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Labs21 Phone Forum
April 23, 2004

Campus Planning—Stormwater Management

Read a summary of the discussion (Adobe PDF. Click for more information. 2 pp., 621 KB, about PDF)

Featured Speakers:

Achieving a high performance laboratory building starts with site planning. Building orientation, footprint, transportation, parking, stormwater management, and landscape are all important concepts to consider beyond the building box. These presentations focused on the following topics:

Bill Wenk, Wenk & Associates
Recent droughts and environmental concerns have caused planning and design professionals to challenge traditional patterns of development, site development, campus planning, and landscape design to reduce and mitigate environmental impacts. Current LEED® guidelines address issues of water conservation and sustainable landscape design, but only suggest ways to creatively integrate landscape and other site systems.

This presentation considered several case studies that involve innovative sustainable design concepts; managing stormwater as a community amenity, replacing traditional drainage systems with surface systems that promote pedestrian-friendly environments, and using plant communities that create livable outdoor environments.

Anne Guillette, Low Impact Development Center
Low Impact Development (LID) is a comprehensive land development approach and stormwater management strategy that uses hydrology as the integrating framework for design in order to achieve a "high performance" site for water and energy efficiency. LID manages water—both rainfall and stormwater runoff—at its source by directing stormwater toward small-scale, distributed controls and uses impervious and permeable surfaces (buildings, parking lots, roofs, open space) to manage, collect, reuse, and protect natural resources. LID technologies alter the volume and rate of stormwater runoff, filter pollutants, and increase groundwater recharge. The devices are integrated with the infrastructure, architecture and landscape in order to create a balanced, hydrologically functional and sustainable site.

This presentation included examples of LID applications across the country that illustrate how LID controls can be integrated into new and existing sites. The presentation also discussed how to design a "high performance" site that is integrated with the building, and that minimizes site disturbance, and maximizes efficiency.