Archive for the ‘Restorative Design’ Category

Getting More Out of Our Urban Landscapes

Join the USGBC-Missouri Gateway Chapter, the American Society of Landscape Architects – St. Louis Chapter, and the Missouri Botanical Garden for two events featuring Heather Venhaus:

Check out Heather’s article, originally published in Healthy Planet Magazine, for a preview!

Getting More Out of Our Urban Landscapes

By Heather L. Venhaus, Regenerative Environmental Design, LLC

Imagine a home or urban landscape that can ease the impacts of drought, reduce flooding, improve the water quality of creeks, rivers and lakes, cut energy costs, clean air, and capture greenhouse gases all while improving our health and happiness. Sounds awesome, right? These benefits, known as ecosystem services, are the goods and services that we all depend upon which nature provides for free. As you might imagine, ecosystem services have a tremendous monetary value, estimated at $46 trillion per year.
All landscapes whether urban, suburban, or rural have the potential to provide ecosystem services that extend both locally and globally. Unfortunately, in our quest to create more sustainable environments, the potential of residential and small urban landscapes are often overlooked. Residential landscapes make up almost half of the total green space in most cities. A single homeowner or coalition of neighbors can have significant impacts.
When considering ecosystem services, it is important to think about the connections between natural systems – soils, water, vegetation, climate, wildlife – and to look for landscape strategies that have multiple and long-term benefits. One strategy that is often overlooked is soil maintenance and stewardship. Soils and vegetation work together to provide a wide suite of ecosystem services. Plant roots provide food for soil microorganisms, which in return make nutrients available for plants and improve soil structure. Good soil structure is necessary for the movement of air and water in the soil, both of which are needed for healthy vegetation and sustainable water management. Organic matter is key to developing and maintaining good soil structure. Plants are continually adding organic matter to the soil via roots, leaves, and branches. Soil microorganisms are also a source.

Landscape practices that remove plant tissues such as bagging grass or leaves, rob the soil of a valuable resource. Selecting maintenance practices that allow organic matter to stay in place and decompose such as grasscycling or leafing shredding can easily amend this. Other practices include adding compost and mulch to the landscape on a regular basis. Landscapes that maintain healthy levels of soil organic matter can rack up multiple benefits including improved plant growth and resistance to disease, a more diverse and robust community of beneficial soil microorganisms, minimal fertilizer and pesticide requirements, an increase in the soil’s ability to hold more water thereby reducing irrigation needs, and protection from soil compaction which increases erosion. As with other ecosystem service benefits, the positive payback is not limited to the homeowner, but the entire region can receive a gain.

If you are interested in learning more and ways to improve your landscape and get involved, check out these resources:

  • Landscape for Life developed by the U.S. Botanic Garden. Teacher and student resources cover support sustainable soils, vegetation, water, landscape materials, and human health practices.
  • The St. Louis Audubon Society program, Bring Conservation Home, provides on-site assistance to small, private landowners in the greater St. Louis area for the restoration of native plant and animal habitat.
  • BiodiverseCity St. Louis, an initiative to promote, protect, and plan for biodiversity.
  • A lecture on Upcycling Our Urban Ecosystems presented by Heather Venhaus will take place on September 8, 2015 from 5:30-7:30pm.



More Rigorous than LEED Platinum: the Living Building Challenge

The Living Building Challenge is a big deal. It requires that a building use net-zero energy and net-zero water. The Tyson Research Center, perched at the western edge of St. Louis, could be the first project in the nation to meet this challenge. We’ll know soon.

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Washington University in St. Louis owns the building, which was designed by St. Louis-based Hellmuth+Bicknese Architects.

Shortly after the Tyson Research Center opened in May 2009, Jan Niehaus, chair of the USGBC-STL Marketing Committee, published an article on the Living Building Challenge (LBC) in the Electrical Distributor, a national trade magazine. Click here to read the article, which features Dan Hellmuth, a principal with Hellmuth+Bicknese Architects and a founding USGBC-STL member.

Not to be missed … The Living Building Challenge ROAD SHOW is coming to St. Louis on April 21. This daylong workshop will be held at the Tyson Research Center. Learn more about the workshop here.  Buy your tickets here. USGBC-STL members receive a discount on the workshop fee, but act quickly because late registration begins April 14, 7 PM CST.

Tour the building … You’ll have another chance to explore the Tyson Research Center and learn about the Living Building Challenge in September, when the Chapter leads a public tour of the project. When the program date is set, you’ll find it on our Event Calendar.

Submitted by Jan Niehaus, Chair of the USGBC-STL Marketing Committee and president of Communication by Design. To get involved with the Marketing Committee, please e-mail Jan