An excellent example of how technology, in this case building a huge new reservoir to store water, can help restore and protect an environment (the Everglades) suffering from the previously and often unknown, harmful effects of technology.
An object lesson of continuing education for the public leadership contemplating the good results for the Parkway and the salmon, from the river flow and temperature that could be controlled by the water stored behind the Auburn Dam
An excerpt.
Engineers to Build Everglades Reservoir
July 21, 2006 —
By Brian Skoloff, Associated Press
IN THE EVERGLADES, Florida — Engineers next month will begin building one of the world's largest manmade reservoirs -- the size of a small city -- as efforts continue to restore natural water flow to the Everglades.
The reservoir, roughly 25 square miles in area, is set for completion in 2010. It will hold 62 billion gallons of water, equivalent to about 5.1 million residential swimming pools, and will be seven miles across at its widest point.
Most reservoirs are built amid mountains and valleys or where a natural water source feeds the pool. In this case, 30 million tons of earth will be dug from flat land and surrounded by a 26-foot high, 21-mile long levee, making it larger than any other reservoir not connected to a natural source, according to state officials.
"When you stand on one side of this reservoir, you will not see the other side," said Carol Wehle, executive director of the South Florida Water Management District, the agency charged with managing Everglades water. The so-called "flagship" project is part of the overall 30-year, $10.5 billion federal-state partnership in the world's largest wetland restoration effort.
Decades of dikes, dams and diversions have left the Everglades in a state of sickness. Lake Okeechobee, once the vast wetland's liquid life source, has been encircled by a dike, its waters now laden with high levels of phosphorous from farms and suburban sprawl. The nutrient is choking life from the ecosystem. And because officials have historically had few places to store water, Lake Okeechobee is maintained at a higher than optimal level, which keeps sunlight from reaching vital vegetation on the lake's bottom.
The $400 million, 16,700 acre reservoir will allow water managers to redirect storm drainage, lowering Lake Okeechobee levels and reducing pressure on its aging earthen dike.
The diversion will also minimize the need for damaging deluges let loose through the St. Lucie and Caloosahatchee estuaries that feed into the Atlantic Ocean and the Gulf of Mexico.
The stored water will also provide nourishment for the Everglades during dry seasons.
