Global ETD Search

11	Using Brownfields to Think Green: Investigating Factors that Influence Community Decision-Making and Participation Stair, Charissa Ruth 01 January 2011 (has links) Brownfield restoration and remediation is a growing concern across the United States. Brownfields are vacant or abandoned properties with real or perceived contamination. Successfully restoring these properties requires strong stakeholder collaboration, including the local community. The purpose of this study was to explore the complexities of creating a community garden on a residential brownfield site located in a low-income, high-minority neighborhood and to gain a better understanding of how a community based project develops and impacts individuals from the community. Specifically, the study investigated who chose to participate in the project, what motivated individuals to become involved and remain committed, and how individual's understanding of the project's risks and plans changed throughout his/her involvement. The case study followed 17 participants through the first year of the Emerson Street Garden, a brownfield restoration project in the King Neighborhood of northeast Portland, Oregon. Findings showed that individuals were attracted to different styles of outreach materials based on their own personality and preferences. The desire to improve the community was an important motivation for all the participants but personal motivation was not connected to knowledge retention. While the Emerson Working Group was successful at distributing knowledge to all its members, individual's flexibility to new ideas was critical for continued involvement in the working group. In conclusion, the study found that a "one-size-fits-all" method for engaging community members in urban restoration and renewal projects does not exist; however, there are best practices that can be applied to most situations. Implications for practice and further research are discussed. Brownfield restoration Free-choice learning Public participation Urban environment Group decision making -- Case studies Social participation Action research
12	Serious fun : life-deep learning of koi hobbyists Liu, Chi-Chang 09 April 2012 (has links) Hobby activities can be viewed through the lens of informal, free-choice learning. A wide range of hobbies combine fun and learning-intensive practices, and can contribute to scientific literacy. Hobby learning involves clear goal orientation, persistence and effort, and often results in more richly and strongly connected knowledge; traits highly valued in both in and out-of-school science learning. In this study, I used koi hobbyists as subjects to discover and explore hobbyists' information-seeking strategies under different learning scenarios. I approached koi hobbyists' learning about koi and their koi hobby in both quantitative and qualitative ways. I designed a Stage of Engagement Model to illustrate koi hobbyists' engagement with their hobby, and adapted Falk and Dierking's Contextual Model of Learning to explain how personal, socio-cultural and physical contextual factors affect koi hobbyists' learning. An instrument was developed to assess koi hobbyists' experience with keeping koi, knowledge about the hobby, motivation/goals, interaction with other hobbyists, and the information-seeking strategies they used under different learning scenarios. I administered this questionnaire to koi hobbyist communities in the U.S. Pacific Northwest and online. Based on the quantitative analysis, the results supported my hypotheses that koi hobbyists chose different information-seeking strategies based on personal contextual factors such as previous experience, motivation and learning goals; socio-cultural contextual factors such as interactions with other koi hobbyists; and physical contextual factors such as the nature of the problems they encounter. Koi hobbyists also chose different information-seeking strategies based upon their stage of engagement with their hobby. The long-term potential of this study is to offer insights into how learners construct their knowledge by applying different learning strategies under different personal, socio-cultural and physical circumstances, and to provide a framework for the future study of other kinds of hobbies and hobbyists that will help to promote public scientific literacy. / Graduation date: 2012 free-choice learning hobbyists' learning leisure contextual model of learning information seeking strategy Information behavior Experiential learning Active learning Non-formal education Aquarists -- Social networks Aquarists -- Attitudes Koi -- Study and teaching
13	An exploratory study of docents as a channel for institutional messages at free-choice conservation education settings Mony, Rachel Sheal Preethi 30 August 2007 (has links) No description available. Education, Adult and Continuing Conservation education free-choice learning docents conservation message environmental communication docent-visitor interaction visitor outcomes zoo visitor zoo docent
14	In Search of Understanding Children's Engagement with Nature and their Learning Experiences in One Urban Kindergarten Classroom Ghafouri, Farveh 21 August 2012 (has links) Considering the context of large city schools, this study explores what variables in a kindergarten classroom may impact the process of children’s engagement with nature. In particular I examine the central role of children and teacher in co-constructing their own unique understanding, knowledge, and attitude towards the natural world. In this study, I examine nature-child’s connection considering the complexity of nature beyond a pre-packaged concept (Louv, 2007) and avoiding a linear identification of a cause and effect relationship between children’s learning experiences and nature, (Kellert, 2005). This qualitative case study is based on extensive classroom observations, in which 20 kindergarten children and their teacher participate. The children’s direct, indirect, and vicarious experiences with nature are documented using digital photography, video-audio recording, and collection of artifacts. I interview the classroom teacher two times and invite the parents to fill up a questionnaire about their children’s experiences with nature outside the school time. I use the techniques and procedure of the grounded theory to analyze the data. A comparative analysis of the five learning episodes demonstrates four major factors that when all woven together encourage and sustain the children’s engagement with nature. These factors are: investigating children’s meaningful and autotelic questions, encountering and experiencing nature in familiar contexts, developing emotional bonding, and having sufficient time. The