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Stakeholders Meeting PackageReference Materials
Moving forward to rejuvenate the Rotunda and create a rainwater harvesting system for theSustainable SFU Learning Garden.
2013
Jeff Lemon, Justin Bauer, June Bay, Sarah VanderveerGreenWater: ChangeLab: Simon Fraser University
3/6/2013
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Table&of&Contents&
Section(1((Final(Project(Proposal( 3(Project(Proposal:(Rotunda(Rooftop(Ecological(Restoration(&(Water(Management( 4(
Section(2((Survey(Results( 10(Survey:(Student(Attitudes(Toward(Current(Greenspaces(on(SFU(Burnaby(Campus( (Created(by:(Darrien(Morton(&(Jeff(Lemon!Compiled(and(Analyzed(by:(Darrien(Morton( 11(
( ( (( ( Survey(Data(Set( ( 14(
Section(3((Proposed(Costs( 17(Cost(Estimates( 18(
Quotes(on(Water(Tanks(for(the(Learning(Garden( ( 19( (SFU(Transportation(Centre(Rotunda(Roof((Reflective(Pool(RetroQfitting( ( 24(
(External(Grant(Funding( 29(
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Section(4((Rainwater(Harvesting(for(the(Learning(Garden( 30(Potential(Tank(Placement( 31((Rainwater(Statistics(for(SFU(Burnaby(Campus( 41((Index(of(Potential(Rainwater(Harvesting(Tanks( 48(
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Section(5((Rotunda(Rooftop(Ecological(Restoration(Project( 63(Proposed(Use(of(Rotunda(Greenspace( 64((Creating(Social(Spaces(on(the(Restored(Rotunda( 71( (( ( Quotes(on(Benches(for(Rotunda(Seating( ( 75((Effect(of(Roof(Material(on(Water(Quality(for(Rainwater(Harvesting(Systems(Report( (
By:(Texas(Water(Development(Board,(January(2010( 77!
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PROJECT PROPOSAL: ROTUNDA ROOF TOP ECOLOGICAL RESTORATION & WATER
MANAGEMENT
Multiple project ideas were proposed by group members. Originally we were looking at a more intense project, combining several different ideas including water harvesting, the revitalization of the garden space on the Rotunda roof, and a food production co-op with raised garden beds. Research was done, including uncovering previous proposals, and the projects were pitched as separate, but connected projects to key members in Facilities. All projects have the potential to be brought to completion, but the extensive work, including safety issues and the inclusion of academics with the roof-top, co-op garden on the Education Building resulted in us letting go of that part. (It is also likely that Sustainable SFU will be taking this project on in the future). In consideration of the time-frame and the pre-existing infrastructure, we decided to move forward with the rejuvenation of the Rotunda gardens and rainwater harvesting for the learning garden.
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Project Proposal: Rotunda Roof Top Ecological Restoration & Water Management Justin Bauer, June Bay, Jeff Lemon, and Sarah Vanderveer
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Definitions | 23/01/2013
TABLE OF CONTENTS Definitions ..................................................................................................................................................................... 1
Project Description ........................................................................................................................................................ 1
Project Goals & Measurements ..................................................................................................................................... 2
Budget ........................................................................................................................................................................... 3
Timeline ......................................................................................................................................................................... 4
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Project Proposal: Rotunda Roof Top Ecological Restoration & Water ManagementJustin Bauer, June Bay, Jeff Lemon, and Sarah Vanderveer
1
Definitions | 23/01/2013
DEFINITIONS Sustainability: Sustainability can be scientifically defined as a dynamic state in which global ecological and social systems are not systematically undermined. We believe that sustainability needs to ensure that resource consumption is balanced by resources absorbed by the ecosystem. For a community to be sustainable, it needs to be one that is largely determined by the network of resources providing its food, water, and energy and by the ability of natural systems to process its wastes.
PROJECT DESCRIPTION Multiple project ideas were proposed by group members. Originally we were looking at a more intense project, combining several different ideas including water harvesting, the revitalization of the garden space on the Rotunda roof, and a food production co-op with raised garden beds.
Research was done, including uncovering previous proposals, and the projects were pitched as separate, but connected projects to key members in Facilities. All projects have the potential to be brought to completion, but the extensive work, including safety issues and the inclusion of academics with the roof-top, co-op garden on the Education Building resulted in us letting go of that part. (It is also likely that Sustainable SFU will be taking this project on in the future). In consideration of the time-frame and the pre-existing infrastructure, we decided to move forward with the rejuvenation of the Rotunda gardens and rainwater harvesting for the learning garden.
We have decided to use permaculture in our plans for rejuvenating the Rotunda gardens. Our reason for choosing this is two-fold. First, permaculture is really easy to take care of. This was a concern for us, because we needed to make sure we could find someone to champion this legacy project after we have graduated from SFU. Sustainable SFU was very happy to oblige. Second, permaculture acts as a natural filtration-system for harvesting rainwater. This means that the rainwater collected for the learning garden will be pre-filtered and ready-to-use.
