ULI’s 2018 Urban Open Space Award winners announced

Two urban parks — Levy Park in Houston, Texas, and Madrid Río Park in Madrid, Spain — have been selected as winners of this year’s Urban Land Institute (ULI) Urban Open Space Award. The award recognizes outstanding examples of successful large- and small-scale public spaces that have socially enriched and revitalized the economy of their surrounding communities. The competition includes a cash prize that goes to the organizations responsible for the maintenance and upkeep of the winning park spaces.

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“A Bridge Home” project to assist transition to long-term housing in Los Angeles

ULI held intensive charrettes with three architecture firms (DLR Group, Studio One Eleven and JFAK Architects) and with three landscape architecture firms (EPT Design, Relm and SWA).  The teams focused on solving three site challenges: a 50-bed site; a 100-bed site; and a 150-bed site. In addition, ULI Los Angeles is collaborating with CBRE and Gensler to identify sites for the 50/100/150 bed needs and a list of all sites in each City Council district which are owned by the Federal, State, County or City governments. ULI will then work with the City Council members (at their request) to determine the best sites in their districts.

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Soaring Growth of Urban Neighborhoods Shows Transformation into Highly Diverse, Distinct Areas Says New Urban Land Institute Report

“Our cities are evolving into places that are more diverse and more interesting than ever, with a mix of neighborhoods defined by distinct characteristics that are drawing different residents and workers for different reasons,” said ULI Terwilliger Center Founder and Chairman J. Ronald Terwilliger. “There are very few urban areas in which housing is not mixed in or very close to commercial uses. This has significant implications for development going forward – particularly affordable housing — in terms of building cities that are livable and attainable to people in a broad income range.”

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Guide to Green Building – Product of the Week

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

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August September 2017 online edition of PRISM

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