The Diathesis-Stress Model of Corruption by the Ruling Ring: Nature, Power, and Exposure in J. R. R. Tolkien’s The Lord of the Rings

In J. R. R. Tolkien’s The Lord of the Rings, the One Ring seems to exert power over some characters more than others. Though these differences could seem like an oversight or a lack of continuity, they also offer the opportunity to examine the effects of the differential power of the Ring. If the Ring is addictive, as Tom Shippey claims in The Road to Middle Earth, then it is possible to examine the etiology of addiction to the Ring (126). In this thesis, I present a psychological reading of Tolkien that relies on a modern psychological theory, namely the diathesis-stress model. According to David H. Barlow and Mark Durand’s Abnormal Psychology, the diathesis-stress model is a model of psychopathology that shows interactions between genetics and the environment, such that the development of pathology relies on both genetic predispositions and environmental stressors (34). The diathesis-stress model helps to explain why only some people fall to the addictive power of Ring, and I explore the tendencies and stressors that seem to affect those around the Ring the most, such as affinity with nature or desire for power

Ohio\u27s Brownfield Problem and Possible Solutions: What is Required for a Successful Brownfield Initiative?

This Comment intends to survey the current state of Ohio’s brownfield redevelopment programs. It also examines the successes and failures of other states’ brownfield redevelopment efforts in order to uncover the elements of success common to a comprehensive brownfield redevelopment plan. Part II discusses the environmental, economic, and social problems that are associated with brownfield sites. Part III examines the impediments to brownfield redevelopment. Part IV illuminates the federal government’s efforts aimed at the brownfield problem. Part V provides an overview of Ohio’s current brownfield redevelopment programs. Part VI discusses the ingredients of a successful state brownfield redevelopment initiative through the examination of successful brownfield redevelopment programs in existence. This Comment suggests that a comprehensive brownfield redevelopment plan includes: releases from liability, structured standards and controls regarding cleanup, funding and financing assistance, and community participation

Microbial Analysis of Biomedical Wastes From Selected Health Facilities in Parts of Edo South and Its Public Health Implication

This study, aimed at the microbial analysis of biomedical waste (BMW) was carried out using 100 samples of 10 different BMW collected in duplicates from 5 busy primary healthcare centers (PHCs).The research findings showed a high prevalence of E.coli (39%) and S.aureus (32%) which were both statistically significant at P≤0.05, while the least isolated organisms were K. pnuemoniae (10%) and B. subtilis (4%) and were statistically not significant at P≥0.05. Samples from dressings and beddings were found to contain the highest microbial loadof 25 and 13 respectively while the least number of isolates were from expired cytotoxic drugs (2) and lancets (1).The biochemical tests showed the presence of Gram positive and negative organisms with record of both aerobic and anaerobic isolates from the BMW. The investigation revealed that BMW contains mixed bacterial community with some being pathogenic and pose a public health hazard to both health workers and other community members, therefore adequate treatment measures should be given to all BMW before disposal

Radiation damage in lithium-containing solar cells Final report, 21 Jun. 1966 - 20 Mar. 1968

Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardmen

Below- and Aboveground Biomass of Spartina alterniflora: Response to Nutrient Addition in a Louisiana Salt Marsh

The responses of Spartina alterniflora above- and belowground biomass to various combinations of N, P, and Fe were documented in a 1-year field experiment in a Louisiana salt marsh. Five levels of N additions to 0.25 m2 plots resulted in 18% to 138% more live aboveground biomass compared to the control plots and higher stem densities, but had no effect on the amount of live belowground biomass (roots and rhizomes; R&R). There was no change in the aboveground biomass when P or Fe was added as part of a factorial experiment of +P, +N, and +Fe additions, but there was a 40% to 60% decrease in the live belowground biomass, which reduced the average R&R:S ratio by 50%. The addition of various combinations of nutrients had a significant affect on the belowground biomass indicating that the addition of P, not N, eased the need for root foraging activity. The end-of-the-growing-season N:P molar ratios in the live above- and belowground tissues of the control plot was 16.4 and 32.7, respectively. The relative size of the belowground standing stocks of N and P was higher than in the aboveground live tissues, but shifted downwards to about half that in fertilized plots. We conclude that the aboveground biomass was directly related to N availability, but not P, and that the accumulation of belowground biomass was not limited by N. We suggest that the reduction in belowground biomass with increased P availability, and the lower absolute and relative belowground standing stocks of P as plant tissue N:P ratios increased, is related to competition with soil microbes for P. One implication for wetland management and restoration is that eutrophication may be detrimental to long-term salt marsh maintenance and development, especially in organic-rich wetland soils

Introduction to the Special Issue

We are pleased to bring you the first of two special issues of Educational Considerations comprised of papers presented at the 2012 National Education Finance Conference in San Antonio, Texas

Introduction to the Special Issue

This special issue of Educational Considerations presents a selection of papers from the inaugural National Education Finance Conference held in 2011