202 resultados para Etanol. Certificação sustentável. Meio ambiente. Comércio internacional
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Pós-graduação em Geografia - IGCE
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Pós-graduação em Ciência Florestal - FCA
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Pós-graduação em Relações Internacionais (UNESP - UNICAMP - PUC-SP) - FFC
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Pós-graduação em Agronomia (Energia na Agricultura) - FCA
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The content of this article addresses two complex issues that concern contemporary society: Science of Human Functioning and Environmental Sustainability. On the one hand, the Science of Human Functioning, meeting the principles of the International Classification of Functioning (ICF) and Universal Design, aim the development of accessible projects, products and environments, used by everyone, at the greatest extent possible, free from adaptation or plans to remove architectural barriers. The Universal Design is a process for creating products that are accessible to everyone, regardless their personal characteristics, age, skills and needs. On the other hand, Environmental Sustainability, with principles already imbricated in the Science of Human Functioning, traverses towards the acquisition of realistic measures for the segments of human activities. Based on the emphasis of the sustainable development, it aims to meet current needs not compromising the possibility of future generations to meet their own needs. Thus, it seeks the balance in coexistence between men and the environment by taking care of environmental, social and economic aspects and seeking for alternatives to support life on Earth with no harm to the quality of the planet in the future. It is argued that the combination of the issues contains relevant potential for interdisciplinary action, bringing together professionals from several fields of knowledge that, by socializing their experiences aiming at improving the human functioning and quality of life of people and environment, will be able to innovate and reinvent the knowledge for benefiting welfare, thus contributing effectively to society.
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BACKGROUND: The workplace is affected by poor lifestyle habits that can cause alterations in the quality of life (QOL) of the employees. OBJECTIVE: To evaluate the quality of life and the cardiovascular risk factors in employees of a business. Relate the quality of life with the variables of cardiovascular risk, gender and work sector. METHOD: 41 employees were evaluated (30 females and 11 males) aging between 18 and 54 years (mean 27.4 ± 8.9 years). A protocol was used with: personal data, personal background, physical examination (anthropometry) and the WHOQOL-bref questionnaire to evaluate the QOL. Statistical analysis was completed by the Chi-squared test and Sperman’s rank correlation, with a significance of 5%. RESULTS: We found 31(75.6%) sedentary; 16(39.0%) excess weight; 2(4.9%) smokers; 9(22.0%) alcohol consumers and 25(61.0%) family history. We also found 13(31.7%) overweight/low risk and 3(7.3%) obese/moderate risk. The best score on the WHOQOL-bref was on physical health (72.9), and the worst on environment (61.3) and mean score of 69.5 for total QOL. Male employees presented greater scores on all domains, but this association had a non-significant result. There was positive correlation between the physical and psychological domains with the environment and total QOL. CONCLUSION: The employees presented important cardiovascular risk factors like sedentary lifestyle, family history, excess weight and alcohol consumption. The employee’s QOL is considered satisfactory in the perception of health; the best QOL being in the physical domain and the worst in the environment. Change measures are suggested to the company for the cardiovascular risk factors detected.
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The present study characterizes the physical environment for its fragility and its capacity to support, through geological and geomorphological properties in the study area, concerning primarily with a sustainable environmental planning for the construction and maintenance of buried linear works. The study area is located on a portion of the Paraiba Valley, which is between the latitudes 22 °30' S and 23°00' S and longitudes 44°30' W and 45° 15' W, between cities of Aparecida (SP) and Queluz (SP). The methodology was based in the visual interpretation of TM/Landsat-7 images, using as a criterion the element textural image and its way of organizing space. To do so, it was set five levels of textural density, enabling thus to the partitioning of the area in areas counterparts (Z.H.s). As a result, it was identified 133 Z.H.s. By using the same criterion textural image the following physical properties were classified: Erosion Resistance, Permeability, Plasticity X Brittle, Tropia and Relief Asymmetry for each zone counterpart, and then grouped themselves as they hold all properties equal in Units Geoenvironmental (U.G.s). As a result it was identified 18 U.G.s. The work presents, as a final result, a thematic map with favorable or restrictable sectores to the design of buried linear works. Based on this map, it can be propose traces to buried linear works, analyzing their suitability to the physical environment and reducing the impacts caused to the environment.
