The thesis introduces one of the most important personalities of the Czech musical pedagogy of the last century - professor PaedDr. Jaroslav Herden, CSc. Its aim of the thesis is to present the wide range of pedagogical activities he practiced. The thesis consists of six main chapters dealing with Herden's life with the focus on his musical activities, his education and professional growth. The chapters analyse Herden's experience at the Faculty of Education at Charles University in Prague and his publication and broadcast activities. This work also mentions the Summer School of Music, as Herden was its founder. The last part of the thesis focuses on the heritage of this extraordinary personage.

Title: The influence of two different lower limb exercises on the speed of skating during dry land training in young ice hockey players aged 17 to 20. Aim: The aim of this study was comparation of the effect of two variations in preseason pre preparation on speed of skating. Methods: The hockey players in the age from 17 to 20, who have been training ice hockey for 12 - 14 years, have been watched. The hockey players have been divided into two groups on the base of the technology of the skating. The speed of the skating, have been measured at all hockey players at the beginning of the watching. Then the hockey players have absolved the summer preparation. The capacity of the training has been the same for both groups (the amount of the lessons, frequency, etc.). The difference was in the way of performing of some exercises, mainly the exercising of the legs. The first group has been doing the exercises in the "speed" form, while the second group has been doing the exercises in the " strength" form. The effect of the used training has been controlled by the motoric tests. The speed of the ice skating has been evaluated again before the beginning of the playing season. The results have been statistically elaborated and compared. The results: Both training systems have significantly improved...

This diploma thesis deals with the development of computational and algorithmic thinking in a non-formal education setting, specifically in the conditions of a summer camp activity, which is one of the forms of non-formal education. The thesis verifies by the pedagogical experiment whether it is possible to develop the computational thinking of camp participants, when unplugged activities are included in the programme content. The theoretical part defines the concepts of computational and algorithmic thinking. It also includes property of unplugged methodology. The practical part evaluates the pedagogical field experiment for which 3 sets of unplugged activities and 2 sets of test tools were created. The experiment took place during two summer camp for children from 9 to 18 years old, who were divided into two age groups for testing purposes. In pursuance of the experiment it was found out that the conditions of summer camp activity allow the inclusion of unplugged activities, which represent a method enabling the development of the computational thinking of the camp participants. Though it emerged that these activities have a bearing only on the participants who are more active during these activities and who are more interested in them. KEYWORDS unplugged activities, computational thinking,...

Com a finalidade de estudar as perturbações médias sobre a Plataforma Continental Sudeste (PCSE) causadas pela passagem de uma frente fria durante o verão, obteve-se um estado básico médio de correntes. Esse campo médio foi obtido com o POM (Princeton Ocean Model) através de simulação diagnóstica, seguida por curta rodada prognostica. As correntes modeladas para o verão na Plataforma Continental Sudeste assemelharam-se em alguns aspectos a correntes obtidas em fundeios de correntógrafos realizados pela Diretoria de Hidrografia e Navegação (DHN), e pelo Instituto Oceanográfico da Universidade de São Paulo, durante os projetos Ciculação Oceânica na Região Oeste do Atlântico Sul (COROAS) e Dinâmica do Ecossistema de Plataforma da Região Oeste do Atlântico Sul (DEPROAS), validando os resultados do modelo Durante a passagem da frente fria as correntes invertem em cerca de seis a nove horas após a passagem do sistema frontal por cada região da PCSE. As etapas da subsidência costeira foram modeladas, ocorrendo transporte de deriva do vento em direção à costa, na camada superficial (0-10m), e transporte de compensação ao longo da coluna d\'água, havendo empilhamento de água na região costeira. A força de gradiente de pressão barotrópica desenvolvida implicou na formação e intensificação do jato costeiro em direção a menores latitudes. Durante esse estado transiente associado à passagem do sistema frontal, a Água Tropical aproxima-se da costa em nível sub-superficial, misturando-se com as águas da plataforma continental A porção da Plataforma Continental Sudeste localizada ao sul da Ilha de São Sebastião é a que responde com maior intensidade à passagem do sistema meteorológico frontal. Na direção transversal à costa, predomina o balanço geostrófico, o qual é intensificado durante a passagem da frente fria, enquanto que ao longo da costa as águas são desviadas do referido balanço pela tensão de cisalhamento do vento e pela aceleração local. Em Cananéia, ocorre a maior amplitude de variação do nível do mar, que pode estar associada a um mecanismo de ressonância entre os ventos do sistema frontal e Ondas de Plataforma Continental geradas pelo vento, uma vez que possuem velocidades de propagação próximas. A plataforma continental adquire vorticidade relativa ciclônica durante a passagem da frente fria. / In order to study the pertubations caused on the South Brazil Bigth (SBB) caused by the passage of a cold front during Summer, a mean basic state for currents was obtained using the POM (Princeton Ocean Model) through diagnostic simulation, followed by a short round prognostic. The mean currents modeled are in certain instancies similar to the currents measured by meter moorings deployed by the Directorate of Hydrography and Navigation (DHN), and by Oceanographic Institute of the University São Paulo during the Projects Oceanic Circulation in the Western South Atlantic (COROAS) and Dynamic of the Ecosystem of the Shelf of the Western South Atlantic Region (DEPROAS), validating results model. During the cold front passage, the currents invert six to nine hours after the passage of the frontal system through each region of the SBB. The stages of coastal subsidence were modeled, with coastward wind drift transport at superficial layer and offshore compensation transport throughout the water column, with piling of water in the coastal region. The strength of the barotropic pressure gradient developed caused the formation and intensification of a coastal jet. During this transient stage associated with the passage of the frontal system, the Tropical Water approaches the coast within sub-surface layer, mixing with continental shelf waters. The portion of SBB located to the South of São Sebastião Island is the portion which is most influenced by the passage of the frontal system. In a normal direction to the coast, the geostrophic balance predominates, being intensified during the passage of the cold front, while along the coast, the waters is diverted from this balance by the wind stress and by the local acceleration, which tend to have opposite signs. Near Cananéia, there is the highest sea level elevation, which may be associated with a mechanism of resonance between the winds of the frontal system and the Continental Shelf Waves generated by the wind, since they have the same speed of propagation. The continental shelf acquires cyclonic relative vorticity during the passage of the cold front.

