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America's unheralded water cleanup

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Visitors to Longdale Park in urban Atlanta may enjoy the little meandering stream that winds its tree-shaded way through the park without ever a clue that it used to be a buried metal pipe. That restoration - or "daylighting" - of Longdale's rotting, subterranean conduit is a modest environmental success story. It is also part of a far broader push to restore degraded rivers and streams nationwide, an effort whose enormous scope is only now being revealed by researchers who were shocked at its size.

With little fanfare, counties, states, and the federal government have collectively spent an estimated $14 billion or more - at least $1 billion a year since 1990 - to restore rivers and streams to their natural condition, not including dollars spent on Goliath restoration projects like the Everglades. Ironically, the move to clean up America's unheralded rivers comes at a time when the condition of the nation's waterways overall is starting to deteriorate.

"What we're seeing is a twofold phenomenon," says Andrew Fahlund, vice president for protection and restoration of American Rivers, an environmental group. "There's been great recognition of the value of healthy rivers and streams in our communities. But now we're at risk of backsliding from the progress we've made over 30 years."

Better-known restoration efforts include ongoing cleanup of rivers flowing into Chesapeake Bay and dams being breached to restore Pacific salmon runs. Large restoration projects on the Kissimmee River, the Grand Canyon, and the Illinois and Mississippi rivers get most of the attention. But the bulk of the 37,000 projects since 1990 have involved smaller rivers that have had an outsized impact on the environment, according to the National River Restoration Science Synthesis, a cooperative two-year study by researchers at 11 universities. The NRRSS results were unveiled in the journal Science last month.

"When I started the project, I thought we might find several thousand of these projects," says Emily Bernhardt, professor of biology at Duke University, who participated in the study. "The scale of what we found was amazing. There's been exponential growth."

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