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CCurrently there are various systems for the evaluation of environmental impacts of buildings, known as tools of environmental certification. Among these, the tool LEED for New Construction and Major Renovations has been the most widely used and accepted worldwide, in assessing the sustainability of buildings. Therefore, this study aimed to analyze the tool for LEED certification for construction work in Brazil, which ranks fourth in the world ranking records certification of sustainable buildings. It was found in this analysis that the assumptions of this tool are encouraging the use of more sustainable and less impactful on the environment as it promotes the deployment of innovative projects from a technological standpoint, , as well as the valuation of enterprises certified. Also, very significant results obtained in terms of energy efficiency and environmental quality in occupied buildings
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There are substantial evidences that the period experienced by humanity globally is unprecedented and is heading towards a major transformation that results from the Globalization. Totally conditioned to the addictions of the dominant and predatory capitalism, humanity has, for decades, exhausted natural resources, disregarded the nature of its own social existence and walked away from its humanity. It is notable, however, an impressive flow of factors that dialogue and support each other as trends that go towards sustainable development, based on the harmonious integration between Technology, Culture, Society, Environment and Economy. This emerging moment can be seen from the perspectives of the Creative Economy as economic paradigm centered on the subjectivity and the human capacity to undertake innovative services, products and solutions guided by social values. Within this fluid and dynamic global context, initiatives that legitimately intend to act sustainably are gaining space. This socioeconomic moment fosters and is fostered by new kinds of work and organization guided by the Collaboration and social structuring on Network Patterns. These new social models significantly transform the understanding and insights about the Communication flows. The HUB São Paulo, as creative and social organization that operates under the logic of Collaboration through a Network Structure, was the subject of a case study used to sustain the defense of this emerging scenario and also to perform an analysis on the new role of Communication, at perspectives of transformation of mental paradigms towards sustainability and establishment of meaningful connections
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The inclusion of sustainability practices in the construction is a growing trend. This propensity to sustainability takes place from the 1980’s due to the concern about the scarcity of natural resources and damages caused by the men to the environment. Another upward sector in the architecture business is the environmental psychology. The understanding of the environment and it’s planning and adaptation to meet the real user’s needs are essential factors to build an widely used and comfortable environment. An environment can only be considered complete when it meets the real user’s needs. Sustainability related themes as well as environmental psychology are highlighted in the discussions about the projects as fundamental factors to the environment’s quality. This work seeks the development of an kindergarten school, conceptually grounded in researches and analysis of school environments, playful projects and sustainability in the built environment, aiming its use in the city of Bauru. The project will be built from the understanding of the human behavior and in search of an sustainable architecture
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Given the large potential impact that the construction industry has on the environment and the need to reduce environmental degradation , environmental certifications are important tools of environmental management. This work deals with the environmental certifications of sustainable buildings LEED and AQUA . This project employed the method of exploratory research to identify the requirements that impose the greatest difficulties in the implementation of LEED and AQUA , surveying the reasons for the choice of certification to be deployed and to analyzing the main benefits perceived by certified organizations. Concepts related to the topic were obtained from the literature, leading to the development of a questionnaire that was applied in organizations that have gone through the above certifications . From the analysis of questionnaires, it was possible to highlight that the main reasons for the adoption of an environmental certificate in the construction industry are linked to economic issues such as greater market recognition and appreciation of the project and what is still needed to invest in environmental awareness industry and the whole society
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Due to the great impact caused by construction, the university has a major role in the development of alternative projects and studies aimed at sustainable development. This project presents the advantages and importance of building in a sustainable manner from the beginning to end of the Center of Experiences at UNESP, Rio Claro / SP. It will be presented alternative building materials that have high environmental performance and that bring the least negative impacts as possible. Providing a Center of Experiences through a sustainable building is in need of the university to renovate the new trends of society in which the construction is in harmony with the environment in which it is inserted. This sustainable building will serve as a model for students and residents of Rio Claro, since the building itself will serve as a way of learning to the audience goer, as well as for the other campuses of UNESP. Thus, this project will serve as a guide for decision makers facing the huge amount of building materials available in the market
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One of the majors concerns in society today is to decrease the environmental impact caused by human activities and natural resource exploration. From this need to be more careful with the environment arose, in the field of civil construction, the term sustainable building. Projects that use natural resources rationally, without ceasing to bring comfort and functionality for customers, are becoming more a reality. This paper presents the share of electric energy in a sustainable building, with the analysis of the available renewable energies used in a project, presentation of new constructive techniques and technologies that are constantly emerging to achieve greater energy efficiency, with an appropriate use of energy received, also a decrease of the energy consumed by some devices present in a residence or business
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Over the years, the concern with the detection of the levels of radionuclides in the environment has increased, given that they are carcinogenic to the human respiratory system. Present in the air, waters, soil and building materials, among other substances, radionuclides are unknown by most of the population. In this paper, we present the radioactive gas 222Rn, predominant element among all others and one way of detecting it in an example study of the waters of the Presidente Prudente - SP, through the plastic detector called CR-39. Likewise, we realized the need to approach this issue more broadly in schools and even in higher education, since this field of modern physics and environmental physics usually appears only in master's and doctorate. Thus, we attempted to perform the didactic transposition schooluniversity, through the construction of an object Educational, OE, to be placed on the Bank for International Educational Objects - bioethanol and by developing this contribute to the knowledge and understanding of the importance of monitoring of radioactivity in a way accessible to the population as a whole