Resolution 13-15: GREENER PARKING MAKES BETTER NEIGHBORS
| Number | 13-15 |
| Description | UT Arlington should research and possibly implement through its Campus Sustainability initiative greener surface parking lot designs to implement as new or old surface parking lots are resurfaced or built to meet campus parking demands |
| Authored by |
William Addington |
| Sponsored by |
Hasan Sumdani |
| Date Submitted | Wednesday, April 17, 2013 |
| Date Considered | Tuesday, October 8, 2013 |
| Committee | Academic Affairs |
| Result | n/a |
| Remarks | |
| Whereas | UT Arlington has a sizable amount of surface parking lots which are damaging to our environment and the overall appeal to campus life. |
| Whereas | The 2005-2020 Campus Masterplan suggests improving parking by moving most of all campus parking into vertical garages which can cost prohibitive to construct. |
| Whereas | Until more funding can be found to build those needed parking garages the University is likely to need to re-pour or rebuild existing surface parking lots. |
| Whereas | UT Arlington could implement a number of greener sustainable surface parking lot designs in the meantime to mitigate the overall negative environmental impact that surface parking lots cause on our water quality and the overall surface parking lot appearance to campus. |
| Whereas | UT Arlington could implement a number of greener surface parking lot designs recommended by the EPA Green Parking Lot Guide such as porous pavement, alternative pavers, Swales, bio-retention areas, rain gardens, vegetated filter strips, riparian buffers, dry detention basins, wet retention basins, infiltration systems, and constructed wetlands to improve overall water quality and flooding of the local storm system. |
| Be It Further Resolved That | UT Arlington should research and possibly implement through its Campus Sustainability initiative greener surface parking lot designs to implement as new or old surface parking lots are resurfaced or built to meet campus parking demands in order to improve our commitment to sustainability by improving water quality and our commitment to improving the overall appearance of our parking infrastructure on University property. |