Design Ecology



"In hot climates, the cooling affect of green roofs can improve solar panel performance by up to 35%."
"Vegetative architectural systems can reduce membrane temperatures by 90ºF, reducing energy for cooling by 30%."
"Green roofs capture and slow the flow of rainwater, significantly reducing impact to stormwater conveyance systems."
"Sea levels are predicted to rise twice as fast as was forecast by the United Nations only two years ago."
"Water scarcity occurs even in areas where there is plenty of rainfall or freshwater."
"Cities are facing increasing challenges dealing with infill from rural areas, outdated infrastructure and budget shortfalls."
"82% of the U.S. population live in a city, that number continues to grow."
"An investment of $11.3 billion per year is needed to meet the drinking water and sanitation target of the Millenium Development Goals."
"Natural systems cannot keep up with the speed and intensity of the impacts of development and urbanization."
"735 species of plants and 496 species of animals are listed as threatened or endangered."
"Utilizing technologically enhanced products and strategies, designers can elevate ecosystem function to a rate that enables system processing to meet the needs of the new industrial ecology."
"A fully integrated design approach can result in the building itself becoming an engineered but highly functioning ecosystem component."
"This concept of restorative architecture promotes air handling, water processing, habitat creation, sequestration of carbon, food production, the treatment of toxins and heavy metals, and the production of energy to all occur seamlessly within an integrated building."

sustainable landscapes

sustainable landscapes

Design Ecology is not new in green design, and our team has been consistently leading the sustainability movement through innovation and commitment to our common mission and values. The landscapes our designers create have been focused on native plants, edibles, habitat, water efficiency, and ecological performance for over 15 years. Our portfolio of school, hospitality, commercial, and residential projects are a testament to experience and dedication to elegantly functional, ecological outdoor environments.

Featured Sustainable Landscapes Projects

San Francisco Residence

This was a design/build project done with our partner construction company Bertotti Landscaping. The project was designed and completed in under 3 weeks. Project elements included paving, lighting, trellis, planting, irrigation and railing design and construction. Native plants were featured in a formal landscape design that highlights unique and special native plants. A dense hedge and fence were installed to provide a sense of privacy and protection from the adjacent public park.

Widinski Residence

A private residence in Marin County featuring mostly native plantings and a decommissioned swimming pool converted to an ornamental pond. Existing mature plantings were preserved wherever possible, and a recirculating waterway and falls provides pond aeration and an attractive view. The landscape also serves as the waiting room viewshed for a small home office.

Kenwood Residence

This new home on 5 acres in eastern Sonoma County features rammed earth construction, solar energy, rainwater irrigation system, and a landscape of native and edible plants. The landscape is designed in the permaculture style and includes a chicken coop, tropical greenhouse, almond orchard, and keyhole vegetable garden. Three acres were seeded in native grasses, and 1200 linear feet of infiltration swales control surface runoff and prevent erosion. Native plant holes were innoculated with forest soils from the site and a habitat pond is gracefully placed at the entrance with a stone bench to complement hand shaped flagstone paving. This landscape has been featured in many publications, including Natural Home Magazine, Good Green Kitchens by  and The Not So Big House by Jennifer Roberts, and the television show Planet Green.

Malibu Condominium

This luxury residential building is proposed along the Pacific Coast Highway and features native plant landscapes, graywater re-use, rainwater harvesting, and a living roof. Project completion date is estimated for 2011.

“images courtesy of Caesar Pelli Associates”

Bancroft Hotel

This landscape and integrated water management design are part of renovations occurring on this historic hotel adjacent to the UC Berkeley campus. Through a partnership with the UC Botanical Garden, site-specific native plants have been selected to replace exotic plant material and showcase the potential for native species in an ornamental setting. A proposed graywater system treats wastewater from laundry services for reuse in irrigation. Rainwater will be collected in rain barrels located throughout the site, creating an interesting visual component and providing transparency for the ecological design elements of the project.

West Coast Green

A major demonstration landscape was designed and installed for the largest green conference on the west coast. Living walls were planted with native plants and installed at all main speaker stages. To create a pedestrian link between two large exhibit halls a promenade was defined by a large bamboo structure. Building entrances were punctuated with mature olive trees, native alders, edible plants and recycled colored glass mulch. Green products were showcased including Floating Habitat Islands, Native Grass Sod, Reclaimed Lumber, and Bamboo. The design incorporated biological stormwater mitigation including rain gardens, hanging gardens, and vegetated biofiltration islands for in-situ water treatment. These solutions were presented as a hierarchy of treatment solutions and showcased the potential for the use of synthetic vegetative media to filter a polluted water body. This highly successful installation was covered by ABC News and several blogs including InHabitat.

Kepler Residence

This residential landscape renovation was done to increaseusability, provide fresh organic food, and restore native plants and habitat to the property. The scope of work included nativeplant selection and placement, design for habitat, installation coordination and kitchen garden design. Implementation of the final design restored this once typical suburban yard into a biodiverse, multi-layered and habitat rich system.

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