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COMPOST CAMPUS
Identifying the Problem ,[object Object]
Global Warming
Toxicity of Landfills
Limited space for garbage,[object Object]
Our Project
Problem: Green Bin deficiency on campus Solution:  Locate public spaces on campus in which Green Bins would be a good fit and have them implemented and used.
 Problem: No unified information Solution: Create a campus map which locates Green Bins available to Students in campus eateries and public spaces.
Problem: Poor Green Bin use by students Solution: Educational campaign directed towards proper use of Green Bins Educational campaign directed towards proper use of Green Bins Campus media blitz promoting Green Bins and the universities composting programs
Why is this sustainable action?
Environmental Increase diversion rates Reduce campus’ green house gas emissions
Economic Green campuses are more attractive to students Increased efficiency of waste                    disposal on campus
Social Increased knowledge of composting and Green Bin use Improved perception of U of T and self due to its environmentally friendly efforts
Clara Luke: Green Bin acquisition and installation Holly Vaughan: Map Creation Tara Pearson: Outreach Maria Ferreira: Education Colleen McKeown: Publicity Stefan Hostetter: Research and measurement The Team
Green Bin Acquisition & Installation
Task Goal ,[object Object],[object Object]
Upcoming Activities Confirm installation with host sites Consult list of potential green bin sites and approach additional sites Check in with host sites to determine success and proper use of the bins
Challenges or lessons learned Hesitancy of host sites Proper use of green bins *Green Bin Trash picture here
Research
[object Object]
Waste management
Current green bins
Compare U of T waste 	diversion activities to  	those of 	other campuses  ,[object Object],	which our outcomes will be measured  Task Goals
[object Object]
Met with relevant contacts at the U of T
Determining equations to be used for measurements
Evaluating success of campaign
Empirically and compared to similar initiatives at other campusesAccomplishments & Upcoming Activities
Challenges & Lessons Learned The U of T staff are forthcoming with information, yet we still encounter bureaucratic obstacles Logistical issues related to organics  	waste removal (e.g. access to toters)  Although information is available, it often isn’t straightforward (e.g. no unified organics diversion information)
Map of Organics Diversion Locations on Campus
Task Goal Create comprehensive map of  	organic waste diversion locations                       	on campus Why a map? Research shows knowledge of locations is important for success of program  What would we like to see done with the map? Addition to Food & Beverage materials, Sustainability Office map, etc. Potentially part of a mobile app
Accomplishments to Date Green bin location data obtained from Facilities & Services  Enthusiastic commitment from Food & Beverage Services to use our map Interest from Sustainability Office to include organics diversion locations in their sustainability map
Organics Map Do you know where to dispose of your organics on campus?
Disseminating our organics map Food & Beverage Services  Sustainability Office Other potential users (e.g. Facility & Services) Campus media Use map to determine where there  	are “gaps” on campus and suggest  	more locations for green bins Upcoming Activities
Challenges & Lessons Learned ,[object Object]
Figuring out who had the necessary data
Choosing the right method to create the map
Relying on others (e.g. time management),[object Object]
Task Goal To raise awareness about composting in general, composting at U of T,                        and our project, through           			campus media.
Accomplishments to Date Brainstormed media to contact: The Varsity, The Strand CIUT  University of Toronto Television Contacted the features editors of The Varsity and The Strand (second choice) Sustainability Issue  April 4th Contacted two CIUT programs: Beyond the Classroom and The Green Majority Contacted UTTV
Upcoming Activities Work with the Features staff writer/write the article about composting in general and composting at U of T Depending on their response, work with CIUT and UTTV to spread the word about composting at U of T
Challenges or Lessons Learned Working within the constraints of the campus media: The Varsity does not print articles about a project written by those involved (exception: the Comments section)
Baseline Metrics & Measurement
Baseline Metrics Environmental Economic Social
Environmental Metrics 1011.3 tonnes of organics recycled in 2007-2008 1102 tonnes of eCO2 emissions reduced
Economic Metrics U of T’s rate of attendance of those accepted is 31% Approximate International population at        U of T is 8000 97% of each toter filled when picked up Really? No probably not…
Social Metrics Low amount of knowledge surrounding Green Bin use at U of T Lack of promotion of U of T’s on going green efforts to students
Measurement

