We are all downstream: Teaching middle years science from a sustainability perspective

The 21st century has emerged with Canadians experiencing great concern about how we do things in the world. The degrading environment preys greatly on the minds of Canadians while our actions may not match our thoughts. How do we educate our students as future leaders about sustainability and help t...

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Bibliographic Details
Main Author: Freedman Tetrault, Amanda
Other Authors: Robinson, Gordon (Biological Sciences & Education)
Language:en_US
Published: 2008
Subjects:
Online Access:http://hdl.handle.net/1993/3027
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spelling ndltd-MANITOBA-oai-mspace.lib.umanitoba.ca-1993-30272014-01-31T03:31:33Z We are all downstream: Teaching middle years science from a sustainability perspective Freedman Tetrault, Amanda Robinson, Gordon (Biological Sciences & Education) Lewthwaite, Brian (Curriculum, Teaching, and Learning) McDonald, Christina (Manitoba Education, Citizenship, and Youth) sustainability science middle years The 21st century has emerged with Canadians experiencing great concern about how we do things in the world. The degrading environment preys greatly on the minds of Canadians while our actions may not match our thoughts. How do we educate our students as future leaders about sustainability and help them understand that our individual actions make a difference? The intent of this study was to make a difference in students’ and teachers’ lives. It needed to be determined if teachers felt that there was a gap in the current way that we are teaching about sustainability. The results of a Manitoba teacher survey and a literature review identified several different risk and protective factors: those that either constrain or support the teaching of sustainability in a science classroom. The three risks that were discovered to be the strongest were preparation time, availability of resources and that sustainability issues are often highly complex. These concerns became the foundation for informing the implementation phase of this study. From this information a resource that met all of the specific learning outcomes (SLOs) as mandated by Manitoba Education, Citizenship, and Youth (MECY) for the grade 8 Water Systems cluster was designed and piloted. Bronfenbrenner’s Bioecological theory (1979) and The Natural Step’s Four Systems Conditions were used as a foundation. There was a significant difference between the pilot groups and the control groups in three of the four areas tested. Teachers reported enjoying using the resource, and finding it helpful. They also reported that their students were engaged by the use of the resource. The thesis summation suggests how the resource might be shared and improved upon with and by teachers around the province and beyond, and hope that it provides a framework for future lessons or units related to sustainability. 2008-04-14T17:22:58Z 2008-04-14T17:22:58Z 2008-04-14T17:22:58Z http://hdl.handle.net/1993/3027 en_US
collection NDLTD
language en_US
sources NDLTD
topic sustainability
science
middle years
spellingShingle sustainability
science
middle years
Freedman Tetrault, Amanda
We are all downstream: Teaching middle years science from a sustainability perspective
description The 21st century has emerged with Canadians experiencing great concern about how we do things in the world. The degrading environment preys greatly on the minds of Canadians while our actions may not match our thoughts. How do we educate our students as future leaders about sustainability and help them understand that our individual actions make a difference? The intent of this study was to make a difference in students’ and teachers’ lives. It needed to be determined if teachers felt that there was a gap in the current way that we are teaching about sustainability. The results of a Manitoba teacher survey and a literature review identified several different risk and protective factors: those that either constrain or support the teaching of sustainability in a science classroom. The three risks that were discovered to be the strongest were preparation time, availability of resources and that sustainability issues are often highly complex. These concerns became the foundation for informing the implementation phase of this study. From this information a resource that met all of the specific learning outcomes (SLOs) as mandated by Manitoba Education, Citizenship, and Youth (MECY) for the grade 8 Water Systems cluster was designed and piloted. Bronfenbrenner’s Bioecological theory (1979) and The Natural Step’s Four Systems Conditions were used as a foundation. There was a significant difference between the pilot groups and the control groups in three of the four areas tested. Teachers reported enjoying using the resource, and finding it helpful. They also reported that their students were engaged by the use of the resource. The thesis summation suggests how the resource might be shared and improved upon with and by teachers around the province and beyond, and hope that it provides a framework for future lessons or units related to sustainability.
author2 Robinson, Gordon (Biological Sciences & Education)
author_facet Robinson, Gordon (Biological Sciences & Education)
Freedman Tetrault, Amanda
author Freedman Tetrault, Amanda
author_sort Freedman Tetrault, Amanda
title We are all downstream: Teaching middle years science from a sustainability perspective
title_short We are all downstream: Teaching middle years science from a sustainability perspective
title_full We are all downstream: Teaching middle years science from a sustainability perspective
title_fullStr We are all downstream: Teaching middle years science from a sustainability perspective
title_full_unstemmed We are all downstream: Teaching middle years science from a sustainability perspective
title_sort we are all downstream: teaching middle years science from a sustainability perspective
publishDate 2008
url http://hdl.handle.net/1993/3027
work_keys_str_mv AT freedmantetraultamanda wearealldownstreamteachingmiddleyearssciencefromasustainabilityperspective
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