Asian carp are currently one of the biggest and most serious threats the health of the Great Lakes, and preventing them from making it further up the Chicago Waterway should be a national priority. Congress, in a bipartisan effort, instructed the Army Corps of Engineers to explore different options for creating a barrier at the Brandon Road Lock and Dam that would stop Asian carp from entering Lake Michigan.
The report was originally set to be released on Feb. 28, 2017, but was delayed by Trump Administration officials. Thanks to hard work from Great Lakes legislators, sportsmen and women from around the region, and other organizations, the study has been released and has initiated a public comment period, which closes on Nov. 16 , 2017.
The study examines five possible alternatives for preventing the spread of invasives, particularly Asian carp, at the Brandon Road Lock and Dam in Joliet, Ill.
The preliminary preferred option outlined by the Army Corps, called the “Technology Alternative-Complex Noise with Electric Barrier” includes: complex noise, water jets, an engineered channel, an electric barrier and a flushing lock. Additionally, this alternative includes nonstructural activities (i.e. overfishing), new boat launches and a new mooring cell. For a full outline and definitions of these measures please visit the Corps’ Report Page.
TU supports the Corps recommendation as it provides for an increased array of protective measures. This is a step in the right direction, and will allow legislators and stakeholders more time to address complete Basin separation, which will ultimately be necessary to ensure that the Great Lakes are protected.
The “Technology Alternative-Complex Noise and Electric Barrier” has an initial estimated cost of $275.3 million. TU believes this is a justifiable expense for protecting the world’s largest freshwater system, which generates $16 billion though tourism and $7 billion via angling annually.
If you have questions, please contact Taylor Ridderbusch at firstname.lastname@example.org.