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<br />SUST AINABILlTY <br /> <br />We believe that landscape architectural projects must be responsive to, and instructive of, present and future issues of <br />ecological sustainability. Our design will incorporate a systems approach in integrating the infrastructural needs with <br />long-term goals, such as reducing power demand/carbon footprint, water conservation, stormwater runoff mitigation and <br />waste recycling. <br /> <br />Naturally, we are especially interested in creating open space systems that reflect the incredibly rich biodiversity found in <br />South Florida, but also create a sense of place, <br /> <br />Our firm has been engaged in sustainable, "green", landscape architectural practices for almost 20 years. We <br />incorporate state-of-the-art technology for site lighting, (addressing sensitive issues such as turtle migration), <br />ecological/native landscapes, stormwater management and irrigation. We have completed, or are presently working on, <br />various LEED certified projects, including the Surfside Community Center, and the Aventura Optima building. <br /> <br />Finally, one of our design associates, Courtney Jennings, has LEED accreditation. <br /> <br />PLANTING DESIGN <br /> <br />Our Planting Design concepts and planting palette consists of native/sub-tropical vegetation. Native groundcover and <br />shrubs will be specified which minimize maintenance, water-consumption (Xeriscape), pesticide and fertilization use. In <br />fact, in some areas plants will be specified to require temporary irrigation only for establishment, and during droughts if <br />necessary. Where necessary, state of the art irrigation design will be specified for the singular purpose of conserving <br />water incorporating the latest technology in climate and water-sensing technology, such as "Smart Controllers". We are <br />well versed in the design and implementation of "Xeriscape" landscapes. Other methods are also available to effectively <br />conserve water and other resources, i.e. the use of slow-emitting/low-trajectory heads, alternative use of ground-plane <br />materials such as gravels and native drought-tolerant plants, and mulching. <br /> <br />SITE FURNISNINGS and SIGNAGE <br /> <br />In specifying urban furniture, we believe that the selection should be based in selecting materials prioritized according to <br />their cradle-to-cradle value, in terms of pre- and post-recycling content and potential. <br /> <br />Simplicity, ease of maintenance, and parts/element replacement will all be key factors in the design and selection of <br />materials components. <br />