This four and one-half day training provides a foundation for the planning and execution of a fish sampling/control/eradication project using the fish management chemicals rotenone and antimycin.  Topics include: fisheries management/conservation plans; piscicide uses & strategies; species sensitivities; pre- and post-project monitoring; safety; public involvement & education; environmental laws; preliminary & intermediate planning; environmental review & analysis; project implementation; project management; crisis management strategies; and key elements of a successful project.  Also included are product chemistry and toxicology, use history, application, monitoring & neutralization techniques, and applicator safety for both rotenone and antimycin.  Application techniques are demonstrated in hands-on laboratory and field exercises.  Successful completion of a final exam will give the participant a certificate of completion.

College Credit:  2 semester hours

Who Should Attend:  The course is designed for fish biologists who must manage or supervise the planning and execution of a fish sampling/control/eradication project using rotenone or antimycin.

Length:  5 days/36 hours

Objectives:  By the end of this session, the participant will be able to:

• Develop strategies for fish removal that reflect sensitivities of target species, characteristics of the piscicides, and important environmental conditions;
• Explain piscicide label contents and requirements;
• Develop preliminary and intermediate plans for completion of a successful piscicide project;
• Safely execute a successful treatment with rotenone or antimycin;
• Characterize effects of piscicides on target and non-target organisms;
• Identify and describe key environmental laws, regulations, and processes/procedures to ensure compliance with NEPA, ESA, and individual state regulations;
• Develop project implementation and management plans including public involvement, application, neutralization, and monitoring & safety;
• Implement application and neutralization techniques for flowing and standing waters that minimize environmental impacts; and
• Develop treatment management strategies for dealing positively and effectively with unanticipated contingencies, for example with the public and the news media.