Este trabalho teve por finalidade simular a hidrodinâmica da Plataforma Continental Interna do Estado de São Paulo (PCISP) e da Plataforma Continental Média do Estado de São Paulo (PCMSP) no período de verão, em resposta às forçantes do gradiente de densidade, do vento climatológico e das marés, através da implementação do modelo numérico hidrodinâmico tridimensional Regional Ocean Modeling System (ROMS). Os experimentos realizados mostraram que os efeitos da distribuição de densidade sobre o comportamento geral da circulação na PCISP e PCMSP são secundários quando comparados à circulação induzida pela tensão de cisalhamento do vento. Os resultados apontam que na PCISP e na PCMSP a componente de velocidade paralela à costa é dominada por forçantes de frequência subinercial, como o vento climatológico e o gradiente de densidade, enquanto que a componente normal, na direção normal à costa, é fortemente influenciada pela forçante de maré. / The aim of this study was simulate the hydrodynamic of the Inner Continental Shelf of the State of São Paulo (PCISP) and of the Mid Continental Shelf of the State of São Paulo (PCMSP) during summer, in response to the density gradient forcing, to the climatological wind shear stress forcing and to the tide forcing, applying the tridimensional hydrodynamic numeric model Regional Ocean Modeling System (ROMS). The experiments performed showed the effects of the density distribution over the general circulation behavior in the PCISP and PCMSP are secondary compared with the induced climatological wind shear stress circulation. The results indicate that in the PCISP and in the PCMSP the component velocity parallel to the coast is dominated by subinertial frequencies forcing, as the climatological wind and the density gradient, while the component velocity perpendicular to the coast is strongly influenced by the tide forcing.

