Agostinho confere relevância especial às coisas simples. Na infância, cuja estatura é signo da humildade própria das coisas ínfimas, deleita-se com a verdade nos seus pequenos pensamentos sobre pequenas coisas. Este deleite, na alma da criança com mínimo de ser, remete à verdade de Deus, com máximo de ser. Com máximo de ser, Deus se humilha ao ponto de assumir a condição humana, nascer como criança e com humildade contrária à soberba anular o efeito da queda causada pela soberba. Fundamento da humildade que é, poderia ser pensado menor que o homem, pois sendo Deus se fez homem. Se assim fosse, o ser com máximo de ser seria, paradoxalmente, o ser com mínimo de ser. Mas não é, pois quando Deus desce à condição inferior é para elevar o homem à condição superior. Esta é a análise a que se propõe este trabalho. / Augustine confers special relevance to simple things. In infancy, whose stature is a sign of the humility characteristic of the lowest things, he delights in the truth in their small thoughts about small things. This delight, within the child with the least of being, remits to the truth of God, with the highest of being. Yet with highest of being, God humbles himself to the point of assuming the human condition, being born as a child and, with humility contrary to pride, nullifies the effect of the fall caused by pride. The foundation of humility that he is, he could be considered less than man, because being God he became man. If it were thus, the being with highest of being would, paradoxically, be the being with the least of being. But it is not like that, because when God descends to the inferior condition, hit is to elevate man to the superior condition. This is the analysis that this work proposes.

John Crowley’s Little, Big is an innovative piece of fantasy writing. This thesis aims to prove that Crowley’s innovation lays the groundwork for new avenues in which fantastic space can be manipulated and constructed. Deep study in Euclidean geometry, modern physics, and occult astronomy reveal a new fantastic space, and a new concept for the threshold of Faerie. Crowley’s fantastic space is constructed as infundibular; with layers of concentricities that funnels his characters to their final destination of self-actualization and the heaven-like realm of Faerie. Crowley amalgamates the boundaries of Faerie and the primary world in an unusual fashion that is noted as Coalesced Fantasy: a fantasy wherein there is ultimately no dichotomy between Faerie and the primary world, as there is no division between the fantastic and science. This deliberate aim to blend boundaries is to establish an All in One theory. Faerie and the primary world oppose each other as antithetical conical space, and Crowley’s Edgewood house serves as the threshold to allow man to access the divinity and vastness of Faerie. Faerie (Divinity/macrocosm) and man (microcosm) exist in and amongst one another; everything is connected and every path intersects, spinning on a hyperbolic plane in this new, quantifiable space. / Includes bibliography. / Thesis (M.A.)--Florida Atlantic University, 2016. / FAU Electronic Theses and Dissertations Collection

Este trabalho apresenta uma ferramenta denominada FAGAC que se destina à administração e gerência de aglomerados de computadores, através de uma interface Web. A ferramenta tem a característica de ser pouco intrusiva no ambiente, ou seja, consumir poucos recursos computacionais a fim de não causar atrasos na execução dos serviços e processos do sistema. Inclui também funcionalidades que geram informações para o cliente ou administrador do sistema, a respeito do estado de ocupação de memória e de CPU, monitoramento do estado da carga de cada computador, tráfego gerado na rede, espaços em disco, informações de hardware e configurações do sistema. A validação da ferramenta foi feita por meio de experimentos comparativos das cinco principais funcionalidades comuns entre o FAGAC e o Ganglia, mostrando melhores resultados nas cinco funcionalidades, e que FAGAC é menos intrusivo que o Ganglia. / This research presents a tool named FAGAC for cluster management and administration of agglomerated of computers, through a web interface. This tool has the characteristic of being little intrusive in the environment, what means that it should consume a little computational resource in order to not delay the services and processes in execution at the system. The tool has functions to inform the customer or system administrator about the status of memory and CPU occupation, monitorating the load of each computer, the traffic generated in the net, disk space, hardware informations and configurations of the system. It was validated by comparing the results of the experiments from the main similar functions between FAGAC and Ganglia, showing best results for five functions tested, and that FAGAC is less intrusive than Ganglia.

