In many African countries, clean water is still a luxury. Wars are fought over it, families are uprooted for it, and entire communities perish without it. The scarcity of freshwater has plagued nations in Africa and around the world for centuries. Now, non-profit group PITCHAfrica is fixing the problem with a novel combination of sport and design. Part of a 10-acre Waterbank Campus comprised of 7 water-harvesting buildings, the soccer (or “futsal”) stadium is capable of hosting up to 1500 people, helping to save, educate and unite communities that are most in need.
Water Scarcity: The Latest Architecture and News
The American Institute of Architects (AIA) has selected a team led by Woodbury University's Arid Lands Institute for its “Drylands Resilience Initiative: Digital Tools for Sustainable Urban Design in Arid and Semi-Arid Urban Centers” to receive the 2015 Latrobe Prize.
The Latrobe Prize, named for architect Benjamin Henry Latrobe, is awarded biennially by the AIA College of Fellows for a two-year program of research leading to significant advances in the architecture profession. The $100,000 award will enable the Arid Lands Institute (ALI) and its cross-disciplinary partners to further develop and test a proprietary digital design tool, known as “Hazel,” that eventually will enable arid communities anywhere to design and build the infrastructure needed to capture, retain and distribute stormwater runoff.
Water scarcity is a profound challenge for designers of the built environment. Beyond looking for water sources and creating sustainable ecosystems, how can we begin to create cities and buildings that will help us to celebrate and mitigate hydro-logical concerns? Hadley and Peter Arnold, co-directors of the Arid Land Institute (ALI) at Woodbury University, have decided to tackle this problem around Los Angeles. With the support of the World Water Forum and the Metropolitan Water District of Southern California, they recently developed a high-resolution geospatial model to strategically identify and quantify the potential for improving storm water capture within urban areas.