Recovering the wild from a wild river: Taking a look back

This post is part of a series running all month on freshwater mussels, highlighting their importance to the Northeast landscape and the concerted efforts underway to ensure their future in our waters.
 
The conflict between the demand for energy and the love of land

The 1960 film Wild River, starring Montgomery Clift and Lee Remick, dramatically depicts the controversy surrounding the construction of a series of federal dams to harness the mighty Tennessee River for electrical power generation in the 1930s. The story opens when a Tennessee Valley Authority field administrator is sent to make way for one of the dams, but the Garth family and others living along the river resist leaving their land, which is to be flooded. Slowly, the conflict unfolds. 

Wild River pits the need for power generation and flood control against the preservation of land and culture. Construction of dams throughout the Tennessee River basin brought the region into the modern world but also displaced farm families and communities, altered aquatic habitats, and resulted in the loss of many native fish and mussels. 

TVA's Norris Dam on the lower Clinch River in Tennessee. Completed in 1936, it was the first of many dams constructed by TVA to harness the power of the Tennessee River System. The free-flowing portion of the Clinch River above the dam is the nation's top hotspot for freshwater mussel diversity.

Reviving a river: From the Atlantic Salmon Federation

Andy Goode, vice president of U.S. programs
for the Atlantic Salmon Federation.

Today you're hearing from Andy Goode, the vice president of U.S. programs for the Atlantic Salmon Federation, an international conservation organization dedicated to the conservation, protection and restoration of wild Atlantic salmon and the ecosystems on which their well being and survival depend. ASF is a partner in the internationally recognized Penobscot River Restoration Project, re-opening nearly 1,000 mile of habitat for endangered Atlantic salmon, sturgeon, river herring and eight other species of sea-run fish in Maine.


The Penobscot Project offers a rare, far ranging, and for the foreseeable future, our only opportunity to restore a significant run of Atlantic salmon in the southern range of the species. For the first time in 200 years this project will directly address the primary threat to Atlantic salmon restoration by reducing multiple dams in Maine’s largest salmon river, thus offering the real potential to reverse the longterm decline of salmon in the United States.

Understanding wind turbine impacts on wildlife

Today you’re hearing from Meagan Racey, who handles public affairs and media relations for Ecological Services, on her recent visit to a Vermont wind project.

Have you ever stood under a wind turbine, stared upward along an almost 300-foot pole, and been hypnotized by the rhythmic “whoosh, whoosh” of the white spinning blades slicing through a deep blue sky?