The visit of the tenant-farmer delegates to Canada in 1890. The reports of W. Edwards [and others] on the agricultural resources of Canada ...

Mode of access: Internet.

O poder judiciário e o movimento da qualidade total : aspectos determinantes na implantação do pgqj em um estudo exploratório

Este trabalho analisa fatores que viabilizaram a implantação do Plano de Gestão pela Qualidade do Judiciário em algumas Unidades do Poder Judiciário do RS. Com base na teoria geral da administração, especialmente na teoria clássica, na burocracia e na teoria comportamental, em autores de obras sobre organizações que aprendem e em obras de W. Edwards Deming sobre a nova economia no governo, desenvolve-se essa pesquisa. O estudo analisa a implantação do Plano de Gestão, os resultados dos projetos-piloto e programa de adesão, como os atores do processo perceberam as mudanças ocorridas e como é definida a situação por aqueles que estão à margem dos acontecimentos por diferentes motivos, por meio da análise de documentos do acervo da organização, de dados coletados nas entrevistas com integrantes de Unidades com e sem implantação do gerenciamento da rotina, preconizado pelo modelo da Qualidade Total. Estabelece-se, assim, o quadro de aspectos determinantes na implantação do PGQJ, quais sejam: a estrutura da tarefa, as relações interpessoais e a liderança, o processo decisório e o comprometimento com a organização. Os resultados obtidos delineiam a percepção dos atores quanto ao processo de mudança e suas expectativas quanto à capacidade da organização de absorver novos modelos de gestão, acarretando, em determinados momentos, uma completa quebra de paradigmas. Demonstram, ainda, a distância existente entre a proposição do Plano de Gestão, quanto ao comportamento administrativo, ao desenvolvimento dos recursos humanos, ao envolvimento com o trabalho, e o que efetivamente se verifica nas Unidades da organização. Por fim, discute-se alternativa para a implantação de modelo de gestão baseado na Qualidade Total e na aprendizagem organizacional, sugerindo-se estudos mais aprofundados desses aspectos determinantes, com o objetivo de melhorar o desempenho do projeto em andamento.

Quality Control Circles May Answer Industry's Needs

The concept of the quality control circle (QCC) has worked well in Japanese industry in increasing efficiency, production, and profits. The author explores the QCC, its history and advantages, and tells how it could be adapted quite easily and effectively to the hospitality industry

CT en la universidad: implantación de un programa de calidad total en un establecimiento universitario

En los años cincuenta, dos americanos llegaron al Japón con una nueva filosofía para el éxito industrial. W. Edwards Deming y J.M. Juran argumentaban que el mejoramiento de la calidad conducía automáticamente al mejoramiento de la productividad, que una organización inspirada a satisfacer las necesidades de sus clientes tendría éxito. Los japoneses escucharon. Hoy en día, el Japón goza de una reputación sin igual en cuanto a eficiencia económica, control de la calidad y servicio a los clientes.

Gestión oriental y occidental: un acercamiento a los grandes gurues e ideas empresariales

En el presente trabajo se describen los aportes más destacados de algunos de los gurúes representativos del ámbito administrativo Oriental y Occidental. En Occidental se cuenta con el legado de Henry Ford, Philip Kotler, Frederick Winslow Taylor, Henry Fayol, Michael Porter, Peter Drucker y Steve Jobs. En Oriente, los gurúes son Akio Morita, Edwards Deming, Kaoru Ishikawa, Familia Toyoda, Masaaki Imai y Taiichi Ohno. A partir de ello, se hacen comparaciones entre las tendencias de administración de cada cultura y entre los gurúes. Seguido, se comentan aspectos importantes de Mc Donald’s y Samsung, en cuanto a sus modelos de gestión y su adaptación en un mundo globalizado.

A 3-hour quantitative comparison of glucose-based versus rice-based oral rehydration solution intake by children with diarrhoea in Port Moresby General Hospital

Measurements were made of the intake of a WHO/UNICEF glucose-based and a rice cereal-based oral rehydration solution (ORS) by children with diarrhoea. Twenty children who presented to the Children's Outpatient Department at Port Moresby General Hospital with acute diarrhoea and mild dehydration were randomly assigned to an ORS and measurements were taken over the following 3 hours. For data analysis, the patients were paired by weight. Testing the means of the paired samples by t test showed that there was no significant difference between the amount of rice ORS and the amount of glucose ORS taken over 3 hours. The discovery of oral rehydration solution (ORS) for the treatment of diarrheal disease has been heralded as the most important medical discovery of the century. Cereal-based ORS is able to decrease stool output and the duration of diarrheal illness more than the standard glucose-based ORS, through the increased absorption provided by oligosaccharides without the imposition of a greater osmotic penalty. Moreover, the peptides in cereals enhance amino acid and water absorption, while providing nutritional benefits. UNICEF's glucose-based ORS is becoming more widely used in Papua New Guinea (PNG). 20 children aged 6-37 months (mean age, 15 months) who presented to the Children's Outpatient Department at Port Moresby General Hospital during September-October 1993 with acute diarrhea and mild dehydration were randomly assigned to receive either a rice-based ORS or standard glucose ORS, and measurements were taken over the following 3 hours. The patients were paired by weight for analysis. No statistically significant difference was found between the amount of rice ORS and the amount of glucose ORS taken over 3 hours.