User Interface Plumbing (Learning Garden) Piping, taps, and other plumbing required to meet Learning Garden watering needs.
Water Storage Tank 550 Gallon water storage tank holds water until ready for use.
gWater overflow piping runs from water storage tank to drainage.
First Flush Device A first flush device and filter removes any remaining solids and unwanted elements from the water.
Existing Water Drainage System (Bed) gWater is deverted from the existing system
g y ( )PVC (Polyvinyl chloride pipe) brings the water to the Learning Garden area.
Roof Top Plant Bed (Rotunda)
Acts as a water regulator Reduces storm water
Removes metals from runoff water
Balances water runoff to a pH of 7
Provides ecological environment for
native species and pollinators
Provides positive biomass
Reduces ambient temperature
Provides an enjoyable
environment for people
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Project Proposal: Rotunda Roof Top Ecological Restoration & Water Management Justin Bauer, June Bay, Jeff Lemon, and Sarah Vanderveer
2
Project Goals & Measurements | 23/01/2013
The garden space will rejuvenate part of the campus architectural landscape on top of the Rotunda building at SFU Burnaby. Not only will this make use of a poorly used campus landscape, but it will create a social space to encourage interaction, communication and community at the university. It will also support and work with native flora and fauna through the creation of native species permaculture that will also promote pollination by creating natural habitat for native bee populations as well as the, to be determined, possibility of bird and bat houses. The rainwater harvesting aspect of the project will be the main supply of water for the learning garden, reducing the use of potable water to a supplementary source.
PROJECT GOALS & MEASUREMENTS Our ability to evaluate the success of our project will be multifaceted including subjective, interactive and measurable methodologies.
A key evaluative measure is the successful implementation of the project, how it fits within of our project concept and definition of sustainability, the comprehensiveness of its development as well as its adaptability to unforeseen circumstances and barriers.
Since, in its current state, the space is primarily an area of transit between other spaces, with occasional summer use; the subjective aspect of our analysis will involve interpretation of personal use of the space by students, faculty and visitors. We will anticipate that the change in physical space and atmosphere affects the degree of interaction with the space, the social interaction and mood of people using the space. Dependent upon the date of completion and the weather, our capacity to evaluate this may be limited within the timeframe of the academic semester. Part of a long-term analysis will be the cohesive development of the permaculture itself and its support of native flora and fauna.
The space will also provide an ecological use as it will become habitable for native species as well as humans. These species can then be measured by means of physical inspection and at later dates by the department of biology at SFU if they so desire. Soil sampling of the beds at a later date can provide for a measurement of bacterial and fungal activity, as well as an education experience for SFU biology students. Ecological surveys can also be conducted to assess the roof as a functioning habitat for pollinators such as bees. Of which could also provide as a local academic resource.
We will also have measurable input in regards to the rainwater harvesting. The threshold of these measurements will be determined by the stakeholders. Measurements will be determined upon the learning garden requirements of water quality. As well as the requirements set forth by SFU, The City of Burnaby, and the present policies of The Province of British Columbia. Measurements may include water quality metrics such as: pH, bacterial counts, and the presents of metals. Measurements of usage may also be included whereby meters will have to be installed to measure reductions in storm water (total water collected and used + water absorbed by roof top beds), and total water collected and used in the learning garden.
Our decision making process involves a collaborative approach, based in dialectics and consensus building. This is combined with reasonability of goals and takes into consideration the feasibility of the considered goal within the scope of our project and timeframe. So far our individual roles have been versatile and adaptive, responding to time constraints, availability and skill set. In January, although we will continue to work collaboratively and interconnected as a group, we will likely split up into two groups, each group focusing on a particular project.
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Project Proposal: Rotunda Roof Top Ecological Restoration & Water Management Justin Bauer, June Bay, Jeff Lemon, and Sarah Vanderveer
3
Budget | 23/01/2013
BUDGET As of right now, our budget is almost entirely dependent upon stakeholders. Because of this, there are a number of meetings at will be held by the end of February. Mike Soron has asked us to attend a round of meetings focused upon the Learning Garden that are to be held next week (January 28-30). In these meetings we will be able to better assert the water requirements of the Learning Garden will be and the costs. With the scope of the rotunda project and its associated costs are dependent upon the approval of the Facilities application for provincial funding to renovate the entire Rotunda area, we have elected to cost out the rotunda portion of this project, as this was not part of the proposed renovation budget. The range of costs for this part of the project is estimated to be between $1000 and $30,000. This range is based upon a number of set and variable costs. To begin, the number of beds selected to be reclaimed and the type of reclamation (green roof, pond, or bog) will inevitably dictate the range in costs for the rotunda potion of this project. Once decided, other associated costs will be as follow: soil type, amount soil needed, native plant species, number of plants needed, etc. These costs will not be fully known until after stakeholders have met in February and Facilities receives its a response from the provincial government in regards to the renovation proposal. The range of costs for the rainwater harvesting portion of this project is estimated to be between $2000 and $15,000. This range is based upon the costs for the equipment and rainwater storage units that can be potentially used, which will be decided upon by the stakeholders during the meetings discussed above.