Lake sediment cores spanning the last 2000 years from four sites across the Canadian Arctic Archipelago (CAA) document the responses of terrestrial and freshwater ecosystems to regional climate variability. Biogenic silica (BSi) records in cores from Banks Island, NWT (Lake B503; 72.3245, -123.4036, 84 masl), Bathurst Island, Nunavut (PR01; 75.6497, -99.1144, 30 masl), Prince of Wales Island, Nunavut (SW08; 72.3177, -97.2678, 104 masl), and Ellesmere Island, Nunavut (CV03; 79.9211, -82.9348, 363 masl) were used to examine the relationship between diatom production and climate. A pollen record from Prince of Wales Island provided the first high-resolution July temperature reconstruction for the last 1000 years for the central CAA. Dissolution was evident in three out of the four lakes; core SW08 contained no BSi above detection and cores CV03 and PR01 only contained values above detection in the uppermost sediments, suggesting that the preservation of biogenic silica (BSi) in the sediment is likely influenced by sedimentary carbonates. A BSi sequence from core B503 showed that diatom production was affected by climate changes such as the Medieval Climate Anomaly and the Little Ice Age. The vegetation on southern Prince of Wales Island underwent marked transitions during the Little Ice Age and Medieval Climate Anomaly, which was mainly observed in the proportion of Cyperaceae and Poaceae. The mean July temperature reconstruction showed a long-term cooling from 1080-1915 CE with a sustained cold period from 1800-1915 CE prior to 20th-century warming. A synthesis of paleoclimate records from across the Arctic demonstrated that pollen-based reconstructions record both high and low frequency climate variability, when sampling resolution is sufficient, and can improve regional climate reconstructions.

No description available.

No description available.

The breeding success of the Little Penguin was significantly higher in northern populations compared with documented southern colonies. Several southern colonies including Phillip Island in Victoria and colonies in Tasmania, have been characterised by poor breeding success, increasingly later commencement of breeding, and declining populations. This study aimed to compare and contrast the ecological attributes of a thriving northern population with other documented colonies. I collected long term data on breeding success (1987 to 1997) of the Little Penguin on Bowen Island, and related variability in breeding success to ocean currents and climate patterns, foraging behaviour and diet, nesting habitat, and inter-specific and fisheries competition. The benefits of successional changes to nesting habitat on Bowen Island since active habitat management commenced in 1989 were examined, including the importance of burrow depth, aspect, distance to water from the burrow, and vegetation type on breeding success of the Little Penguin. Morphological measurements of east coast penguins indicated a north-south cline, similar to that described in New Zealand. The Little Penguin was larger at higher latitudes. Whilst adults were sedentary and displayed a high degree of nest site fidelity, juveniles dispersed widely in their first three years, but then returned to the colony, sometimes to their natal burrow, to breed. This appears to be an adaptive mechanism, which selects for high quality nesting habitat. The study confirmed earlier findings that mature vegetation assemblages, namely woodland and forest, support higher breeding success than structurally simpler grassland and herbland habitat. This may contribute to observed differences in breeding success between northern and southern colonies, because many of the southern colonies have degraded nesting habitat. Most important to the diet of the Little Penguin were clupeoids, which dominated the fish species of Jervis Bay. The substantial clupeoid resources were targeted by the tuna fishery for bait, in the same areas and coinciding with maximum demands (chick raising and fledging), as penguins. The potential quantity of baitfish taken from Jervis Bay was over 10, 000 tonnes per year, which was well beyond the quantities raising concerns in other regions, although the fishery remains unregulated. Nevertheless, the foraging range of Bowen Island penguins was smaller than has previously been described Little Penguins on Bowen Island had a heavy reliance on relatively shallow waters of the Bay, within 5 km of the island. Daily foraging distances exceeding 20 km coincided with low breeding success, sometimes below that required for population replacement. Greater daily foraging range during the breeding season in southern Victoria may explain in part why these populations are declining. The principal mechanism for nutrient enrichment of Jervis Bay waters was the East Australia Current (EAC). This is a large and powerful, warm water boundary current of 250 km diameter and 1000 feet depth, which promoted slope water intrusion through upwelling along the New South Wales coast during the study, particularly during the penguin breeding season. The EAC effects northern colonies, but less so southern colonies. The Bowen Island colony was prone to periodic breeding failure, which was related to the El Nino Southern Oscillation (ENSO) phenomenon, indicated in Australia by the Southern Oscillation Index (SOI). ENSO warm events, corresponding with negative values of the SOI, depressed the EAC and caused downwelling, leading in some seasons to increased breeding failure. There was a correlation between both fledging success and adult mortality, and the SOI. The mean breeding success of the Bowen Island colony, at 1.46 chicks per pair over the ten-year study, was the highest recorded for the Little Penguin, and the population was increasing.

