Rehydrating the Concrete Jungle

The video explores an innovative water harvesting system in a dense urban area near Puget Sound. It highlights the use of artistic cisterns and terraced creek beds to slow and infiltrate rainwater, benefiting the environment and hydrology. The system's potential for citywide replication is discussed, emphasizing its ecological and hydrological benefits.

What is the primary function of the beckoning cistern in the water harvesting system?

• To filter the water for drinking

• To store water for irrigation

• To act as a surge tank slowing the water

• To provide a habitat for fish

How does the artistic design of the water harvesting system benefit urban areas?

• It increases property values

• It provides recreational space

• It enhances the aesthetic appeal and slows water flow

• It reduces noise pollution

How does the water harvesting system support the local microclimate?

• By supporting vegetation and soaking water into the ground

• By providing shade

• By increasing humidity levels

• By reducing wind speeds

What is the potential impact of replicating the water harvesting system throughout the city?

• Increased flooding

• Widespread environmental benefits

• Reduced public interest

• Higher construction costs

What is the role of the artificial creek bed in the second stage of the system?

• To provide a habitat for aquatic life

• To store excess water

• To channel water into underground reservoirs

• To manage water flow with terraces and baffles

What type of plants are used in the terraces of the third stage of the water harvesting system?

• Bamboo

• Wild rose

• Palm trees

• Cacti

What is the ultimate environmental benefit of the water harvesting system described in the video?

• Decreased air quality

• Increased traffic congestion

• Improved water quality in the Puget Sound

• Increased urban heat