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Project Proposal: Rotunda Roof Top Ecological Restoration & Water Management Justin Bauer, June Bay, Jeff Lemon, and Sarah Vanderveer
4
Timeline | 23/01/2013
TIMELINE Phase One November Consult with potential stakeholders December Examine costs for proposal
Finish concept proposal and send by end of December Have green space survey for student body finished and ready to initiate 1st week back in January
Phase Two
January Confirm and expand stakeholders. BCIT Centre for Architectural Ecology inspection (Maureen Connelly) BCIT Centre for Architectural Ecology report Consultation with: Elizabeth Elle (SFU department of Biological Sciences, pollinator diversity expert), and BCIT Centre for Architectural Ecology Team re: native flora and fauna planning. Update Facilities once stakeholders are confirmed. Initiate, complete and analyse green space survey for stakeholder meeting in February Compile collected materials for stakeholders meeting & create information packaged Re-assessment of project costs given reports and collected information
February Continued project planning and development. Stakeholders meeting planned and participants confirmed. Stakeholder meeting agenda created and agreed upon Dialogue with stakeholders (stakeholders meeting). Minutes report from stakeholders meeting created and distributed
March Tentative construction plans created and finalized. Possible start of construction (ASAP; shooting for end of March / beginning of April)
April Completion of construction (by the end of Semester / April) Project reports, blueprints, and all other collected materials filed with stakeholders
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Survey:(Student(Attitudes(Toward(Current(Greenspaces(on(SFU(Burnaby(Campus(Created'by:'Darrien'Morton'&'Jeff'Lemon'Compiled'and'Analyzed'by:'Darrien'Morton'''Attitudes(toward(current(and(future(greenspace(development(
Overall,(72.2%(of(students(felt(there(was(not(enough(greenspace(at(SFU(and(92.3%(stated(they(wanted(to(see(more(greenspaces(on(campus.((
(
Of( students( who( wanted( more( greenspace,( 87.3%( wanted( more( green( roofs,(followed( by( community( gardens( (73.9%),( parks( on( campus( (73.8%),( greenways(
(62.3%),(and(verandas((50%).(
(
54%(of(students(strongly(or(somewhat(agreed(that(greenspaces(are(not(comfortable(to(relax((
(
58.5%( strongly( or( somewhat( agreed( that( current( greenspaces( are( satisfactory( for(spending(time(with(colleagues(and(friends(
(
73.2%( strongly( or( somewhat( agreed( that( campus( greenspaces( require( more(beautification.((
(
When(asked(about(greenspace(meeting(the(students(need(for(shade(43.8%(strongly(or( somewhat( disagreed,( 24%( somewhat( agreed( and( only( 5.7%( strongly( agreed.(
20.5%(felt(neutral.(
(
Generally(current(greenspace(felt(welcoming(during(the(summer(months,(were(safe(to(be(in,(and(were(peaceful(to(study.((
(
From(a(preliminary(analysis(of( the(openOended(question( that(asked( if(greenspaces(are( not( easily( accessible,( it( is( observed( that( from( the( 18.3%( who( strongly( or(
somewhat( agreed,( location( and( seclusion(of( greenspaces(were( the(most( prevalent(
responses.((
(
64.5%( of( students( strongly( or( somewhat( disagreed( that( campus( greenspace( has(adequate(seating.(Only(2.3%(strongly(agreed(and(12.1%(somewhat(agreed.(Of(those(
disagreeing,(81.6%(stated(that(seating(is( inadequate(in(scenic( locations(with(views(
across( the( campus,( 72.4%( stated( around( preOexisting( greenspace( and( 61.3( stated(
inadequate(seating(that(is(built(into(new(greenspaces.(
( (
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Attitudes(toward(current(open(space(development(
Almost(50%(of(students(there(was(enough(open(space(on(campus(and(83.4(said(they(would(like(to(see(more(open(spaces(on(campus.((
(
75.9%(of(those(who(wanted(more(open(spaces(stated(they(wanted(open(space(to(be(used(as(social(gathering(areas,(followed(by(greenspace(areas((75.1%),(natural(areas(
(57%),(recreational(areas(48.6%),(and(educational(areas(39%)(
72.2( %( of( students( believed( that( the( design( of( campus( greenspaces( should( be(improved.(
(
Perceptions(of(greenspace(usage(
For(the(usage(of(greenspace,(73.6%(of(students(reported(that(greenspace(should(be(used(as(an(education(space(is(very(important(or(somewhat(important,(while(92.6%(
thought( that( greenspace( should( be( used( as( a( breathing( space( with( 58.9%(
considering( it( very( important.( 88.2%( considered( greenspace( that( is( used( for(
studying(very(or(somewhat(important(and(83.8%(thought(greenspace(that(is(used(as(
a( meeting( space( very( or( somewhat( important.( ( Related( to( the( natural( aspects( of(
greenspace( usage,( greenspace( as( a( growing( (73.6%)( or( wild( (74%)( space,( in(
comparison(to(social(aspects(of(usage,(was(considerably(lower.((
(
93.9%( of( students( though( trees( and( shrubs( were( very( or( somewhat( important,(followed(by(fountains(93.8%),(flowerbed(and(planters((77.8%),(arbors((75.45),(and(
