• Refine Query
  • Source
  • Publication year
  • to
  • Language
  • 2
  • Tagged with
  • 3
  • 3
  • 2
  • 2
  • 2
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Outdoor Education through Ecological Living for Change in Way of Life

Schott, David January 2006 (has links)
<p>Humans are currently living in a way that profoundly affects the planet, and the lives of future generations. Our value system promotes economic gain over environmental health. We are taking more than we are giving back, stretching beyond the limits of sustainability. Earth cannot sustain the current human lifestyle under these conditions. This is paired with the fact that the current system of education focuses on producing economically productive individuals instead of environmentally and socially aware persons who carefully consider the impacts of their actions. This study examines the capacity for “ecological living” to use outdoor education as a tool for changing the present human way of life. Thirty three ecological farms responded to a questionnaire examining the importance each placed on current vs. alternative values. The respondents also answered questions displaying the relationship between life on their farms and the key components of outdoor education. Results show a positive opportunity exists for using ecological farms and the ecological lifestyle to promote a change in way of life. The results also exhibit a high level of connection between the ideals of outdoor education and the activities that are part of life on an ecological farm. This suggests that by specifically tailoring ecological farms to be educational institutions, a further change in way of life could be expanded. The ecological lifestyle shows potential to educate people in greater awareness of others and the environment, thereby decreasing the human impact on earth and creating an opportunity for future generations.</p>
2

Outdoor Education through Ecological Living for Change in Way of Life

Schott, David January 2006 (has links)
Humans are currently living in a way that profoundly affects the planet, and the lives of future generations. Our value system promotes economic gain over environmental health. We are taking more than we are giving back, stretching beyond the limits of sustainability. Earth cannot sustain the current human lifestyle under these conditions. This is paired with the fact that the current system of education focuses on producing economically productive individuals instead of environmentally and socially aware persons who carefully consider the impacts of their actions. This study examines the capacity for “ecological living” to use outdoor education as a tool for changing the present human way of life. Thirty three ecological farms responded to a questionnaire examining the importance each placed on current vs. alternative values. The respondents also answered questions displaying the relationship between life on their farms and the key components of outdoor education. Results show a positive opportunity exists for using ecological farms and the ecological lifestyle to promote a change in way of life. The results also exhibit a high level of connection between the ideals of outdoor education and the activities that are part of life on an ecological farm. This suggests that by specifically tailoring ecological farms to be educational institutions, a further change in way of life could be expanded. The ecological lifestyle shows potential to educate people in greater awareness of others and the environment, thereby decreasing the human impact on earth and creating an opportunity for future generations.
3

An examination of development models for innovative, low carbon, ecological dwellings for rural areas of Wales

Hatherley, Simon January 2017 (has links)
The provision of housing in rural areas has been identified as crucial for the long term sustainability of rural communities. However, there are questions about how rural developers are responding to legislative requirements to reduce carbon emissions, whether the fulfilment of a need for affordable housing in rural areas can be reconciled with higher energy performance and whether higher energy performance will affect thermal comfort when climate change is taken into account. To understand these issues a review of published and monitored case studies in rural areas of the UK was undertaken which highlighted a number of development models that might be applied by house builders in the Welsh context. An analysis of two exemplar projects in Pembroke Dock, West Wales, examined the following: the social, economic and legislative context of rural development; the significance of energy and carbon used to construct rural houses; and the quantity of energy required to keep rural dwellings at a comfortable temperature in a typical year. Dynamic thermal modelling was then used to investigate a number of design approaches highlighted in the earlier studies as significant including: increasing thermal mass; increasing south facing glazing; adjusting building form and the layout of the site; and higher levels of insulation. The application of these approaches on a housing scheme in West Wales established the benefits of incorporating thermal mass into the building fabric, maintaining a compact form and, where reasonable, using passive solar gain, to reduce heating load. This study identified that these approaches, if carefully combined, could achieve significant (i.e. 16.4%-29.8%) reductions in heating load without compromising the affordability of the original scheme. However, the study also identified that one possible consequence of improving the energy performance would be a reduction in thermal comfort as a result of higher internal temperatures. To gain a better understanding of this further modelling examined the potential for overheating using the following: current and future climate files; an algorithm based on window opening behaviour; detailed simulation of airflow; and bivariate data analysis techniques. The results from this study identified that thermal mass and ventilation techniques could be employed to address the issues of overheating.

Page generated in 0.0658 seconds