SITESv2_Scorecard.pdf

Project Name: _____________________________________________________________________ Project ID#:_______________ Date: __________________

YES ? NO YES ? NO

0 0 0 Possible Points: 13 0 0 0 Possible Points: 30 Y CONTEXT P1.1 HHWB C6.1 2 to 3

Y CONTEXT P1.2 HHWB C6.2 2

Y CONTEXT P1.3 HHWB C6.3 2

Y CONTEXT P1.4 HHWB C6.4 2

CONTEXT C1.5 3 to 6 HHWB C6.5 2

CONTEXT C1.6 4 HHWB C6.6 2

CONTEXT C1.7 2 to 3 HHWB C6.7 3 to 4

HHWB C6.8 4

0 0 0 Possible Points: 3 HHWB C6.9 4 Y PRE‐DESIGN P2.1 HHWB C6.10 1 to 2

Y PRE‐DESIGN P2.2 HHWB C6.11 3

Y PRE‐DESIGN P2.3

PRE‐DESIGN C2.4 3 0 0 0 Possible Points: 17

Y CONSTRUCTION P7.1

0 0 0 Possible Points: 23 Y CONSTRUCTION P7.2

Y WATER P3.1 Y CONSTRUCTION P7.3

Y WATER P3.2 CONSTRUCTION C7.4 3 to 5

WATER C3.3 4 to 6 CONSTRUCTION C7.5 3 to 4 WATER C3.4 4 to 6 CONSTRUCTION C7.6 3 to 4 WATER C3.5 4 to 5 CONSTRUCTION C7.7 2 to 4 WATER C3.6 4 to 6

0 0 0 Possible Points: 22 0 0 0 Possible Points: 40 Y O+M P8.1

Y SOIL+VEG P4.1 Y O+M P8.2

Y SOIL+VEG P4.2 O+M C8.3 3 to 5 Y SOIL+VEG P4.3 O+M C8.4 4 to 5

SOIL+VEG C4.4 4 to 6 O+M C8.5 2 to 4 SOIL+VEG C4.5 4 O+M C8.6 3 to 4 SOIL+VEG C4.6 3 to 6 O+M C8.7 2 to 4 SOIL+VEG C4.7 4 to 6 SOIL+VEG C4.8 1 to 6 0 0 0 Possible Points: 11 SOIL+VEG C4.9 4 EDUCATION C9.1 3 to 4 SOIL+VEG C4.10 1 to 4 EDUCATION C9.2 3

SOIL+VEG C4.11 4 EDUCATION C9.3 4

0 0 0 Possible Points: 41 0 0 0 Bonus Points: 9 Y MATERIALS P5.1 INNOVATION C10.1 3 to 9

MATERIALS C5.2 2 to 4 MATERIALS C5.3 3 to 4 YES ? NO

MATERIALS C5.4 3 to 4 0 0 0 Total Possible Points: 200 MATERIALS C5.5 3 to 4 MATERIALS C5.6 3 to 5 KEY SITES Certification levels Points MATERIALS C5.7 1 to 5 YES CERTIFIED 70 MATERIALS C5.8 1 to 5 ? SILVER 85

MATERIALS C5.9 5 NO GOLD 100

MATERIALS C5.10 1 to 5 PLATINUM 135

Project striving to achieve points, not 100% confident

Project is unable to achieve these credit points

Reduce urban heat island effects

Conserve and restore native plant communities

Support sustainability in plant production

Design for adaptability and disassembly Use salvaged materials and plants Use recycled content materials Use regional materials Support responsible extraction of raw materials Support transparency and safer chemistry Support sustainability in materials manufacturing

Maintain on‐site structures and paving

Optimize biomass

Project confident points are achievable

Plan to monitor and report site performance

Innovation or exemplary performance

TOTAL ESTIMATED POINTS

Use vegetation to minimize building energy use

Eliminate the use of wood from threatened tree species

5: SITE DESIGN ‐ MATERIALS SELECTION

Reduce the risk of catastrophic wildfire Develop and communicate a case study

10. INNOVATION OR EXEMPLARY PERFORMANCE

Promote sustainability awareness and education

SITES v2 Scorecard Summary

Restore soils disturbed by previous development Divert construction and demolition materials from disposal Divert reusable vegetation, rocks, and soil from disposal Protect air quality during construction

Protect and maintain cultural and historic places

Support physical activity

Support local economy

Provide optimum site accessibility, safety, and wayfinding Promote equitable site use Support mental restoration

Communicate and verify sustainable construction practices

Locate projects within existing developed areas

2: PRE‐DESIGN ASSESSMENT + PLANNING

Reduce light pollution

Conduct a pre‐design site assessment

Encourage fuel efficient and multi‐modal transportation Minimize exposure to environmental tobacco smoke

Provide on‐site food production Support social connection

Restore soils disturbed during construction

9. EDUCATION + PERFORMANCE MONITORING

Plan for sustainable site maintenance

Use renewable sources for landscape electricity needs Reduce outdoor energy consumption

Provide for storage and collection of recyclables Recycle organic matter Minimize pesticide and fertilizer use

Protect air quality during landscape maintenance

8. OPERATIONS + MAINTENANCE

Limit development on farmland Protect floodplain functions Conserve aquatic ecosystems Conserve habitats for threatened and endangered species Redevelop degraded sites

Conserve and use native plants Conserve special status vegetation

Designate and communicate VSPZs

3: SITE DESIGN ‐ WATER

4: SITE DESIGN ‐ SOIL + VEGETATION

Manage precipitation on site

Use appropriate plants Conserve healthy soils and appropriate vegetation

Create and communicate a soil management plan Control and manage invasive plants

Restore aquatic ecosystems

Manage precipitation beyond baseline Reduce water use for landscape irrigation

Control and retain construction pollutants

6: SITE DESIGN ‐ HUMAN HEALTH + WELL‐BEING

7: CONSTRUCTION

Reduce outdoor water use Design functional stormwater features as amenities

Connect to multi‐modal transit networks

Use an integrative design process

Engage users and stakeholders

1: SITE CONTEXT

4/18/2016

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