74.2%(of(students(finding(cobblestone(walkways(important,(with(44.7%(stating(they(
are( very( important.( ( 60.2%( of( students( thought( paved( walkways( would( be(
important.(61%(of(students(identifies(drinking(fountain(as(important.(
(
Only(44.2%( thought(benches(were( important(but(32.8%( felt(neutral.(On( the(other(hand,(49.6%(of(students(considered(picnic(tables(to(be(very(unimportant(
(
64.4%(of(students(thought(native(animal(species(are(important((
(
Perceptions(toward(sustainability(and(greenspace((
97.5%( of( students( believed( greenspace( was( important( for( Burnaby( campus(and( 93.4%(of( students( cared(whether( greenspace( on( campus( benefitted( the(natural(environment(of(Burnaby(campus.(
(((
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Survey(Analysis((
Campus(greenspace(at(SFU(is(considered(by(students(to(be(a(highly(valuable(asset(and(feature(
of(Burnabys(built(and(natural(environment.(Both(within(the(campus,(and(between((the(campus(
and(natural(environment(of(Burnaby(mountain(The(survey(results( indicate(that(not(only(do(a(
majority(of(the(students(sampled(believe(there(is(not(enough(greenspace(on(campus((72.2%),(
but(almost(unanimously,(students(believe(more(is(needed.(For(those(who(believed(the(campus(
required( more( greenspaces,( 87.3%( indicated( they( would( like( additional( rooftop( gardens.(
Students( identified( rooftop( gardens( as( a( priority( more( so( than( any( other( type( of( campus(
greenspace.( Furthering( and( increasing( the( development( of( greenspace( is( thus( considered( a(
necessity.( When( asked( about( open( space( development( in( general,( without( restricting( it( to(
greenspace( uses( exclusively,( students( still( identified( greenspace( to( be( the( one( of( the( most(
important( type( of( open( space,( falling( shortly( behind( social( gathering( spaces( such( as( public(
plazas.((
(
Based(on(students(attitudes(toward(current(greenspaces,(responses(indicate(that(most(issues(
exist( concerning( the( physical( aspects( and( features( of( green( space( compared( to( the( social(
aspects(and(features.(Knowing(student(attitudes(toward(current(greenspace(may(therefore(help(
inform(future(developments.(Physical(aspects(that(were(found(to(be(considerably(problematic(
were( comfort,( aesthetic( design( of( the( campus( greenspaces,( shade,( accessibility,( and,( in(
particular,(seating.(Seating(is(regarded(inadequate(especially(for(those(areas(with(scenic(views(
of(the(campus.(The(social(conditions(that(aspects(and(features(of(greenspace(promote,(however,(
are(generally(regarded(as(satisfactory(at(meeting(the(needs(for(many(of(the(students(sampled.(
These(needs( include(safety,(a(social(space(for(congregating(and(a(peaceful(space(for(studying.((
During(the(summer(months,(greenspaces(are(generally(thought(of(as(welcoming.(
In(terms(of(what(students(perceived(to(be(important(aspects(and(features(of(greenspace(usage,(
both(social(and(physical(aspects(and(features(were(identified.(As(a(social(space,(greenspace(was(
perceived(to(be(most(important(as(a(breathing(and(studying(space,(possibly(signifying(that(the(
peacefulness(of( greenspace( is( important( to( students.(Though,( greenspace( as( a(meeting( space(
was(also(considered(important.(Campus(greenspaces(for(natural(uses,(such(as(a(growing(or(wild(
space,(were(considered(less(important(than(social(aspects(of(use.((Responses(related(to(natural(
and(social( features(of(greenspace(usage(were(varied(with(plants,(other(vegetation,(walkways,(
fountains,( benches,( drinking( fountains( and( the( presence( of( native( animal( species( being(
considered(important.(On(the(other(hand,(picnic(tables,(rocks(and(boulders,(and(gazebos,(were(
found(to(be(less(important.((
Overall,(these(survey(results(indicate(that(not(only(are(more(greenspaces(deemed(a(necessity(by(
students,( but( the( incorporation( and(maintenance( of( greenspace( furnishings( and( natural( and(
physical( features( require( better( strategic( and( conceptual( planning( in( relation( to( greenspace(
design.(For( future(developments(of( greenspace,( it(must(be(kept( in(mind,(however,( that( these(
spaces( should( cater( to( the( needs( of( students( by( way( of( promoting( a( peaceful,( restful,( yet(
interactive,(environment.((
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ITEM # Question DescriptionYes No Maybe/IDKStA SoA N SoD StD IDKVI SI DCare SU VU
1 Overall, do you think there are enough greenspaces on Burnaby campus? 27.8 72.22A Would you like to see more greenspaces on Burnaby campus? 92.3 7.7
What types of greenspaces would you like to see more of on Burnaby campus?2B1 IF YES 2A Parks on campus 73.8 26.22B2 Community gardens 73.9 26.22B3 Rooftop Gardens 87.3 12.72B4 Verandas 50 502B5 Greenways 62.3 37.72B6 Other
2C IF YES 2A text Which area(s) on Burnaby campus do you think requires more greenspace development? (Optional)Do you agree or disagree with the following statements?