Face à la nécessité de réduire les consommations énergétiques ainsi que les émissions de CO2 dans le secteur du bâtiment, nous voyons se succéder des réglementations thermiques de plus en plus strictes. Ainsi, en 2020, tous les bâtiments neufs devront être à énergie positive. Le recours à des stratégies passives, exploitant les ressources de l'environnement, est un point clé pour atteindre cet objectif.En climat méditerranéen, caractérisé des étés chauds et secs, la ventilation naturelle peut apporter un confort thermique acceptable si celle-ci est utilisée intelligemment. Son efficacité est cependant très dépendante des conditions météorologiques locales et peut varier grandement d'un site à l'autre. Malgré la simplicité de ce type de système, sa gestion peut également s'avérer complexe si l'utilisateur ne dispose pas d'informations suffisantes et n'est pas présent en permanence dans le bâtiment. Cela met en avant l'intérêt de disposer d'outils adaptés à son étude, ainsi que de proposer un pilotage simple et optimisé du bâtiment, basé sur le confort de l'occupant.Afin d'évaluer le potentiel de la ventilation naturelle sans avoir recours à une lourde campagne expérimentale ou à une phase de modélisation complexe, nous proposons tout d'abord des indicateurs climatiques permettant d'obtenir une première vue du site étudié.À partir d'une approche expérimentale et numérique en conditions réelles, nous nous intéressons ensuite à la problématique de la mesure dans les bâtiments ventilés naturellement et notamment à celle du débit d'air. L'instrumentation d'un bâtiment résidentiel de l'IESC, situé sur le site de l'Université de Corse et du CNRS, permet le développement et le test de différents modèles simplifiés et adaptés au cas d'étude. La partie aéraulique est traitée à l'aide d'outils statistiques tandis la partie thermique repose sur une modélisation par analogie électrique. Un cas d'application du modèle thermo-aéraulique ainsi développé est finalement proposé pour illustrer ses possibilités d'utilisation sur différents modes de gestion de la ventilation naturelle. / The need to reduce energy consumption and CO2 emissions in buildings leads to more and more stringent thermal regulations succeeding one another. In 2020, all new buildings should be positive energy buildings producing more energy than they use. Passive strategies, exploiting the resources of the environment, are a key point to meet this objective.In Mediterranean climate, characterized by hot and dry summers, natural ventilation can provide thermal comfort when used wisely. However, its efficiency is highly dependent on local weather conditions and can vary greatly from one site to another. Despite the simplicity of this type of system, its operation can be complex if the user does not have sufficient information and is not always present in the building. This shows the interest of developing appropriate tools for its study and implementing a simple and optimized control on the building, based on occupant comfort.To assess the potential of natural ventilation without the need of complex experimental measurement or modelling, we propose first of all several climate indicators which can give a first view of a site.Then, based on full-scale experimentations and numerical studies, we focus on the problem of measurement in naturally ventilated buildings with particular attention to the airflow rate. The instrumentation of a residential building at IESC (University of Corsica and CNRS) allows to develop and to test simplified models adapted to the case study. The airflow rate is obtained by statistical tools and the thermal model is based on an electrical analogy. Finally, an application of the coupled thermal and airflow model is proposed to highlight its possibilities on different natural ventilation control modes.

Este trabalho teve por finalidade simular a hidrodinâmica da Plataforma Continental Interna do Estado de São Paulo (PCISP) e da Plataforma Continental Média do Estado de São Paulo (PCMSP) no período de verão, em resposta às forçantes do gradiente de densidade, do vento climatológico e das marés, através da implementação do modelo numérico hidrodinâmico tridimensional Regional Ocean Modeling System (ROMS). Os experimentos realizados mostraram que os efeitos da distribuição de densidade sobre o comportamento geral da circulação na PCISP e PCMSP são secundários quando comparados à circulação induzida pela tensão de cisalhamento do vento. Os resultados apontam que na PCISP e na PCMSP a componente de velocidade paralela à costa é dominada por forçantes de frequência subinercial, como o vento climatológico e o gradiente de densidade, enquanto que a componente normal, na direção normal à costa, é fortemente influenciada pela forçante de maré. / The aim of this study was simulate the hydrodynamic of the Inner Continental Shelf of the State of São Paulo (PCISP) and of the Mid Continental Shelf of the State of São Paulo (PCMSP) during summer, in response to the density gradient forcing, to the climatological wind shear stress forcing and to the tide forcing, applying the tridimensional hydrodynamic numeric model Regional Ocean Modeling System (ROMS). The experiments performed showed the effects of the density distribution over the general circulation behavior in the PCISP and PCMSP are secondary compared with the induced climatological wind shear stress circulation. The results indicate that in the PCISP and in the PCMSP the component velocity parallel to the coast is dominated by subinertial frequencies forcing, as the climatological wind and the density gradient, while the component velocity perpendicular to the coast is strongly influenced by the tide forcing.

