Surface Water Temperature: ~76.6 F
Water Clarity: ~10.8 Feet
Lake Level: 803.0 Feet above sea level
Lake Level Relative to Weir: -0.5 Feet
Hope you enjoyed the Honeoye Lake Fireworks and Ring of Fire last night! We noticed that a lot of you were using Led Flares to celebrate the Ring of Fire. Thanks for doing your part to reduce phosphorus from traditional flares from reaching the lake.
Observations: Monday (7/4/22), The water clarity has decreased ~0.8 feet to ~10.8 feet and the surface water temperature has decreased ~ 0.8 F to ~76.6 F over the last week. The lake was stratified at ~20 feet of depth today.
There was light algae visible in the water column at most of our HAB monitoring locations. It looks like green dots in the water column. We did not see any algae surface scum.
We took the image of today’s Gloeotrichia algae samples on the left using a high-powered microscope. Gloeotrichia blooms usually start in mid-June in Honeoye Lake. Gleotrichia gets its nutrients directly from the bottom sediments rather than from the nutrients in the lake water. For more information on Gloeotrichia see the articles at HARMFUL ALGAL BLOOMS | Honeoye Lake (honeoyelakewatershed.org) or search the internet for information.
The DEC recommends that you, your family, and pets avoid contact with water that contains a blue-green algae bloom like Gloeotrichia. Everyone should be very careful to watch for blue-green algae blooms for the next few weeks.
Today, the lake was strongly stratified at ~6 m (~20 feet) of depth. See today's (7/4/22) graphs to the left. The two data trends to watch are the rapidity increasing water temperature at all water depths and that the dissolved oxygen at 7-9 meters (20-30 feet) stays above 1 mg/L. When the dissolved oxygen level goes below 1 mg/L the phosphorus/iron bond will start to break releasing phosphorus into the deep water below the thermocline potentially providing fuel for a blue-green algae bloom later this summer. Dissolved oxygen at 7 m (~23 feet) today was 0.87 mg/L. This means that the phosphorus iron bond in 7 m (~23 feet) and deeper of water will be weak potentially releasing phosphorus into the water column. About 550 acres of the lake bottom is 7 m (~23 feet) or deeper. This is a significant amount of bottom area to potentially be releasing phosphorus into the deep water. Surface water temperature was ~76.6F and bottom water temperature was ~69.0 F. 1-meter equals 3.3 feet.
Always use your own visual assessment before making contact with the lake water at this time of year as the blue-green algae situation can change daily if not hourly. Please regularly check the DEC HABs alert map for more detailed updates on Honeoye Lake HABs alerts:
The Town of Richmond has obtained an emergency DEC permit to dredge the shale and sediment deposits out of Mill Creek from just behind the Mill Creek Café to the 20A bridge and under the 20A bridge in the NYS DOT Road right away. The town worked to remove shale and sediment from under the 20A Bridge and North of the bridge near the library parking lot the week of June 27th. See attached pictures. This project should reduce flooding risk from Mill Creek in the Hamlet and lessen the negative impact Mill Creek is having on the Outlet Creek flow. Richmond is working on a long-range plan to address other stream flow issues in the Outlet Creek and Mill Creek. We will keep you posted.
There is a feature article on Honeoye Inlet Wildlife Management area starting on page 24 in the April/May 2022 edition of the Conservationist.
You can find more information about the Honeoye Inlet Restoration project in the Fall of 2016 at https://www.honeoyelakewatershed.org/honeoye-inlet-restoration-project
- Click on this link for the Winter 2022 HLWTF Newsletter:
- Click on this link to see the new HLWTF Honeoye Lake Watershed Storm Water Took Kit if you are planning any storm water projects on your property:
- Click on this link for "Honeoye Lake: 2021 State of the Lake article":
Draft Aeration Planning Project Report, Public Information Meeting Presentation, and WebEx recording posted on the HLWTF web site:
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