3A Campus gardens are spacious enough to meet my needs 12.8 38.8 26.4 18.2 3.1 0.83B Campus greenspaces are not comfortable enough to relax 14.3 39.9 14.3 22.1 7.8 1.63C Campus greenspaces are peaceful enough to study 10.5 39.1 21.7 26.7 0 1.9
3DCampus greenspaces are satisfactory enough for spending time with friends and/orcolleagues 15.9 42.6 18.2 17.8 4.7 0.8
3E Campus greenspaces are satisfactory for social gatherings 9.7 36.8 19 26.7 5 2.73F Campus greenspaces require more beautification 33.7 39.5 18.3 4.7 2.7 1.23G Campus greenspaces are noisy 5.1 32.7 31.9 21 8.2 1.23H Campus greenspaces have enough trees to meet my needs for shade 9.3 24 20.5 38.4 5.4 2.33I Campus greenspaces feel unwelcoming during the summer months 2.3 13.1 18.5 30.5 30.1 5.43J Campus greenspaces feel safe to use 36.2 40.9 14 5.8 0.8 2.3
3K1 Campus greenspaces are not easily accessible 2.7 15.6 34.6 30 14 3.13K2 IF AGREE 3K1 text Why do you think campus greenspaces are not accessible3L1 Campus greenspaces have adequate seating 2.3 12.1 19.5 37.7 26.8 1.6
IF DISAGREE 3L1 Please specify where you feel seating is inadequate3L2A Scenic locations with views across campus 81.6 18.43L2B Built into new greenspace 61.3 38.73L3C Built around pre-existing greensaces 72.4 27.63L2D text Other
4 Generally, do you think there are enough urban open spaces on Burnaby campus? 50.2 49.8
5 Would you like to see more urban open spaces on Burnaby campus? 83.4 16.6
Frequencies (%)
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What should open space be used for on Burnaby campus? (Choose 3)6A Recreational areas 48.6 51.46B Social gathering areas 75.9 24.16C Greenspace areas 75.1 24.96D Educational areas 39 616E Natural areas 57 436F text Other
7 How would you rate the general upkeep and appearance of greenspace on Burnaby campus?
0 13.3 62.9 17.3 0.8 5.6
8A Should the current design of greenspaces on Burnaby campus be further improved? 72.2 5.6 22.2
8B IF YES 8A text How do you think greenspace should be improved? (Optional)
9 Overall, how satisfied or dissatisfied are you with greenspace at Burnaby campus currently?
3.2 36.7 36.7 20.2 2.8 0.4
10 text Please complete the following sentence. I would use greenspace on Burnaby campus more ifWhich of the following uses of greenspace do you consider would be important for Burnaby campus?
11A Breathing space - a space to retreat from the bustle of campus buildings 58.9 33.7 5.3 1.6 0.4
11BHealthy space - a space for performing physical activity or other beneficial health-related activities 42.3 37 13 4.9 2.8
11C Meeting space - a space to meet with other students or people 40.7 43.1 13 2.8 0.411D Studying space - a space to study 54.9 33.3 6.1 4.9 0.811E Play space - a space with fun, entertaining and/or creative activities 28.5 41.5 17.5 11 1.6
11FLearning space - a space with activities to gain skills and learn e.g. composting and gardening activities, social or cultural events, environmental or community services and programs etc
40.7 41.1 12.6 4.5 1.2
11G Growing space a space for growing fruits and vegetables 45.1 28.5 13.8 9.3 3.3
11HWild space - a space that requires less human contact and may serve as a habitat for animals or larger trees and bushes 42.3 31.7 12.2 9.8 4.1
11I text Other Which of the following physical structures do you think would be important for greenspace on Burnaby campus?
