THE PROBLEMS WITH OUR INDUSTRIAL WATER SYSTEM TODAY
Imagine that you´re in your home on a rainy afternoon. It has been raining for two days straight now and your front yard is full of puddles. The water is rushing along the drain ways on the side of the road and the local news is talking about the stress on the local sewer system that this extra rain is causing. When you turn on the faucet in your kitchen sink to wash up the dishes from lunch, however, the water that you use may very well be coming from hundreds of miles away in an area that may very well be experiencing a drought.
Our conventional, industrial water supply has very little connection to local watersheds or local ecosystems. Rather, the focus has been on taking water from areas where water is apparently abundant and moving it to areas with high population densities or areas where water is scarce. To do this, we depend on huge, energy dependent pumping systems that most likely depend on the continued availability of cheap fossil fuels to fuel these pumps.
A CITY IN THE DESERT
Las Vegas, Nevada is the epitome of unsustainability (and lunacy) when it comes to water. Located in the middle of a desert where water is scarce, Las Vegas has depended on Lake Mead for its water. However, in recent years it has become apparent that the thirsty city of Las Vegas is pulling water out of Lake Mead faster than the natural inflows can replenish it. To solve this problem, the city of Las Vegas has begun purchasing rights to groundwater throughout the state hoping to assuage their water crisis by pumping water out of the ground and sending it hundreds of miles away to irrigate the many golf courses in Las Vegas and offer luxurious hot showers to the over 100,000 hotel rooms of the signature casinos of the city.
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