The development of threat assessment protocols has largely neglected a theoreticalfoundation, leading to a multitude of protocols with little shared in the way of scientificfoundation. The focus of this study is to test components of two theories – Sternberg’s (2018) FLOTSAM Model and Maynard and Benesch’s (2016) Integrated Model of Dangerous Speech (IMDS) – as potential criteria to use in assessing the seriousness of online threats. This study utilized a dataset of 500 open-source online communications linked to the extremist QAnon movement. An EFA was used to pull an empirical model from the data. Three CFA and SEM were performed to assess model fit and threat prediction. The EFA found three factors of QAnonposts: foot soldier posts, fearmonger posts, and true believer posts. Overall, the study found support for the use of the IMDS in analyzing online threat. Future research should incorporate other ideologies and theories into further analysis.

Ativo essencial na composição de produtos de nutrição, o fosfato bicálcico é aplicado como fonte de fósforo e cálcio em rações animais, sais minerais, e outros bens regularmente consumidos no segmento pecuário. Mesmo com uma contribuição importante para o sector agrícola nacional, a obtenção de fosfato bicálcico proporciona impactos significativos ao meio ambiente. Isso ocorre não apenas pelo consumo inexorável de rocha fosfática recursos naturais considerados como reserva estratégica de uma nação , mas também, por causa das demandas de água , de aditivos e de outros agentes de processo. Além disso, destacam-se nesse mesmo recorte a geração de resíduos sólidos e emissões para a água e para o ar, geradas em virtude da abordagem tecnológica praticado neste processamento. Este estudo faz uma avaliação do desempenho ambiental da produção de fosfato bicálcico como esta é praticada no Complexo Mineroquímico de Cajati -SP, sob a perspectiva de propor ações de melhoria ao mesmo processamento. A fim de levar a cabo a conte o presente desenvolvimento a técnica de Avaliação do Ciclo de Vida (LCA) a técnica foi utilizada para determina em termos quantitativos, a magnitude das interações entre os sistemas antrópicos e o ambiente. Os resultados da primeira etapa do projeto mostraram que a importação de enxofre, a produção de ácido fosfórico e o consumo de energia elétrica foram os estágios com o maior potencial de impactos ambientais. O diagnóstico fornecido por esta iniciativa permitiu que arranjos tecnológicos concebidas sob o enfoque ambiental fossem então modelados. Nesses termos, foram propostas melhorias quanto a logística do transporte de enxofre, o consumo de água no complexo industrial, e a aquisição de energia elétrica junto à concessionária. O estudo conclui que, se a importação de enxofre fosse realizada a partir de diferentes fornecedores, mas desconsiderando a Rússia o mais importante destes na condição atual o desempenho ambiental do processo seria afetado positivamente. Quanto ao consumo de água, a implementação de ações de reciclagem trouxe ganhos em termos de esgotamento do recurso, de eutrofização e de toxicidades em água doce e terrestre. Ainda que estes resultados fossem previsíveis, as magnitudes das reduções foram expressivas. No entanto, o uso de cal virgem para neutralização do efluente na nova estação de tratamento (ETEL) aumentou significativamente os impactos como mudanças climáticas. Por fim, a alternativa de fornecimento de energia eletricidade por cogeração de biomassa será ambientalmente eficaz se acaso esta puder proporcionar de maneira simultânea uma redução da demanda de energia térmica decorrente de combustíveis fósseis. / Essential asset in the composition of nutrition products, the dicalcium phosphate is applied as a source of phosphorus and calcium in animal rations, minerals salts and other regularity consumed goods in the livestock sector. Even with an important contribution to the national agricultural sector, the obtaining of dicalcium phosphate provides significant impacts to the environment. This occurs not only by the inexorable consumption of phosphate rock natural resources considered as strategic reserve of a nation but also, because of the demand for water, additives and other agents used in the process. Moreover, still regarding environmental effects, must be highlighted the solid waste generation and the emissions for water and to the air released by virtue of the technological approach usually practiced in this processing. This study makes an evaluation of the environmental performance of dicalcium phosphate production as it is practiced in the Complexo Mineroquímico of Cajati-SP, under the perspective to propose improvement actions. In order to carry out the development Life Cycle Analysis (LCA) technique was employed in order to determine, in a quantitative way, the magnitude of the interactions between the anthropic systems and its surroundings. The results of the first step of the project showed that sulfur import, phosphoric acid production and consumption of electric energy were the stages with the most significant environmental impacts. The diagnosis allowed that technological arrangements conceived under the environmental perspective were modeled. Therefore there were proposed improvements concerning the logistic of Sulphur transportation, water consumption in the industrial complex, and to the electricity acquired from the concessionaire. The study concludes that if the sulphur importation were shared among different suppliers, without considering Russia the most important of them nowadays , the environmental performance of the process would be positively affected. Regarding water consumption, the implementation of recycling actions brought gains in terms of water depletion, Eutrophication and both Freshwater and Terrestrial Ecotoxicity. Event that these results could be previously predicted the magnitudes of the decreases were expressive. However, the use of quicklime to neutralize the effluent in the wastewater treatment increased significantly the impacts as Climate Changes. The alternative of energy supplying electricity by cogeneration of biomass will be environmentally effective if it can provide, simultaneously reduction of thermal energy demand from fossil fuels.