12A Flowerbeds and planters 34.8 43 14.8 4.9 2.512B Trees and shrubs 61.1 32.8 4.5 1.6 012C Gazebos 29.9 32.8 24.2 8.2 4.912D Arbors (framework that supports climbing plants and provides shade) 28.7 46.7 19.7 3.7 1.212E Picnic tables 35.7 11.5 3.3 49.612F Drinking fountains 34 27 25 10.2 3.712G Ponds 13.9 31.6 28.3 16 10.2
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12H Fountains 59.8 34 4.9 1.212I Benches 17.6 26.6 32.8 14.3 8.612J Rocks or boulders 16.8 29 25 20.1 912K Paved walkways 17.2 43 23 11.5 5.312L Cobblestone walkways 44.7 29.5 16.8 6.6 2.512M Native animal species 27.5 36.9 24.6 7.8 3.312N text Other 13 Do you believe that greenspace is NOT important for the Burnaby campus? 2.5 97.5
14 Do you care whether greenspace on campus benefits the natural environment of Burnaby Mountain?
93.4 6.6
15 Would you prefer that greenspace be kept ONLY outside on campus grounds, and NOT inside the campus buildings?
12.8 87.2
16 Do you think that classes which are taught on campus greenspace rather than inside classrooms/lecture halls would be beneficial to your learning?
72.7 27.3
17 Should a portion of the sustainability charges included in your student fees be used for greenspace development on campus?
73.4 26.6
18 If given the chance, would you offer technical or volunteer services toward campus greenspace planning and development?
18.6 38.4 43
19A Do you believe that decisions involving greenspace planning and development on Burnaby campus should include students?
96.3 3.7
19B IF Y/N 19A text Why do you believe decisions should or should not involve students?
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COST%ESTIMATES%!
RAINWATER%MANAGEMENT:%COST%ESTIMATES%%RAINWATER%STORAGE%TANK%OPTIONS%550!USG!Water!Tank!!
$439.65!
1,000!USG!Water!Tank!!
$775.00!
2,500!USG!Water!Tank!!!
$1,311.11!
5,!000!USG!Water!Tank!! $3,689.23!!!
RAIN%HARVESTING%FILTER%OPTIONS%Leaf!Beater!=!fits!4"!Round!Downspout!!
$41.27!
4"!Leaf!Eater!Ultra! $76.54!
!FIRST%FLUSH%DIVERTER%OPTIONS%4"!Downspout!First!Flush!Diverter!Kit!=!Assembly!required!!
$47.00!
!
PIPING%4! PVC! materials! cost! on! average! $1! per! foot.! Consultation! will! be! done! in! the! stakeholders!meeting! to! address! the! location! of! the! diversion! and! the! length! of! PVC! drainage! material!required.!!
$20!=!$500!
Additional!plumbing!materials!such!as!taps,!valves,!and!piping!to!connect!filtration.! $50!=!$500!
!WATER%STORAGE%TANK%PAD%A!pad!maybe!required!to!place!the!water!storage!tank!onto.!The!price!of!this!pad!will!vary!depending!on!material!selected!(gravel,!concrete),!as!well!as!the!diameter!and!weight!of!the!water!storage!tank.!General!estimates!place!the!cost!at!$0!=!$500!
%ROTUNDA%AREA:%COST%ESTIMATES%!SOIL%OPTIONS%%Soil!specification!can!range!depending!on!the!environment.!As!a!pricing!range!can!only!be!given!until!a!specification!has!been!decided!by!BCIT.!Prices! also!will! vary!depending!on!how!many!beds!are! selected!and! for!what!purpose!(green!roof,!bog,!pond).!!Prices!range!from!$10/cubic!m!to!as!high!as!$220/cubic!m!for!specialty!soils.!%Example:!Including!the!use!of!a!soil!blower!one!quote!was!given!at!=!$65/cubic!m)!!Small!Rooftop!Bed!(17.5!sq.!m,!1/3m!deep)!!
$379.20!
Medium!Rooftop!Bed!(35!sq.!m,!1/3m!deep)!!
$758.40!
Large!Rooftop!Bed!(117!sq.!m,!1/3m!deep)! $2,535!
!
-
SIMFRA1Master No.
QuoteBARR Plastics Inc.
8888 University DriveBurnaby BC V5A 1S6 8888 University Drive
Burnaby BC V5A 1S6
Unit A - 31192 South Fraser Way1
RWQ000603
Simon Fraser University
1/23/13
Purchase Order No. Customer ID Salesperson ID Payment Terms
Quantity Item Number DescriptionUOM Unit Price Ext. Price
Ship To:Bill To:
DatePage
Simon Fraser University
ME NET 30
0/00/00
19,509
Abbotsford BC V2T 6L5 Canada
Phone :(604) 852-8522Fax: (604) 852-8022
Toll free: (800) 665-4499 Business No: 864884135
Phone: (778) 782-3385 Ext. 000Phone:Fax:
(778) 782-3385 Ext. 0000(778) 782-4521 Ext. BOB0
Lead Time4-6 WEEKS
Req Ship Date Shipping Method Shipping Via DRW#Shipping Reference
C$3,689.23 C$3,689.23 EACH 1 40943 5000 USG BLK H20 TANK W/ 2" FTG (141"D)x 86.0"H WEIGHT: 794LBS
C$76.54 C$76.54 EACH 1 RHUL98 4" LEAF EATER ULTRA
C$529.07 C$529.07 EACH 1 60115861 ECOTRONIC 250 1HP BOOSTER PUMP W/ PRESSURE SWITCHDIM: 19.0"L x 11.0"W x 18.0"H WEIGHT: 20LBS
C$500.00 C$500.00 Each 1.00 BUDGET BUDGET FOR PIPE, FITTINGS, HOSE, ETC...