findings show the crucial role of the classroom teacher in creating five main conditions to engage the children in the process of each inquiry. She offers the children many opportunities to use their prior skills and knowledge, take responsibility of their own learning, and experiment with learning as a process. She often responds positively to the children’s learning endeavours and communicates her high confidence and expectations for them. This study makes an important contribution to the field of early childhood education and environmental education by demonstrating the possibilities and challenges in actively and holistically engaging children with nature in school settings. The findings shed light on our understanding of children and teacher’s sense of ownership and motivation as two driving forces of learning. early childhood education kindergarten learning curriculum environmental education nature urban schools classroom observation grounded theory case study Reggio Emilia aaproach inquiry-based learning inquiry-based teaching free choice learning model contextual model of learning 0518
15	In Search of Understanding Children's Engagement with Nature and their Learning Experiences in One Urban Kindergarten Classroom Ghafouri, Farveh 21 August 2012 (has links) Considering the context of large city schools, this study explores what variables in a kindergarten classroom may impact the process of children’s engagement with nature. In particular I examine the central role of children and teacher in co-constructing their own unique understanding, knowledge, and attitude towards the natural world. In this study, I examine nature-child’s connection considering the complexity of nature beyond a pre-packaged concept (Louv, 2007) and avoiding a linear identification of a cause and effect relationship between children’s learning experiences and nature, (Kellert, 2005). This qualitative case study is based on extensive classroom observations, in which 20 kindergarten children and their teacher participate. The children’s direct, indirect, and vicarious experiences with nature are documented using digital photography, video-audio recording, and collection of artifacts. I interview the classroom teacher two times and invite the parents to fill up a questionnaire about their children’s experiences with nature outside the school time. I use the techniques and procedure of the grounded theory to analyze the data. A comparative analysis of the five learning episodes demonstrates four major factors that when all woven together encourage and sustain the children’s engagement with nature. These factors are: investigating children’s meaningful and autotelic questions, encountering and experiencing nature in familiar contexts, developing emotional bonding, and having sufficient time. The findings show the crucial role of the classroom teacher in creating five main conditions to engage the children in the process of each inquiry. She offers the children many opportunities to use their prior skills and knowledge, take responsibility of their own learning, and experiment with learning as a process. She often responds positively to the children’s learning endeavours and communicates her high confidence and expectations for them. This study makes an important contribution to the field of early childhood education and environmental education by demonstrating the possibilities and challenges in actively and holistically engaging children with nature in school settings. The findings shed light on our understanding of children and teacher’s sense of ownership and motivation as two driving forces of learning. early childhood education kindergarten learning curriculum environmental education nature urban schools classroom observation grounded theory case study Reggio Emilia aaproach inquiry-based learning inquiry-based teaching free choice learning model contextual model of learning 0518
16	It is an Experience, Not a Lesson: The Nature of High School Students' Experiences at a Biological Field Station Behrendt, Marc E. 09 June 2014 (has links) No description available. Science Education Education Stone Laboratory informal science learning experiential education biology education science interest Biological Field Station constructivism free-choice learning Kolb Hidi and Renninger Four phase model of interest development field trip
17	Communicating science : developing an exhibit with scientists and educators Lemagie, Emily 28 October 2011 (has links) Outreach is a small, but significant component to modern research. Developing an exhibit for public display can be an effective way to communicate science to broad audiences, although it may be a less familiar method to scientists than writing papers or giving presentations. I outline the process of developing an interactive exhibit for outreach, and evaluate and discuss the effectiveness of a computer exhibit designed to communicate estuary currents and scientific modeling using Olympia Oyster restoration in the Yaquina Bay estuary as a theme. I summarize the results of this project in three primary recommendations: 1) exhibit developers should be deliberate in the decision to use a computer and only select this media if it is determined to be the best for communicating exhibit learning outcomes, 2) the design of visualizations to convey research results should be carefully modified from their scientific forms to best meet the exhibit learning outcomes and expectations of the exhibit audience, and 3) scientists should play an integral role in the development of scientific content-based exhibits, but their expertise, and the range of expertise from other members of the exhibit development team, should be strategically utilized. / Graduation date: 2012 Exhibit Exhibit Development Exhibit Design Education Marine Education Marine Interpretation Science Interpretation Informal Science Environmental Interpretation Environmental Outreach Science Education Communicating Science Estuary Interpretation Communication Outreach Science Outreach Free-Choice Learning Informal Education Informal Science Estuary Education Museum Exhibit Interactive Kiosk Computer Exhibit Computer Interface Interactive Touchscreen Kiosk Marine Science Exhibit Computer Display Interactive Exhibit Interactive Visualization Current Simulation Scientific Model Numerical Model Estuary Science Visitor Center Marine Science Center Visitor Behavior Museum Hatfield Marine Science Center Science Center Emily Lemagie Oregon Sea Grant Education Kiosk Educational Kiosk Computer Kiosk Science Communication Touchscreen Interface Backwards Design Tidulator Museum exhibits -- Oregon -- Newport Hatfield Marine Science Center

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