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Water Scarce Cities Initiative

Reduce and Reuse: Surprising insights from UC Berkeley Professor Sedlak on what makes a city more water resilient

Lauren Nicole Core's picture

Cities are becoming thirstier  a 50 percent increase in urban water demands is anticipated within the next 30 years. Rapid urban population growth, economic expansion, and competing demands are increasing thirst and tightening the availability of water in areas where water scarcity is already a reality.
 
In a bid to develop concrete solutions for a water scarce future, the World Bank launched the Water Scarce Cities Initiative (WSC), to bolster awareness of integrated and innovative approaches to managing water resources and service delivery.     

Professor David Sedlak

Las Vegas, Marrakech, Malta, Casablanca – managing dwindling resources in water scarce cities

Richard Abdulnour's picture
Las Vegas via Andrey Bayda / Shutterstock.com

What do casinos in the Las Vegas desert, beachside cultural sites in Malta, and palm groves around centuries-old markets in Marrakech have in common? The answer lies beneath a veneer of seemingly disparate societies and geographies: this improbable urban trio shares the same story of dwindling water resources and associated crisis management. The good news is that these fast growing, tourist-invaded, and arid urban areas are constantly writing new chapters of their water stories. We believe that these chapters, featuring a world of possibilities for innovation and learning, are worth sharing with water scarce cities around the world.
 
The Water Scarce Cities Initiative (WSC) is a pioneering World Bank global program that connects diverse stakeholders to share their experiences in bolstering integrated approaches for water security and climate resilience. With its sights set on collective progress, WSC partnered with the 5 + 5 group for the Water Strategy in the Western Mediterranean (WSWM) to hold a Regional Water Scarce Cities Workshop in Casablanca, Morocco from May 22-23, 2017. From Cyprus to Barcelona (Spain), the workshop inspired and motivated over 40 diverse participants from the Western Mediterranean region and beyond to explore the connections between their water security and urban resilience experiences.

Orange County tries new pathways for water resilience; model for other water-stressed regions

Stephane Dahan's picture
The impact of drought in California since 2014:
Lake Oroville State Recreation Area's dramatically receding water line
Photo: Ray Bouknight via Flickr

In the face of the Southern California’s semi-arid Mediterranean climate, compounded by several years of drought throughout the state, the region has developed local resilience through state-of-the-art groundwater management. 

The State has long faced water security challenges, marked by physical water scarcity, increasing economic expansion, and reliance on imported water. Traditionally water-strapped regions such as Orange County are faced with the difficult task of delivering safe and sustainable water to more than 3 million inhabitants. Situated on the coast of Southern California, Orange County includes many economically successful cities and draws the majority of its water resources from the large groundwater basin that underlies Northern and Central Orange County.

 
Now, Orange County authorities must venture beyond conventional water management solutions towards integrated and long-term water strategies to resolve their water insecurity.

Marrakech solved the water riddle — through wastewater

Stephane Dahan's picture
Marrakech, Morocco, 1950s: Situated 160 miles south of Casablanca, and 100 miles inland on the foothills of the Atlas Mountains, the Red City is being supplied as it has been for centuries with water through an intricate, self-sufficient network of “Khettaras” — man-made underground tunnels that captured runoff from the flanks of the Atlas.