A cebola (Allium cepa L.) é uma das culturas hortícolas de maior importância no Brasil, com cerca de 70.000 ha e produção de 912.000 t. O mercado apresenta entressafra de fevereiro a julho; sendo o cultivo de verão, uma forma de aumentar os lucros. Uma das dificuldades deste cultivo é a produção de mudas para o transplante. Com o objetivo de verificar o comportamento na fase de muda do híbrido de dias curtos Mercedes, sob cultivo protegido como cultura de verão, o experimento foi instalado em estufa, no Campo Experimental do Departamento de Produção Vegetal, da Escola Superior de Agricultura 'Luiz de Queiroz'. O experimento constou da produção de mudas em ambiente protegido, utilizando bandejas de isopor de 288 células. Os fatores testados foram quatro tipos de substratos (Plantmax HT e três formulações experimentais: Plantmax HT com PG Mix, Teste CM e Teste CM com PG Mix) e dois números de mudas por células (3 e 4 mudas). A subparcela testada foi a suplementação mineral com nitrogênio (1,5 g/l de água de nitrato de cálcio + 1,0 g/l de água de nitrato de potássio; 2 e 3 vezes por semana). Cada bandeja foi considerada uma parcela, sendo dividida em duas subparcelas em função da suplementação mineral com nitrogênio. Em cada subparcela foram semeadas 70 células, sendo que foram deixadas 4 fileiras livres de substratos para separação das subparcelas. Foram utilizadas 24 bandejas. O delineamento experimental adotado foi o inteiramente casualizado, com fatorial 4 X 2 em parcelas subdivididas, e com 3 repetições. A semeadura foi realizada 05/02/99, com a germinação ocorrendo 6 dias depois. Foi realizado um desbaste para ajuste de estande 7 dias após a emergência (DAE) e a suplementação mineral começou 11 DAE. Foram realizadas três avaliações das mudas aos 16, 21 e 26 DAE. Os parâmetros avaliados foram: diâmetro do pseudocaule, altura da planta, peso da matéria seca da parte aérea, peso da matéria seca do sistema radicular. Com base nos resultados encontrados no presente trabalho, podemos concluir que a densidade de 3 mudas por célula apresentou menor taxa de bulbificação precoce e maior altura da planta; os substratos Plantmax HT e Plantmax com o PG Mix apresentaram maior peso seco do sistema radicular e que a aplicação da suplementação mineral com nitrogênio, realizada 3 vezes por semana apresentou os maiores valores com relação aos parâmetros altura da planta e peso da matéria seca da parte aérea, não apresentando bulbificação precoce das mudas. / Onion (Allium cepa L.) is one of the more important cultivated vegetables in Brazil, where this crop is being cultivated in approximately 70.000 hectares annually. The total production of onion in the country was of 912.000 tons last year. Summer-planted onion is a way of increasing the growers's profits. Farmers are searching for an more manageable alternative procedure for seedlings's production. Local greenhouses may be a good place for the production of onion transplants, but, as far as we know, no information concerning onion production in cells, on greenhouse, is available up to the moment. The experiment was carried out in a greenhouse from the Vegetable Production Department on the Escola Superior de Agricultura 'Luiz de Queiroz' - Universidade de São Paulo, with the objective of studying the behavior of the shortdays-hybrid Mercedes in its initial stage of plant raising, under controlled environment as summer-planted onions. The experiment consisted on the production of plants in controlled environment, using 288-cell styrofoam trays. There were four studied factors, namely, different substrates (Plantmax HT and three experimental formulations: Plantmax HT with PG Mix, Test CM and Test CM with PG Mix) and two different numbers of plants per cells (3 and 4 plants). The sub plot was the N application - 1,5 g. calcium nitrate of calcium/1l water + 1,0 g potassium nitrate /ll water (2 and 3 times a week). 24 trays were used in the experiment. Each tray was a plot, divided in two sub plots. 70 cells were sowed in each sub plot. 4 lines without substrate separated the sub plots. The treatments were designed in split-plot pattern with three replications each, with the substrate and the number of plants per cells as main plots and N application as the sub-plot. Sowing was performed on 99/Feb./05, and the emergency began 6 days later . The seedlings were thinned so that, seven days after the emergency (DAE), only 3 to 4 plants per cells would remain. N appication started 11 DAE. Three evaluations of the seedlings were accomplished to the 16, 21 and 26 DAE. The appraised parameters were: diameter of the pseudostem, height of the plant, weight of the dry matter of the aerial part, weight of the dry matter of the root system. This experiment's data indicate that the number of 3 plants per cells decrease the earlier onset of bulbing and increase the height of the plant; the Plantmax HT and Plantmax with PG Mix substrates increase the roots's dry weight; and the N application, 3 times a week, increase the values of height of the plant and leaves's dry weight, and does not result in earlier onset of bulbing.

