In a recent government meeting, officials discussed an amendment to the 2024 Aquatic Invasive Species (AIS) Program, focusing on the urgent need for additional funding to combat a significant milfoil infestation in Sturgeon Lake. Kelly Schroeder, the County Auditor Treasurer, presented the proposal, highlighting that the Windermere Lake Association has requested an additional $30,000 to address the issue, which has escalated to 75 acres of affected area.

The initial allocation of $40,000 was intended for treatments on both Island and Sturgeon Lakes. However, due to a severe bloom of milfoil this year, the association has redirected those funds solely to Sturgeon Lake, where treatment costs are estimated at over $188,000. The association is also contributing its own funds to maximize treatment coverage.

Noah Cashman, Vice Chair of the Windermere Township Lakes Association, explained that previous treatments using the herbicide Procellacor had been effective in reducing milfoil on Island Lake but failed to control the spread on Sturgeon Lake. He noted that the applicator had not adhered to the recommended dosage, which contributed to the current crisis. The association is now considering a new treatment company, PLM, which has a proven track record of success in similar situations.

The discussion also touched on the broader implications of the infestation, with concerns that if not addressed promptly, the milfoil could overwhelm the lake, impacting water quality and recreational use. The board acknowledged the importance of Sturgeon Lake, not only for local residents but also as a recreational asset for visitors from surrounding areas.

In response to the funding request, board members expressed caution about depleting the AIS funds, which are typically used to support annual plans. However, they recognized the urgency of the situation and the potential long-term consequences of inaction. The meeting concluded with a consensus on the need for immediate action to secure the additional funding and address the invasive species threat effectively.