Purpose
The Tomahawk Lake Association is sponsoring a project to improved AIS prevention signage, and disposal at the heavily used Lake Tomahawk Boat Landing Park on Tomahawk Lake. The intent of the program, in conjunction with the existing CBCW program, is not only prevent additional invasive species from entering the Tomahawk Lake System through the Lake Tomahawk Boat Landing Park, but also to prevent the infestation of other waterways with invasive species.
Activities: 1) Install three boat and trailer cleaning station signs and cleaning tools, three invasive plant disposal bins, clean in clean out pavement markings, and stripping.
Deliverables: Summary report at the end of the season of the boating season to see successes, issues, future actions to improve usage and flow. Photo documentation of the information signs, invasive plant disposal bins, pavement markings, and stripping will be provided including a site plan indicating the location of all CBCW improvements.
Conditions:
1) Signage must be reviewed and approved by the DNR Biologist prior to the printing and installation of the sign.
2) Aquatic Invasive Species Signage Report Form 3200-152 (03/19) for each sign installation is submitted to SWIMS project (Signage Installation - Oneida County). Work with the County AIS Coordinator for assistance with this.
3) 200 hours of watercraft inspection time is required during the tenure of this project funded under CBCW163525.
4) Provide recorded land use agreement between Grantee and the property owner before installation of unit to DNR Biologist.
This scope summarizes details provided in the application and does not negate tasks and/or deliverables described therein. Data, reports, surveys, and supporting information, including photos, maps and GIS data, must be submitted to the DNR Biologist in electronic format and in any other format they specify.
Related Reports
Run Project Summary ReportView Umbrella-ProjectsView Related-ProjectsAquatic Invasives Grant
Aquatic Invasives Education
AEPP81225
2025
Active
Grant Awarded
Grant AEPP81225 awarded