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Env307 Presentation draft

  • 2.
  • 5.
  • 7. Problem: Green Bin deficiency on campus Solution: Locate public spaces on campus in which Green Bins would be a good fit and have them implemented and used.
  • 8. Problem: No unified information Solution: Create a campus map which locates Green Bins available to Students in campus eateries and public spaces.
  • 9. Problem: Poor Green Bin use by students Solution: Educational campaign directed towards proper use of Green Bins Educational campaign directed towards proper use of Green Bins Campus media blitz promoting Green Bins and the universities composting programs
  • 10. Why is this sustainable action?
  • 11. Environmental Increase diversion rates Reduce campus’ green house gas emissions
  • 12. Economic Green campuses are more attractive to students Increased efficiency of waste disposal on campus
  • 13. Social Increased knowledge of composting and Green Bin use Improved perception of U of T and self due to its environmentally friendly efforts
  • 14. Clara Luke: Green Bin acquisition and installation Holly Vaughan: Map Creation Tara Pearson: Outreach Maria Ferreira: Education Colleen McKeown: Publicity Stefan Hostetter: Research and measurement The Team
  • 15. Green Bin Acquisition & Installation
  • 16.
  • 17. Upcoming Activities Confirm installation with host sites Consult list of potential green bin sites and approach additional sites Check in with host sites to determine success and proper use of the bins
  • 18. Challenges or lessons learned Hesitancy of host sites Proper use of green bins *Green Bin Trash picture here
  • 20.
  • 23.
  • 24.
  • 25. Met with relevant contacts at the U of T
  • 26. Determining equations to be used for measurements
  • 28. Empirically and compared to similar initiatives at other campusesAccomplishments & Upcoming Activities
  • 29. Challenges & Lessons Learned The U of T staff are forthcoming with information, yet we still encounter bureaucratic obstacles Logistical issues related to organics waste removal (e.g. access to toters) Although information is available, it often isn’t straightforward (e.g. no unified organics diversion information)
  • 30. Map of Organics Diversion Locations on Campus
  • 31. Task Goal Create comprehensive map of organic waste diversion locations on campus Why a map? Research shows knowledge of locations is important for success of program What would we like to see done with the map? Addition to Food & Beverage materials, Sustainability Office map, etc. Potentially part of a mobile app
  • 32. Accomplishments to Date Green bin location data obtained from Facilities & Services Enthusiastic commitment from Food & Beverage Services to use our map Interest from Sustainability Office to include organics diversion locations in their sustainability map
  • 33. Organics Map Do you know where to dispose of your organics on campus?
  • 34. Disseminating our organics map Food & Beverage Services Sustainability Office Other potential users (e.g. Facility & Services) Campus media Use map to determine where there are “gaps” on campus and suggest more locations for green bins Upcoming Activities
  • 35.
  • 36. Figuring out who had the necessary data
  • 37. Choosing the right method to create the map
  • 38.
  • 39. Task Goal To raise awareness about composting in general, composting at U of T, and our project, through campus media.
  • 40. Accomplishments to Date Brainstormed media to contact: The Varsity, The Strand CIUT University of Toronto Television Contacted the features editors of The Varsity and The Strand (second choice) Sustainability Issue  April 4th Contacted two CIUT programs: Beyond the Classroom and The Green Majority Contacted UTTV
  • 41. Upcoming Activities Work with the Features staff writer/write the article about composting in general and composting at U of T Depending on their response, work with CIUT and UTTV to spread the word about composting at U of T
  • 42. Challenges or Lessons Learned Working within the constraints of the campus media: The Varsity does not print articles about a project written by those involved (exception: the Comments section)
  • 43. Baseline Metrics & Measurement
  • 45. Environmental Metrics 1011.3 tonnes of organics recycled in 2007-2008 1102 tonnes of eCO2 emissions reduced
  • 46. Economic Metrics U of T’s rate of attendance of those accepted is 31% Approximate International population at U of T is 8000 97% of each toter filled when picked up Really? No probably not…
  • 47. Social Metrics Low amount of knowledge surrounding Green Bin use at U of T Lack of promotion of U of T’s on going green efforts to students
  • 49. Environmental Average amount of waste diverted by 1 organics bin extrapolated to number implemented Calculated eCO2 savings from diversion
  • 50. Economic Increase in percentage use of Green Bins Attendance rate Difficulties: Organics waste pick up more expensive than garbage pick up
  • 51. Social Number of people reached and informed through education, outreach and publicity Varsity readership Frosh Table with ENSU Posters
  • 52. Challenges & Lessons Learned Economic benefit of Organic Waste diversion difficult to quantify on small scale Estimation & critical thinking very important Always overestimate amount of data and time needed Avoid switching between software
  • 54. Conclusions Everyone is on board but there is limited action U of T staff were reachable and eager to help Logistical problems are a bigger obsticle
  • 55. Chicken and the Egg Problem Green Bins only feasible in locations where they will be used often and properly Without available Green Bins students unaware of proper use and therefore are hesitant to use them
  • 56. Discussion Question #1 In section 2.2 of the article the authors discuss how individuals’ participation in a recycling program depends on their knowledge in certain areas. Think about how you would rank your knowledge in the following areas 1) Environmental benefits of organic waste diversion 2) Current waste diversion strategies on campus 3) Locations of green bins on campus 4) What can go into a U of T green bin
  • 57. Discussion Question #2 Based on the findings of the recycling project research in the reading and the information we've provided about our own organics initiative, do you have any suggestions to address some of the main challenges we have identified?

Editor's Notes

  1. Accomplishments & Upcoming Activities