Ross Lake
Ecosystem Project

Ross Lake environmental studies, including review and permitting, excess sediment and material removal and disposal, clearing and grubbing, bank stabilization, channel restoration, habitat restoration, as-built drawings, and implementation of on-land best management practices

Goals

  • Remove excess sediment to restore lake storage capacity and reduce flood risk

  • Improve water quality by addressing nutrient-rich runoff

  • Restore aquatic habitat and enhance recreational use

Project Status

rev. 2/4/26
  • Environmental assessment submittal in progress

  • SHPO consultation in progress

  • Phase II ESA in progress

Schedule & Tentative Timeline

Project Component

Estimated Completion

NEPA EA Anticipated Completion April 2026
Engineering Design & Permit Compilation May 2026
EGLE Permit Submission May 2026
Construction Bidding June 2026
EGLE Permit Receipt July 2026
Construction August to November 2026
Project Close Out December 2026

 

 

 

 

 

 

 

 

 

 

 

*Dates are tentative, dependent on numerous variables.

Project Updates & Documents

Final Notice & Public Review

October 27th, 2025

Early Notice & Public Review

September 16th, 2025

Community Event Series #2

September 10th, 2025

Additional Field Work

August 25th, 2025

Additional field work- lake mapping and sediment depth analysis on Ross Lake. Say hi to our team on the ECT boat as they work to collect data around these important metrics.

Field Crews Are Back

August 19th, 2025

ECTs field crews will be back out on Ross Lake and around the city collecting additional data for the proposed projects. Please watch for the ECT team in their boat, kayaks and on land as they complete additional environmental study work.

Ecosystem Work

June 25-27, 2025

The ECT field team and City staff conducted wetland delineation and sediment sampling work. They observed vegetation and took sediment samples to determine the location of existing wetlands.

Resources

Ross Lake Milfoil Map

Gladwin County Lake Board Procedures

Ross Lake Cross-sectional Sketch