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Travel alternatives to the workplace
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A transportation management strategy was conducted for Julian Blackburn Hall (JBH) using Dr. McKenzie-Mohr's Community-Based Social Marketing Approach. A total of 46 JBH employees participated in a survey that assessed barriers and attitudes towards alternative transportation., Introduction. General information on travel alternatives. Environmental aspects of travel alternatives. Economic aspects of travel alternatives. Health aspects of travel alternatives. General barriers of adopting travel alternatives -- The alternative transportation management studies. Identifying barriers to travel alternatives. Quantitative results. Qualitative results. Julian Blackburn Hall Employees' attitudes towards the reduction of single-occupancy vehicle use. Summary of Julian Blackburn Hall study -- Recommended solutions for the identified external barriers of alternative transportation to Julian Blackburn Hall -- Recommendations for present study -- Recommendations for future studies -- Conclusion -- References -- Appendices., Angela Au, Mathew Laing. --, Client: Peterborough Green-Up, Includes bibliographic references (p. 22)., GEO 470: Research in Human Geography.
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Trent University community garden project
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The primary purpose of this project was to represent research that can help to develop a community garden on Symons Campus at Trent University. The secondary purpose was to hopefully initiate many new traditions at the university and open the garden to the entire community., 1. Introduction -- 2. History of community gardens efforts at Trent University. 1.1 Location, format and status. 1.2 What can be learned from the past? -- 3. Community gardens in the Peterborough Region. 3.1 The role of the YWCA-Direct support. 3.2 Community gardens not affiliated with the YWCA. 3.3 Related educational and community development programs. 3.4 Factors contributing to success -- 4. Select community gardens outside of Peterborough. 4.1 City Farmer: Vancouver. 4.2 Montreal Community Gardens. 4.3 FoodShare: Toronto. 4.4 Strathcona Community Gardens. 4.5 Community gardens in university settings -- 5. Ecological management techniques. 5.1 Companion planting as a method for pest control. 5.2 Soil maintenance. 5.3 Heritage seed varieties -- 6. Conclusion., By: Anna Sandilands and Christina Dance. --, Date of project submission: February 26, 2001., Includes works cited., ERST 383H: Community Based Research Project.
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Trent University course inventory
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The Trent University Course Inventory Project (TUCI) was conducted on behalf of the Trent Centre for Community Based Education (TCCBE) during the 2007-2008 academic year to inventory all current and 'on the horizon' courses at Trent, to determine to what extent the community contexts of research, teaching, and learning were addressed within existing university course offerings. The author of this project worked on the TUCI project, as a student researcher to choose and design a research tool., by Ned Struthers. --, Includes: project report and appendices., Date of project submission: April 2008., POST 487 ; Politics, Community-Based Research Project., [Completed for]: Trent Centre for Community-Based Education ; Supervising Professor: Nadine Changfoot, Trent University.
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Trent University divestment from the fossil fuel industry
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by Julian Tennent-Riddell., Date of Project Submission: April 2014., Completed for: Sustainable Trent & OPIRG ; Supervising Professor: Ian Attridge & Rick Lindgren ; Trent Centre for Community-Based Education., Includes bibliography., ERST 325H / ERST 4250H.
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Trent Valley Literacy Association report
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by: Lindsay Moreau, Heather O'Neill. --, Includes: proposed student intake form; final report., Completed for: Trent Valley Literacy Association; Professor: Molly Westland, Trent University, Trent Centre for Community-Based Education., Date of project completion: March 30, 2004., Includes bibliographic references., BSc Nursing.