Ativo essencial na composição de produtos de nutrição, o fosfato bicálcico é aplicado como fonte de fósforo e cálcio em rações animais, sais minerais, e outros bens regularmente consumidos no segmento pecuário. Mesmo com uma contribuição importante para o sector agrícola nacional, a obtenção de fosfato bicálcico proporciona impactos significativos ao meio ambiente. Isso ocorre não apenas pelo consumo inexorável de rocha fosfática recursos naturais considerados como reserva estratégica de uma nação , mas também, por causa das demandas de água , de aditivos e de outros agentes de processo. Além disso, destacam-se nesse mesmo recorte a geração de resíduos sólidos e emissões para a água e para o ar, geradas em virtude da abordagem tecnológica praticado neste processamento. Este estudo faz uma avaliação do desempenho ambiental da produção de fosfato bicálcico como esta é praticada no Complexo Mineroquímico de Cajati -SP, sob a perspectiva de propor ações de melhoria ao mesmo processamento. A fim de levar a cabo a conte o presente desenvolvimento a técnica de Avaliação do Ciclo de Vida (LCA) a técnica foi utilizada para determina em termos quantitativos, a magnitude das interações entre os sistemas antrópicos e o ambiente. Os resultados da primeira etapa do projeto mostraram que a importação de enxofre, a produção de ácido fosfórico e o consumo de energia elétrica foram os estágios com o maior potencial de impactos ambientais. O diagnóstico fornecido por esta iniciativa permitiu que arranjos tecnológicos concebidas sob o enfoque ambiental fossem então modelados. Nesses termos, foram propostas melhorias quanto a logística do transporte de enxofre, o consumo de água no complexo industrial, e a aquisição de energia elétrica junto à concessionária. O estudo conclui que, se a importação de enxofre fosse realizada a partir de diferentes fornecedores, mas desconsiderando a Rússia o mais importante destes na condição atual o desempenho ambiental do processo seria afetado positivamente. Quanto ao consumo de água, a implementação de ações de reciclagem trouxe ganhos em termos de esgotamento do recurso, de eutrofização e de toxicidades em água doce e terrestre. Ainda que estes resultados fossem previsíveis, as magnitudes das reduções foram expressivas. No entanto, o uso de cal virgem para neutralização do efluente na nova estação de tratamento (ETEL) aumentou significativamente os impactos como mudanças climáticas. Por fim, a alternativa de fornecimento de energia eletricidade por cogeração de biomassa será ambientalmente eficaz se acaso esta puder proporcionar de maneira simultânea uma redução da demanda de energia térmica decorrente de combustíveis fósseis. / Essential asset in the composition of nutrition products, the dicalcium phosphate is applied as a source of phosphorus and calcium in animal rations, minerals salts and other regularity consumed goods in the livestock sector. Even with an important contribution to the national agricultural sector, the obtaining of dicalcium phosphate provides significant impacts to the environment. This occurs not only by the inexorable consumption of phosphate rock natural resources considered as strategic reserve of a nation but also, because of the demand for water, additives and other agents used in the process. Moreover, still regarding environmental effects, must be highlighted the solid waste generation and the emissions for water and to the air released by virtue of the technological approach usually practiced in this processing. This study makes an evaluation of the environmental performance of dicalcium phosphate production as it is practiced in the Complexo Mineroquímico of Cajati-SP, under the perspective to propose improvement actions. In order to carry out the development Life Cycle Analysis (LCA) technique was employed in order to determine, in a quantitative way, the magnitude of the interactions between the anthropic systems and its surroundings. The results of the first step of the project showed that sulfur import, phosphoric acid production and consumption of electric energy were the stages with the most significant environmental impacts. The diagnosis allowed that technological arrangements conceived under the environmental perspective were modeled. Therefore there were proposed improvements concerning the logistic of Sulphur transportation, water consumption in the industrial complex, and to the electricity acquired from the concessionaire. The study concludes that if the sulphur importation were shared among different suppliers, without considering Russia the most important of them nowadays , the environmental performance of the process would be positively affected. Regarding water consumption, the implementation of recycling actions brought gains in terms of water depletion, Eutrophication and both Freshwater and Terrestrial Ecotoxicity. Event that these results could be previously predicted the magnitudes of the decreases were expressive. However, the use of quicklime to neutralize the effluent in the wastewater treatment increased significantly the impacts as Climate Changes. The alternative of energy supplying electricity by cogeneration of biomass will be environmentally effective if it can provide, simultaneously reduction of thermal energy demand from fossil fuels.

Today, schools wanting to work with Integral Education are caught between security that the traditional system of social reproduction offers parents and children, and the universal needs of a new global education for human change that is trying to emerge. This pull between the expectations of the past and the aspirations of the future, gives little scope for deepening in the present. This dilemma can be observed in Auroville, International township in South India, created for the purpose of experimentation in collective process working for human unity and sustainability. To define the underlying foundations of Integral Education , give clear visibility of its purpose and implementation in TLC, thereby identifying perimeters through which it can be assessed. The following questions are used to answer to the aims of the research: How can Integral Education respond to the universal needs of human change through transformational educational leadership (of facilitators/parents/children) in everyday work with children? How can an education with the aim of individual development and growth be assessed? How can the pedagogical principles of an Integral Education be made visible to gain recognition? The study was done through analysis of filmed material and reflective interviews gathered during an entire school year in one of Auroville’s schools - The Learning Community (TLC). The data collected, was analysed and discussed through a hermeneutic approach, using a three step chain of inference, involving children, parents and teachers, to process the material. The results showed that Integral learning is indeed very tangible, made visible through the pedagogical core areas in the TLC approach and methodology, and exemplified through manifestations that can be observed, and results seen through process over time. It showed that educational leadership is a key both to understanding Integral Education, and working towards recognition based on deeper connection to the practice and its universal intentions.