Radar studies of the vertical distribution of insects migrating over southern Britain: the influence of temperature inversions on nocturnal layer concentrations

Insects migrating over two sites in southern UK (Malvern in Worcestershire, and Harpenden in Hertfordshire) have been monitored continuously with nutating vertical-looking radars (VLRs) equipped with powerful control and analysis software. These observations make possible, for the first time, a systematic investigation of the vertical distribution of insect aerial density in the atmosphere, over temporal scales ranging from the short (instantaneous vertical profiles updated every 15 min) to the very long (profiles aggregated over whole seasons or even years). In the present paper, an outline is given of some general features of insect stratification as revealed by the radars, followed by a description of occasions during warm nights in the summer months when intense insect layers developed. Some of these nocturnal layers were due to the insects flying preferentially at the top of strong surface temperature inversions, and in other cases, layering was associated with higher-altitude temperature maxima, such as those due to subsidence inversions. The layers were formed from insects of a great variety of sizes, but peaks in the mass distributions pointed to a preponderance of medium-sized noctuid moths on certain occasions.

Interaction of octaethylene glycol n-dodecyl monoether with dioctadecyldimethylammonium bromide and chloride vesicles

Several different methods were used to investigate the vesicle-to-micelle transition induced by the addition of the nonionic surfactant octaethylene glycol n-dodecyl monoether (C12E8) to spontaneously formed vesicle dispersions of dioctadecyldimethylammonium bromide and chloride (DODAX, X = Cl- and Br-). Dynamic light scattering reveals that fast mode micelles are formed upon addition of C12E6. The micellar mode becomes progressively dominant as the C12E8/DODAX molar ratio (R) is increased until the vesicle-to-micelle transition is complete. Turbidity, calorimetry, fluorescence quantum yield, and anisotropy measurements indicate two critical compositions: the first, R-sat, when the vesicle bilayer is saturated with C12E8 and the second, R-sol, which corresponds to the complete vesicle-to-micelle transition. Below R-sat the vesicles swell due to incorporation of the surfactant into the vesicle bilayer, and above R-sat mixed micelles and bilayer structures coexist, the determined R-sat and R-sol range from 0 to 1 and 4 to 6, respectively, depending on the surfactant counterion and the experimental method used. Cryo-transmission electron microscopy micrographs show that when R approximate to 4, micelles coexist with extended bilayer fragments. In pure DODAX (1.0 mM) dispersions, unilamellar vesicles are observed. According to the DSC results, C12E8 lowers the gel-to-liquid crystalline transition temperature, T-m, of DODAX and broadens the main transition peak which disappears around R approximate to 5 and 6 for DODAC and DODAB, respectively.

Combined measurement of the Higgs Boson Mass in pp collisions at root s=7 and 8 TeV with the ATLAS and CMS experiments

Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)

Modification of Carbon Partitioning, Photosynthetic Capacity, and O2 Sensitivity in Arabidopsis Plants with Low ADP-Glucose Pyrophosphorylase Activity1

Wild-type Arabidopsis plants, the starch-deficient mutant TL46, and the near-starchless mutant TL25 were evaluated by noninvasive in situ methods for their capacity for net CO2 assimilation, true rates of photosynthetic O2 evolution (determined from chlorophyll fluorescence measurements of photosystem II), partitioning of photosynthate into sucrose and starch, and plant growth. Compared with wild-type plants, the starch mutants showed reduced photosynthetic capacity, with the largest reduction occurring in mutant TL25 subjected to high light and increased CO2 partial pressure. The extent of stimulation of CO2 assimilation by increasing CO2 or by reducing O2 partial pressure was significantly less for the starch mutants than for wild-type plants. Under high light and moderate to high levels of CO2, the rates of CO2 assimilation and O2 evolution and the percentage inhibition of photosynthesis by low O2 were higher for the wild type than for the mutants. The relative rates of 14CO2 incorporation into starch under high light and high CO2 followed the patterns of photosynthetic capacity, with TL46 showing 31% to 40% of the starch-labeling rates of the wild type and TL25 showing less than 14% incorporation. Overall, there were significant correlations between the rates of starch synthesis and CO2 assimilation and between the rates of starch synthesis and cumulative leaf area. These results indicate that leaf starch plays an important role as a transient reserve, the synthesis of which can ameliorate any potential reduction in photosynthesis caused by feedback regulation.

Subparsec-scale structure and evolution of Centaurus A (NGC5128).

We present a series of 8.4-GHz very-long-baseline radio interferometry images of the nucleus of Centaurus A (NGC5128) made with a Southern Hemisphere array, representing a 3.3-year monitoring effort. The nuclear radio jet is approximately 50 milliarcseconds in extent, or at the 3.5-megaparsec distance of NGC5128, approximately 1 parsec in length. Subluminal motion is seen and structural changes are observed on time scales shorter than 4 months. High-resolution observations at 4.8 and 8.4 GHz made in November 1992 reveal a complex morphology and allow us to unambiguously identify the self-absorbed core located at the southwestern end of the jet.

Engravings from the works of Sir Joshua Reynolds, P.R.A. /

Mounted mezzotint engravings after portraits by Sir Joshua Reynolds, executed mainly by Samuel William Reynolds and by numerous other engravers: Richard Parkes Bonington, W.A. Rainger, Frederik Bromley, George H. Every, James Scott, George Sanders, A. Sanders, Joseph W. Edwards, John Richardson Jackson, R. José, H.C. Balding, Charles Tomkins, George Salisbury Shury, Richard Josey, Charles Algernon Tomkins, Arthur Turrell, William Henry Egleton, A.N. Sanders, William T. Hulland, T. Hunt, Stephen H. Gimber, H. Davis, Edwin Hunt, Thomas Lewis Atkinson, T. José, A. Scott.