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Trent Vegetable Gardens' ecological irrigation project
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Aimee Blyth, the coordinator of Trent Vegetable gardens and student volunteers, are currently collecting rainwater in barrels to irrigate a small 1 acre garden at Trent University. Using this method, they do not collect enough water to irrigate the garden during periods without rain., Section 1: Introduction. Purpose. Importance of ecological irrigation. The current irrigation situation. About ecological irrigation. Key research goals. Major research findings -- Section 2: Water requirements -- Section 3: Options: Securing an adequate supply of water. Rainwater harvesting. Table 1: Average summer rainfall. Well water. Otonabee River. Pond -- Section 4: Options: Pumping water. Windmill pumping systems. Solar pumping systems. Sling pumping. Treadle pumping. Traditional diesel pump powered by vegetable oil -- Section 5: Options: Distribution. Drip irrigation. Pressurized drip irrigation. Gravity drip irrigation -- Section 6: Summary of research findings and recommendations. Water requirements. Securing an adequate supply of water. Pumping water. Distribution. Table 2: Estimated costs, major advantages, and major disadvantages of water options. Table 2: Continued. Table 3: Estimated costs, major advantages and major disadvantages of pumping options. Table 3: Continued. Table 4: Estimated costs, major advantages and major disadvantages of distribution options. Recommendations -- Section 7: References -- Appendices., by: Ryan Ogilvie and Bryce Sharpe., Date of Project Completion: December 2008., Completed for Trent Vegetable Gardens; Supervising Professor: Paula Anderson, Trent University; Trent Centre for Community-Based Education., Includes bibliographical references and appendices., ERST 334H, Environmental Resource Studies Department.
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Trent Wildlife Sanctuary
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Camp Kawartha Environment Centre is a not-for-profit charitable organization dedicated to educating the public of Peterborough County on the importance of environmental education, sustainable living and alternative energy. The educators of the Environment Centre have requested that secondary research be compiled on the Trent Wildlife Sanctuary, the section of land that surrounds the facility., Acknowledgements -- Abstract -- Keywords -- Introduction -- Methods -- Analysis -- Results -- Recommendations -- Conclusion -- References., Amanda Downard. --, Includes bibliographic references., Forensics 4890Y: Community-Based Education Research Project.
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Trent gardens soil fertility evaluation
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By: Kirsten Thomson, Completed for: Trent (Vegetable) Gardens; Supervising Professor: Tom Hutchinson, Trent University; Trent Centre for Community-Based Education., Includes bibliographic references., ERST 4830: Community-Based Research Project.
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Trent students against sweatshops action kit
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by Hala Zabaneh. --, Completed for: Ontario Public Interest Research Group (OPIRG); Professor Margaret Hobbs, Trent University; Trent Centre for Community-Based Education., Includes bibliographic references., WMST 482: Community Research Placement.
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Turtle Admission Records Analysis for Identifying High Risk Locations and Analyzing the Value of Ecopassages
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By Lilliam Hamlin, Completed for: Ontario Turtle Conservation Centre; Supervising Professor: Julian Aherne;
Trent Community Research Centre, ERST 4830Y -, The purpose of this research was to assist the Ontario Turtle Conservation Centre
(OTCC) in analyzing their intake records and identifying the locations and details of mitigation
measures that have been implemented in the province to reduce the mortality of turtles on roads.
This project was complete by analyzing and mapping four years (2014–2017) of OTCC intake records
to determine patterns of turtle mortality. Climate data, including temperature and
precipitation, was also compared to determine potential drivers for the trends that arose in
intake numbers. Through interviews conducted with individuals and organizations, locations of
ecopassages were determined, and then examined to discuss their effectiveness. The results
indicate that 84% of the turtles brought into the OTCC have been hit by cars, and that in 2017
the intake totals for the OTCC more than doubled. It is predicted that a decrease in
precipitation in 2016, may have resulted in a population rebound when seasonal weather returned
in 2017. In addition, a growing awareness about the OTCC appears to be a significant factor in
these trends, as the spatial distribution of turtles in the OTCC intake records has increased by
16 km on average, and over 40,000 km in total over the past four years. In regards to mitigation
measures, 80 different locations were identified and the features and effectiveness of these
structures were discussed through a comparison with literature. It is recommended moving forward
that the OTCC continue to monitor annual intake patterns and compile the locations of
ecopassages in the province. It is evident that turtle populations are suffering as a result of
habitat fragmentation from the development of road networks. The information presented in this
project will help the OTCC become better prepared for years to come, and also assist in
improving the communication and collaboration among stakeholders to increase the conservation of
turtle populations in Ontario.
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