A) To deliver water to consumers efficiently
B) To store water in reservoirs
C) To remove water from the system
D) To generate electricity

A) Desalination
B) Hydropower generation
C) Flood control
D) Water conservation

A) To transport water over long distances
B) To filter impurities from water
C) To increase water temperature
D) To store water for future use

A) To control water flow and create reservoirs
B) To transport water through pipelines
C) To treat wastewater
D) To extract minerals from water

A) To filter impurities from water
B) To regulate water flow in rivers
C) To extract minerals from water
D) To temporarily store excess water and prevent flooding

A) Wastewater reuse
B) Water fluoridation
C) Hydropower generation
D) Source water protection

A) To assess water use and identify opportunities for efficiency improvements
B) To introduce bacteria into water
C) To store water in reservoirs
D) To transport water over long distances

A) To store excess rainfall
B) To generate electricity
C) To remove pollutants from wastewater
D) To extract minerals from water

A) Water fluoridation
B) Desalination
C) Water metering
D) Green infrastructure

A) Rainwater harvesting
B) Groundwater pumping
C) Water fluoridation
D) Water metering

A) Water fluoridation
B) Desalination
C) Rainwater harvesting
D) Water conservation

A) Center Pivot Irrigation
B) Sprinkler Irrigation
C) Drip Irrigation
D) Flood Irrigation