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The aim of this study is to develop a cost-effective WBGT heat stress monitor which provides precise heat stress measurement. The proposed device employs SHT15 and DS18B20 as a temperature and humidity sensors, respectively, incorporating with ATmega328 microcontroller. The developed heat stress monitor was calibrated and adjusted to that of the standard temperature and humidity sensors in the laboratory. The results of this study illustrated that the mean percentage error and the standard...
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Mechanical cooling systems in buildings are the main producers of carbon dioxide emissions, which have negative impacts on environment and amplify global warming, particularly in hot climate. Due to the lack of energy supply, windcatchers can be utilized as a sustainable attempt for cooling and ventilation purposes. The objective of this paper is to review and provide a comprehensive literature on windcatcher system for space cooling and ventilation. The concepts were discussed according to...
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The Danish government has set the ambitious goal that the share of the total Danish electricity consumption, covered by wind energy, should be increased to 50% by year 2020. This asks for radical changes in how we utilize and transmit electricity in the future power grid. To fully utilize the high share of renewable power generation, which is in general intermittent and non-controllable, the consumption side has to be much more flexible than today. To achieve such flexibility, methods for...
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Teaching and learning about the subject, Geography, need to take cognizance of global warming and climate change. The objective of this work is to look into the current syllabus of the SSS geography and identify for attention, modules, topics and other items that must change in the face of global warming. The SSS geography syllabuses were reviewed and so also the texts and other materials used for teaching and learning about Geography. Subject teachers and examiners were interviewed on the...
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The primary objective of environmental education is believed to be developing environmental literacy. The environmentally literate person is described as a person who possesses the values, attitudes and skills that enable knowledge to be converted into action. This study was aimed at assessing the level of climate change literacy among graduate students in four programmes at Addis Ababa University, Ethiopia. To this end, a questionnaire was developed and administered to a total of 91...
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In this research the thermal comfort and thermal comfort parameters for children in primary school classrooms has been investigated. Actual thermal sensation and clothing insulation of children (age 9–11) in non-air-conditioned classrooms in three different schools in the Netherlands have been obtained. Results are available for a total of 24 days, covering winter, spring and summer conditions (year 2010). Questionnaires have been applied to obtain the actual thermal sensation and clothing...
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The current situation of climate change related to animal health impacts, overall awareness, mapping of livestock and national policy in these regards are needed an especial scholarly attention in Bangladesh. The national policy primarily fails to deal with the impacts of climate change on animal health and its danger sine it is virtually invisible tha the others harming events such as natural disasters. Therefore, this study addresses some issues generated through an analysis of animal...
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The current situation of climate change related to animal health impacts, overall awareness, mapping of livestock and national policy in these regards are needed an especial scholarly attention in Bangladesh. The national policy primarily fails to deal with the impacts of climate change on animal health and its danger sine it is virtually invisible tha the others harming events such as natural disasters. Therefore, this study addresses some issues generated through an analysis of animal...
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This paper presents a novel simulation system which couples a computational fluid dynamics program with a model of human thermal comfort and thermoregulation. The coupled system is used to predict the performance of a buoyancy-driven natural ventilation strategy for a typical school classroom in the UK. Results of the coupled system are compared with uncoupled (CFD alone) approaches to simulation. These comparisons highlight areas where a coupled modelling approach is likely to be beneficial.
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