C$4,794.84C$0.00
C$0.00C$0.00
SubtotalMiscGST/HST
FreightTrade DiscountTotal C$5,370.22
Thank you for the opportunity to quote!
Print Name: Signed:
Date:
Terms:2. 50% Deposit with order, 50% balance due on delivery.3. 2% interest charged on over-due accounts.4. All orders must be confirmed by a signed quote and deposit, or a purchase
PURCHASER: I have reviewed and accepted the above sales quote and have checked
order, OAC.
it for accuracy and accept the Termsand Conditions attached.Terms and Conditions are available upon request from the sales manager at 1-800-665-4499
1. Above Prices are FOB our shop, taxes extra unless specified.
5. This quote is valid for 15 days. Returns are subject to min. 25% restocking6. Items will be invoiced on the ready to ship date.
C$575.38
-
SIMFRA1Master No.
QuoteBARR Plastics Inc.
8888 University DriveBurnaby BC V5A 1S6 8888 University Drive
Burnaby BC V5A 1S6
Unit A - 31192 South Fraser Way1
RWQ000604
Simon Fraser University
1/23/13
Purchase Order No. Customer ID Salesperson ID Payment Terms
Quantity Item Number DescriptionUOM Unit Price Ext. Price
Ship To:Bill To:
DatePage
Simon Fraser University
ME NET 30
0/00/00
19,510
Abbotsford BC V2T 6L5 Canada
Phone :(604) 852-8522Fax: (604) 852-8022
Toll free: (800) 665-4499 Business No: 864884135
Phone: (778) 782-3385 Ext. 000Phone:Fax:
(778) 782-3385 Ext. 0000(778) 782-4521 Ext. BOB0
Lead TimeIN STOCK
Req Ship Date Shipping Method Shipping Via DRW#Shipping Reference
C$1,311.11 C$2,622.22 EACH 2 40867 2500 USG GRN H2O TANK W/ 2" FTGDIM: 95"L x 89.0"H WEIGHT: 339LBS
C$76.54 C$76.54 EACH 1 RHUL98 4" LEAF EATER ULTRA
C$529.07 C$529.07 EACH 1 60115861 ECOTRONIC 250 1HP BOOSTER PUMP W/ PRESSURE SWITCHDIM: 19.0"L x 11.0"W x 18.0"H WEIGHT: 20LBS
C$500.00 C$500.00 Each 1.00 BUDGET BUDGET FOR PIPE, FITTINGS, HOSE, ETC...
C$3,727.83C$0.00
C$0.00C$0.00
SubtotalMiscGST/HST
FreightTrade DiscountTotal C$4,175.17
Thank you for the opportunity to quote!
Print Name: Signed:
Date:
Terms:2. 50% Deposit with order, 50% balance due on delivery.3. 2% interest charged on over-due accounts.4. All orders must be confirmed by a signed quote and deposit, or a purchase
PURCHASER: I have reviewed and accepted the above sales quote and have checked
order, OAC.
it for accuracy and accept the Termsand Conditions attached.Terms and Conditions are available upon request from the sales manager at 1-800-665-4499
1. Above Prices are FOB our shop, taxes extra unless specified.
5. This quote is valid for 15 days. Returns are subject to min. 25% restocking6. Items will be invoiced on the ready to ship date.
C$447.34
-
Alternative
Roug
hMaterialTotal
#Units
Cost/unit
StorageTank
sSh
ipping
&Inst
allatio
nPu
mps
&Filte
rsFo
unda
tion
Electrical
Piping
&fittin
gs10
00lin
ealfee
tof
pipe
(exclude
slabo
r)1.
All
Rai
nwat
er H
OG
s- a
t 50
gallo
ns c
apac
ity p
er ta
nk- a
ppro
pria
te fo
r sm
all o
r de
mon
stra
tion
area
s. (a
ssum
es w
ith w
all b
rack
et)
$
148,
100.
00
400
299
1196
0016
000
6500
TBD
6000
2. A
mix
of V
odat
anks
(60
0 ga
llons
) and
HO
Gs
(50
gallo
ns) i
n di
scre
te lo
catio
ns a
roun
d th
e si
te $
5
4,34
0.00
34
1100
3740
020
4055
0034
00TB
D60
003.
2 L
arge
cap
acity
tank
s (1
0 -1
2K g
allo
n)- i
ssue
s re
gard
ing
aest
hetic
s, s
hipp
ing
and
inst
alla
tion.
Not
e: w
ater
is h
eavy
$
72,
000.
00
212
000
2400
035
0035
0035
000TB
D60
004.