Com a finalidade de estudar as perturbações médias sobre a Plataforma Continental Sudeste (PCSE) causadas pela passagem de uma frente fria durante o verão, obteve-se um estado básico médio de correntes. Esse campo médio foi obtido com o POM (Princeton Ocean Model) através de simulação diagnóstica, seguida por curta rodada prognostica. As correntes modeladas para o verão na Plataforma Continental Sudeste assemelharam-se em alguns aspectos a correntes obtidas em fundeios de correntógrafos realizados pela Diretoria de Hidrografia e Navegação (DHN), e pelo Instituto Oceanográfico da Universidade de São Paulo, durante os projetos Ciculação Oceânica na Região Oeste do Atlântico Sul (COROAS) e Dinâmica do Ecossistema de Plataforma da Região Oeste do Atlântico Sul (DEPROAS), validando os resultados do modelo Durante a passagem da frente fria as correntes invertem em cerca de seis a nove horas após a passagem do sistema frontal por cada região da PCSE. As etapas da subsidência costeira foram modeladas, ocorrendo transporte de deriva do vento em direção à costa, na camada superficial (0-10m), e transporte de compensação ao longo da coluna d\'água, havendo empilhamento de água na região costeira. A força de gradiente de pressão barotrópica desenvolvida implicou na formação e intensificação do jato costeiro em direção a menores latitudes. Durante esse estado transiente associado à passagem do sistema frontal, a Água Tropical aproxima-se da costa em nível sub-superficial, misturando-se com as águas da plataforma continental A porção da Plataforma Continental Sudeste localizada ao sul da Ilha de São Sebastião é a que responde com maior intensidade à passagem do sistema meteorológico frontal. Na direção transversal à costa, predomina o balanço geostrófico, o qual é intensificado durante a passagem da frente fria, enquanto que ao longo da costa as águas são desviadas do referido balanço pela tensão de cisalhamento do vento e pela aceleração local. Em Cananéia, ocorre a maior amplitude de variação do nível do mar, que pode estar associada a um mecanismo de ressonância entre os ventos do sistema frontal e Ondas de Plataforma Continental geradas pelo vento, uma vez que possuem velocidades de propagação próximas. A plataforma continental adquire vorticidade relativa ciclônica durante a passagem da frente fria. / In order to study the pertubations caused on the South Brazil Bigth (SBB) caused by the passage of a cold front during Summer, a mean basic state for currents was obtained using the POM (Princeton Ocean Model) through diagnostic simulation, followed by a short round prognostic. The mean currents modeled are in certain instancies similar to the currents measured by meter moorings deployed by the Directorate of Hydrography and Navigation (DHN), and by Oceanographic Institute of the University São Paulo during the Projects Oceanic Circulation in the Western South Atlantic (COROAS) and Dynamic of the Ecosystem of the Shelf of the Western South Atlantic Region (DEPROAS), validating results model. During the cold front passage, the currents invert six to nine hours after the passage of the frontal system through each region of the SBB. The stages of coastal subsidence were modeled, with coastward wind drift transport at superficial layer and offshore compensation transport throughout the water column, with piling of water in the coastal region. The strength of the barotropic pressure gradient developed caused the formation and intensification of a coastal jet. During this transient stage associated with the passage of the frontal system, the Tropical Water approaches the coast within sub-surface layer, mixing with continental shelf waters. The portion of SBB located to the South of São Sebastião Island is the portion which is most influenced by the passage of the frontal system. In a normal direction to the coast, the geostrophic balance predominates, being intensified during the passage of the cold front, while along the coast, the waters is diverted from this balance by the wind stress and by the local acceleration, which tend to have opposite signs. Near Cananéia, there is the highest sea level elevation, which may be associated with a mechanism of resonance between the winds of the frontal system and the Continental Shelf Waves generated by the wind, since they have the same speed of propagation. The continental shelf acquires cyclonic relative vorticity during the passage of the cold front.

Educators involved in the teaching, learning, and assessment of social and emotional learning (SEL) competencies face challenges on how to integrate these competencies into instruction. Limited research has been conducted about how to integrate such SEL competencies into instructional practices, particularly in the context of a summer enrichment program. The purpose of this single case study was to explore how teachers and counselors at a summer enrichment program for preK-4 students integrated SEL competencies into instructional activities. The conceptual framework was based on core competencies and standards for quality program design that the Collaborative for Academic, Social, and Emotional Learning (CASEL) developed. Participants included 2 teachers and 2 camp counselors at a summer enrichment program located in a western state. Data were collected from individual interviews with participants, observations of activities that integrated these SEL competencies into instruction, and documents related to the summer program. Data analysis included coding and categorizing of interviews and observations and content analysis of documents to identify themes and discrepant data. Key findings were that the 5 core competencies were intentionally and systematically integrated into the instructional activities of the summer enrichment program as evidenced by program planning, curricular development, implementation of a variety of instructional strategies, and informal teacher and parent assessments. This study contributes to positive social change because students who have mastered these competencies may demonstrate fewer behavioral issues and form more positive interpersonal relationships, which may lead to improved academic achievement.