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  1. Home
  2. G3 Program

Learn About Green Streets

On this page:

  • What is a Green Street?
  • Anatomy of a Green Street
  • Why a Green Street?
  • Green Street Resources

What is a Green Street?  

A green street is a stormwater management approach that incorporates vegetation (perennials, shrubs, trees), soil, and engineered systems (e.g., permeable pavements) to slow, filter, and cleanse stormwater runoff from impervious surfaces (e.g., streets, sidewalks).  Green streets are designed to capture rainwater at its source, where rain falls.  Whereas, a traditional street is designed to direct stormwater runoff from impervious surfaces into storm sewer systems (gutters, drains, pipes) that discharge directly into surface waters, rivers, and streams.  

EPA's Green Streets: The Road to Clean Water  video highlights green streets as a technique for managing stormwater and providing other economic and community benefits.  Shown are examples of green streets in localities that have worked with EPA and other partners to incorporate green streets as part of their stormwater management plans. Green features shown include permeable pavements, rain gardens, vegetative curb areas, sidewalk trees.

Anatomy of a Green Street

Streets comprise a significant percentage of publicly owned land in most communities, thereby offering a unique opportunity to incorporate green street elements that will not only protect the environment, but can improve community health and prosperity. 

Green streets incorporate a wide variety of design elements including street trees, permeable pavements, bioretention, and swales.  Successful application of green techniques will encourage soil and vegetation contact and infiltration and retention of stormwater. Although the design and appearance of green streets will vary, the functional goals are the same:

  • provide source control of stormwater to limit the transport of pollutants to stormwater conveyance and collection systems,
  • restore predevelopment hydrology to the extent possible, and
  • create roadways that help protect the environment and local water quality.

The "Anatomy of a Green Street" design graphic below provides details of green street elements.  The Low Impact Design Center  is a great resource hub that provides publications and resources that also support green street Design-Build concepts.  

Graphic showing all the elements of a green street.  The graphic shows a street with bioswales and street trees that include elements such as permeable sidewalks, bike lanes, landscaping areas, large trees, educational signs and efficient and safe lights

Why a Green Street?

Green streets protect water quality in rivers and streams by removing up to 90% of pollutants. They replenish groundwater supplies, absorb carbon, improve air quality and neighborhood aesthetics, and provide green connections between parks and open space.  Vegetated curb extensions improve pedestrian and bicycle safety, and calm traffic.

Green streets reduce peak stormwater flows, free capacity in the pipes to carry more wastewater to the sewage treatment plant, and reduce or stop sewer backups in basements.  They can eliminate the need to install or replace expensive underground collection, conveyance and treatment systems.  (Source: The City of Portland, Oregon: A Green Street Overview ).

A green street minimizes or reduces energy costs for the community.  For example, the street lights can use efficient bulbs and ballasts and be powered by an alternative energy source.  A green street may minimize material cost and the carbon footprint of its construction by using locally sourced and recycled materials in its design whenever possible.  Green streets also make accommodations for greener and healthier transportation such as walking, running, biking, and public transportation.  Streets that incorporate all of these elements are often called Complete Green Streets . 

Green streets can be used to:

  • Minimize stormwater impacts on the surrounding area through a natural system approach that incorporates a variety of water quality, energy-efficiency, and other environmental best practices;
  • Integrate green stormwater management features to increase infiltration and/or filtration of runoff, reduce flows, and enhance watershed health;
  • Reduce the amount of water that is piped and discharged directly to streams and rivers;
  • Make the best use of the street tree canopy for stormwater interception, as well as temperature mitigation and air quality improvement;
  • Mitigate or prevent localized flooding;
  • Encourage pedestrian and/or bicycle access;
  • Improve the aesthetics of a community; and,
  • Increases a community’s livability.

Green Street Resources

The following provide additional information on green street design and use:

  • A Conceptual Guide to Effective Green Street Design Solutions: Green Streets (PDF) (7 pp, yy, 6 MB)
  • Managing Wet Weather with Green Infrastructure - Municipal Handbook - Green Streets (PDF)(19 pp, 2 MB)
  • The City of Portland Oregon: A Green Street Overview 

G3 Program

  • The Green Streets, Green Jobs, Green Towns (G3) Initiative and Approach
  • Learn About Green Streets
  • Green Street Practices
  • Benefits of a Green Street
  • Why You Should Consider Green Stormwater Infrastructure for Your Community
  • Green Jobs in Your Community
  • Green Streets and Community Open Space
  • Getting to Green - Faster and Cheaper
    • Faster, Cheaper, Greener Webcast Series
    • December 2014 Sustainable Financing Forum for Faster, Cheaper, Greener Urban Stormwater Retrofits
      • December 2014 Sustainable Stormwater Financing Forum Summary Notes
    • December 2015 Community-Based Public-Private Partnership (CBP3) Sustainable Stormwater Infrastructure Summit
      • December 2015 CBP3 Sustainable Stormwater Infrastructure Summit Summary Notes
    • Financing Green Infrastructure - Is a Community-Based Public-Private Partnerships (CBP3) Right for You?
      • Prince George's County Maryland Clean Water Partnership
      • Public-Private Partnerships Beneficial for Implementing Green Infrastructure
      • Financing Integrated Green Stormwater Infrastructure
  • Develop Your Green Streets, Green Jobs, Green Towns (G3) Vision
  • Green Streets, Green Jobs, Green Towns (G3) Integrated Planning
  • Design and Build Approaches for Green Streets
  • Operation and Maintenance Considerations for Green Infrastructure
  • Green Streets, Green Jobs, Green Towns Grant Program
    • Contact Us About the Green Streets, Green Jobs, Green Towns Program
    • G3 Case Studies
    • G3 Grant Fact Sheets
  • Green Streets, Green Jobs, Green Towns (G3) Funding Opportunities
  • Green Street, Green Jobs, Green Towns (G3) Webcasts, Podcasts, Blogs, and Listservs
  • Green Streets, Green Jobs, Green Towns (G3) Guides and Publications
    • Storm Smart Schools
    • Storm Smart Cities
  • Green Streets, Green Jobs, Green Towns (G3) Webcast Series
  • Modeling Tools that Support the Green Streets, Green Jobs, Green Towns Approach
  • Greening of Decatur Street
  • CSO130 Green Infrastructure Project
  • Central Louisville Green Infrastructure Partnership
  • Apply to Become a G3 Featured Community
    • G3 Featured Community: The Town of Forest Heights, Maryland
  • Collaborate with Green Streets, Green Jobs, Green Towns (G3) Partners
  • Green Streets, Green Jobs, Green Towns (G3) News Articles
Contact Us About the Green Streets, Green Jobs, Green Towns Program
Contact Us to ask a question, provide feedback, or report a problem.
Last updated on November 21, 2024
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