Dis
tribu
ted
colle
ctio
n an
d st
orag
e sy
stem
- One
for t
he p
erm
acul
ture
/ co
llect
ion
area
and
se
cond
for t
he g
arde
n T
BD
Storageof
20KGa
llons
Abov
earesomevery
prelim
inarybu
dget
numbe
rsfor3
diffe
rent
scen
arios.
Thesedo
numbe
rsareforp
lann
ingpu
rposeon
ly.Ac
tualqu
otewillbe
prov
ided
once
afirm
system
requ
iremen
tsan
dde
signarede
velope
d.Num
bersdo
not
refle
ctlabo
rtoinstalltan
ks,electric
al,fou
ndation,
orpiping
-
26 M
ay 2
008
ww
w.r
ainw
ater
hog.
com
GLE
NM
ORE
RO
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BLIC
SCH
OO
Lra
inw
ater
HO
G c
ase
stud
y09
A to
tal o
f 18
Rai
nwat
er H
OGs
were
use
d by
Gle
nmor
e Pu
blic
Sch
ool t
o wa
ter v
ario
us a
reas
of t
he s
choo
l gr
ound
s. T
he tr
ansp
orta
ble
clas
sroo
ms
have
str
ict c
rite
ria
whic
h do
es n
ot a
llow
any
perm
anen
t con
nect
ion
to th
e si
te, m
eani
ng th
at th
at th
eir d
owns
pout
s ge
nera
lly r
un o
nto
the
surr
ound
ing
grou
nd. T
he p
orta
ble,
lig
htwe
ight
and
reu
sabl
e na
ture
of H
OGs
mea
nt th
at th
ey co
uld
be in
stal
led
dire
ctly
on
the
grou
nd u
nder
th
e cl
assr
oom
s to
colle
ct a
nd r
euse
the
wate
r for
dri
p ir
riga
tion,
with
the
know
ledg
e th
at o
nce
the
clas
s-ro
oms
were
rem
oved
the
HOG
s co
uld
be r
ecom
mis
sion
ed e
lsew
here
with
out l
eavi
ng fo
unda
tions
beh
ind.
For t
he C
otta
ge in
stal
latio
n, th
e na
rrow
pro
file
of H
OGs
mad
e th
em id
eal t
o st
ore
the
low
volu
me
of w
ater
fr
om th
e he
rita
ge b
uild
ing'
s ro
of w
ithou
t com
prom
isin
g ou
tdoo
r pla
y ar
ea. T
he co
ntai
ned
natu
re o
f the
H
OG m
odul
e m
eans
that
it is
saf
e ar
ound
child
ren,
with
no
area
s of
egr
ess
or in
stab
ility
.
Two
vert
ical
ly m
ount
ed H
OGs
supp
ly w
ater
for t
he s
mal
l sid
e ga
rden
.
HOG
mod
ules
bed
ded
into
the
soil
unde
r the
tran
spor
tabl
e cl
assr
oom
s, s
tore
61
8 ga
llons
(234
0 lit
res)
for d
rip
irri
gatio
n of
sur
roun
ding
gro
unds
.
HOG
s ar
e ba
nked
ho
rizo
ntal
ly o
n th
e gr
ound
un
der t
he tr
ansp
orta
ble
clas
sroo
ms,
one
set
of 6
and
on
e se
t of 7
for a
tota
l 618
ga
llons
(234
0 lit
res)
to
prov
ide
wate
r for
gar
den
irri
gatio
n. T
he D
epar
tmen
t of
Edu
catio
n do
es n
ot a
llow
perm
anen
t att
achm
ents
to
the
tran
spor
tabl
es. H
OG is
a
perf
ect s
olut
ion
beca
use
when
the
clas
sroo
ms
are
rem
oved
the
HOG
s ca
n be
de
ploy
ed in
ano
ther
par
t of
the
scho
ol g
roun
ds.
2 H
OGs
mou
nted
ver
tical
ly co
llect
wat
er fo
r sm
all g
arde
n ho
sing
.
3 H
OGs
mou
nted
ver
tical
ly o
n th
e wa
ll of
The
Cot
tage
and
af
ters
choo
l car
e ce
ntre
whi
ch
did
not w
ant t
o lo
se a
ny
outd
oor p
lay
spac
e. H
OGs
are
used
to h
ose
the
adja
cent
ve
geta
ble
patc
h .
19
(5
00m
m)
9
(240
mm
)
71 (1800mm)
47 gallons (180 litre)
18 H
OGs
846 g
alLo
ns
3,240
litr
es
-
External
Fund
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Nam
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contact
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3.Co
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newab
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$17,00
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Eatery
$30,00
0SaltSprin
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$8,000
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habitatb
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drestoringna
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habitatsan
deco
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sincluding
forests,riv
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wetland
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Ongo
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Region
#:PO
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20StationTerm
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Vancou
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V6B5R
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https://www.van
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plan
tspe
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HabitatR
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andstew
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Energy
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Involvecommun
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supp
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