Dedicated to recording, portraying, and indicting the social inequities that he witnessed in nineteenth century Victorian England, one of Charles Dickens' many concerns was the roles assigned to women both in the public and private spheres. The purpose of this thesis is to examine the narratives of Amy Dorrit and Miss Wade in Dickens' Little Dorrit and Esther Summerson in Bleak House to explore the ways in which each woman conforms to, subverts, or rejects her socially prescribed roles as she seeks to create her own identity while simultaneously complying to the duties and roles assigned her. This study focuses on the oral and written narratives of these women exploring their words, stories, and symbolic imagery. It also contextualizes their narratives while answering the critical question: How does individual identity emerge amid rigorously circumscribed social roles? / Graduation date: 1995

Sediment is a leading cause of water quality impairment throughout the United States. In the Little River watershed in eastern Tennessee, several tributaries have been classified as impaired due primarily to sedimentation. Researchers at The University of Tennessee, in collaboration with a group of local and state organizations, began monitoring Little River tributaries to better understand their sources of pollution. To investigate the rates and processes of streambank erosion, erosion-pin monitoring sites were established on 32 banks in the watershed. This thesis complements the erosion-pin monitoring efforts by determining bank characteristics and examining the relationships of streambank angles and shapes to observed erosion rates. The specific objectives of this study were to: (1) characterize streambank angles, (2) describe the relationships between streambank angles and bank erosion rates, (3) characterize bank shape, and (4) determine if bank shapes at erosion-pin monitoring sites are representative of their immediate stream reaches. Streambank angles were measured at erosion pins. Bank angles averaged approximately 55° and varied significantly between tributaries and individual monitoring sites. Bank angle measurements were compared to erosion-pin exposure using correlation analysis. Data were then sorted into subgroups by pin position, soil texture, and bank shape, and further analyses were conducted. Results indicated streambank erosion was significantly, positively associated with bank angle for angles ≥ 30°. Significant, positive relationships were also found low on banks, where soil texture was clay, and where banks were classified as undercut. Bank profiles were documented to classify the bank shapes of erosion-pin monitoring sites and assess how well the banks at those sites represented the immediate reach. In the Little River watershed, bank profile shapes vary, but nearly three-fourths of all documented bank profiles were steeply sloping or undercut. The majority of monitoring sites (78%) were representative of the immediate stream reach with regard to bank shape. However, other factors, including surrounding land use and soil type, may differ within the immediate reach. Thus, data extrapolation from erosion pins to the reach scale should be done cautiously and take into consideration variability of individual site characteristics.

The Pennsylvania Department of Environmental Protection has set designated uses for all of the 83,000 miles of waterways based on their quality. Only the highest quality streams are afforded the highest protection with a High Quality (HQ) or Exceptional Value (EV). Little Sewickley Creek is designated as a High Quality-Trout Stocking Fishery and may warrant redesignation as an Exceptional Value waterway. The aim of the study was to provide technical data on the stream to support an EV reclassification. The report has compiled previous data and collected new data in order to file a formal petition to the PA DEP. The petition process involves consideration of physical, chemical, biological data on the stream, along with the land use of the watershed. The report gives an example of a stream located just outside of Pittsburgh that has extremely high biodiversity and deserves the highest protection to preserve it for future generations. / Bayer School of Natural and Environmental Sciences; / Environmental Science and Management (ESM) / MS; / Thesis;