well as age of trees, were used as independent variables in a function to estimate plot-level basal area. The basal area was then used to compute diameter of the tree with mean basal area, referred to as quadratic mean diameter at breast height (QDBH). Mean tree height and QDBH were used as independent variables in a standard equation to calculate mean tree volume, which was then scaled up to the plot-level. All estimates for the local maxima filtering approaches and lidar point densities returned negatively biased volume, when compared to field observations. This was due to the underestimation of SPHA, which was used as a conversion factor in scaling up from tree-level to plot-level. Volume estimates across lidar point densities exhibited similarities. This suggests that low lidar point densities (e.g., 1 point/m2) have potential for accurate volume estimation. It was concluded that multiple forest structural attributes can be assessed using lidar data only. The accuracy of height derivation meets the standards set by field inventories. The underestimation of SPHA may be comparable to other studies that applied different methods. However, improved estimation accuracy is needed in order to apply the approaches to commercial forestry scenarios. The significance of improving SPHA estimation extends to improved volume estimation. In addition, the potential improvement should also take into consideration the density of lidar points, as this will impact on the cost of acquisition. This research has taken a significant step towards determining if lidar data can be used as a stand-alone remote sensing data source for assessment of structural plantation parameters. Not only does such an approach seem viable, but the lower required point densities will help to reduce acquisition costs significantly. / Thesis (Ph.D.)-University of KwaZulu-Natal, Pietermaritzburg, 2009.

Reeveston Place is a neighborhood located on the southeast side of Richmond, Indiana. All of Richmond's National Register residential areas contain examples of the popular architectural styles of the late nineteenth and early twentieth centuries. Reeveston, however, is a unique Richmond neighborhood because its plan and development were primarily influenced by the trends and styles of the early and mid-twentieth century.Economic and cultural influences before, between and after both world wars, and the impact of the automobile were factors that made Reeveston an area different from its predecessors. Building activity occurred in the neighborhood for nearly a half-century, and the result is an eclectic mix of architectural styles. As it grew, Reeveston was primarily a neighborhood for the upper-middle class and upper-class citizens of Richmond, and several prominent architects were employed to design the houses. Reeveston's historical and architectural significance warrant its consideration for inclusion in the National Register. / Department of Architecture

Thesis (M.A. in Education)--University of Calif., May 1920. / Bibliography: p. 122-124.

In the complexity of contemporary society, the welfare of individuals is dependent upon the co-operation of the helping professions and co-ordination of services provided by the many social institutions. This study considered the degree of cooperation between the two helping professions, social work and the ministry, in the suburban community of Richmond, British Columbia. The research method in this qualitative study included interviews with fifteen clergymen and ten social workers in order to apply the concepts of reciprocal awareness and utilization. This method facilitated evaluation of the knowledge one profession had of the other's role and function, and the extent to which this knowledge was used for the benefit of the population they served. Supplementing this main method was a brief historical consideration of the impact of industrialization on the development and contemporary role of the church and social welfare. The findings of the study showed the awareness one profession had of the other was based more on general knowledge than direct interprofessional contact. The utilization of each other's resources, as indicated by referral patterns, was minimal and typically the result of coincidence rather than planning. Reciprocity, the main concept evaluated, was virtually non-existent. This can primarily be accounted for by absence of communication, despite an acknowledgement by both professions, particularly social work, that there were several gains to be realized from more co-operation. / Arts, Faculty of / Social Work, School of / Graduate

Richmond lies on a rise of ground near the Wasatch range in the east central part of Cache Valley. In 1855 John Bair led a small party to the vicinity of Richmond to explore it. Four years later (1859) they returned and established homes. The community grew quite rapidly. In 1860 when Jesse V. fox, territorial surveyor, made the first survey, 104 people claimed land. The first public building was a combination church and school house. A ditch connected with High Creek was built in q860. In 1868 the village was incorporated with W. D. Hendricks as the first mayor.

This thesis assesses the ways in which gentility served as a catalyst for the creation of a new masculine identity during the early American republic:  the Republican Gentleman.  In particular, I utilize taverns in Richmond, Virginia from 1780 to 1820, in which to understand the significance of gentility.  This thesis analyzes how Richmond taverns represented the growth of gentility through refined architecture and its male patrons.  It discusses how taverns, as predominantly male spaces, allowed for the expression of the Republican Gentleman's masculine identity.  The guiding research question for this thesis is how refined Richmond taverns illustrated the prominence of gentility, and thus provided a stage for the performance of the Republican Gentleman during the early national period.  Furthermore, this research is informed by the following secondary research questions:  In what ways did gentility and republicanism shape masculine identities?  How did evolving ideas of gentility and refinement shape physical tavern space and architecture?  The broader significance of this thesis is to offer an avenue in which to further develop scholars' understanding of the intersection of masculinity, class, and gentility during the early national period. / Master of Arts