One Nation, One Race: An Analysis of Nationalist Influence on Japanese Human Rights Policy

Nationalism has continued to be prevalent in Japanese society, the legacy of Japan’s period of modernization. This thesis examines the relationship between nationalism and human rights in Japanese policy, focusing on the question, “How do nationalist organizations in Japan influence government policies related to human rights?” It begins with a historical analysis in order to determine the remaining influence of nationalism in Japanese society at large, before determining the direct influence nationalism, through nationalist organizations and individuals, influence Japan’s laws and policies. I argue that much of Japan’s policy making is influenced by the nationalist movement, and as result, human rights have not been fully realized in Japan

Interventions With Older Adults With Hoarding Behaviors Living in Garbage Houses

The purpose of this study was to explore what interventions are being used on older adults living in what are described as garbage houses. This study interviewed seven human service professionals to find how they intervened, what techniques they used, and what theoretical orientations influenced their intervention choices. With the help of articles in the literature and the findings from the respondents interviewed in this study, a hypothesis was developed emphasizing the systems perspective and problem solving method to establish a theoretical construct for an intervention. The intervention recommended would vary according to the individual client\u27s need, but include short and long term intervention strategies and goals

Public Relations, Law, and Environmental Pollution

In public relations, however, the relationship is a complementary one, in which the law acts as the formulator of the rules of society and public relations serves as the interpreter of them to the people. Beyond that, public relations often can support the law by creating an atmosphere in which the law can more effectively perform its function of protecting the people and preserving the health of society. Perhaps nowhere is this more evident than in the area of air and water pollution control

Semicrompressible Ocean Thermodynamics and Boussinesq Energy Conservation

Equations more accurate than the Boussinesq set that still filter out sound were recently introduced. While these equations were shown to have a consistent potential energy, their thermodynamical behavior and associated implications were not fully analyzed. These shortcomings are remedied in the present note that argues both sets are fully consistent from a thermodynamic perspective. It is further argued that both sets remain computationally competitive with the Boussinesq set

Comparison of Terrain Indices and Landform Classification Procedures in Low-Relief Agricultural Fields

Landforms control the spatial distribution of numerous factors associated with agronomy and water quality. Although curvature and slope are the fundamental surface derivatives used in landform classification procedures, methodologies for landform classifications have been performed with other terrain indices including the topographic position index (TPI) and the convergence index (CI). The objectives of this study are to compare plan curvature, the convergence index, profile curvature, and the topographic position index at various scales to determine which better identifies the spatial variability of soil phosphorus (P) within three low relief agricultural fields in central Illinois and to compare how two methods of landform classification, e.g. Pennock et al. (1987) and a modified approach to the TPI method (Weiss 2001, Jenness 2006), capture the variability of spatial soil P within an agricultural field. Soil sampling was performed on a 0.4 ha grid within three agricultural fields located near Decatur, IL and samples were analyzed for Mehlich-3 phosphorus. A 10-m DEM of the three fields was also generated from a survey performed with a real time kinematic global positioning system. The DEM was used to generate rasters of profile curvature, plan curvature, topographic position index, and convergence index in each of the three fields at scales ranging from 10 m to 150 m radii. In two of the three study sites, the TPI (r ≥ -0.42) was better correlated to soil P than profile curvature (r ≤ 0.41), while the CI (r ≥ -0.52) was better correlated to soil P than plan curvature (r ≥ -0.45) in all three sites. Although the Pennock method of landform classification failed to identify footslopes and shoulders, which are clearly part of these fields’ topographic framework, the Pennock method (R² = 0.29) and TPI method (R² = 0.30) classified landforms that captured similar amounts of soil P spatial variability in two of the three study sites. The TPI and CI should be further explored when performing terrain analysis at the agricultural field scale to create solutions for precision management objectives

Collaboration Engineering for Incident Response Planning: Process Development and Validation

Contains fulltext : 34998.pdf (publisher's version ) (Open Access)HICS

Overview of the Langley subsonic research effort on SCR configuration

Recent advances achieved in the subsonic aerodynamics of low aspect ratio, highly swept wing designs are summarized. The most significant of these advances was the development of leading edge deflection concepts which effectively reduce leading edge flow separation. The improved flow attachment results in substantial improvements in low speed performance, significant delay of longitudinal pitch up, increased trailing edge flap effectiveness, and increased lateral control capability. Various additional theoretical and/or experimental studies are considered which, in conjunction with the leading edge deflection studies, form the basis for future subsonic research effort

Infrared spectroscopy of a polyurethane elastomer under thermal stress

FTIR spectroscopy was used to study changes in hydrogen bonding in estane, a polyurethane elastomer used as a binding agent in high explosive systems, as a function of temperature. Hydrogen bonding in estane has been observed to decrease with an increase in temperature