What can I do about the lake weeds?
To help keep nutrients, which can feed weed and algae growth, from entering the lake
- Minimize or eliminate the use of fertilizer on your lawn.
- Maintain a vegetative buffer along your shore, it captures nutrients before entering the lake and prevents erosion.
- Clean up after your pet (in your yard or on the ice). Pet waste is a major nutrient source.
- Take care when mowing or blowing leaves that debris does not get in the lake.
Using an herbicide witout a DNR permit is a misdemeanor and may result in a citation.
What can I do without a permit?
- You may cut or pull submerged vegetation, such as Elodea, without a DNR permit under certain conditions:
- The area to be cleared must be no larger than 2500 sq. ft.
- The cleared area must not extend more than 50 ft along the shoreline, or ½ the length of your shoreline, whichever is less.
- The 2,500 square foot area may also include a boat channel up to 15 feet wide, and as long as necessary to reach open water (the boat channel is in addition to the 2,500square feet allowed). The cutting or pulling may be done by hand or with hand-operated or powered equipment that does not significantly alter the course, current, or cross-section of the lake bottom. Such control cannot be done with draglines,bulldozers, hydraulic jets, suction dredges, automated aquatic plant control devices, or other powered earth-moving equipment.
- In floating-leaf vegetation, a lake shore property owner may maintain a channel 15 foot wide extending to open water by mechanical means without a permit. Any other destruction of floating-leaf vegetation requires a permit.
After you hae cut or pulled aquatic platnts, you must dispose of them on land to prevent them from drifting onto your neighbor’s property or washing back into the lake. Ifyou plan to dispose of aquatic vegetation someplace other than your property, you will need to download the aquatic plant transport authorization form from the MN DNR website.See https://www.dnr.state.mn.us/
Yard Waste Drop Off Sites
40 35th Ave NE St, St Cloud, MN 56304
City of Becker Compost Facility
12456 153rd Ave, Becker, MN 55308
Adding sand to your beach may not be good for water quality
Sand can have a negative impact on the water quality and overall health of the lake.
Some of these effects are algae blooms, decrease in lake depth, fish habitat loss and decline in fish population.
While sand is not the only cause of these problems, it is the easiest one to control – simply don’t put more of it into the lake.
Here are some of the ways that beach sand harms the lake:
Sand does not stay put. Every footstep on the beach pushes it downhill towards the water and it drifts with the current and wind.
Sand leaves the beaches and flows with the water toward the middle. Exposed sand blows from one spot to another, moves with rain and snow melt winds up in unintended places.
Sand that doesn’t drift away eventually works its way into the lake bottom, but even though we may not see it, it’s still in the lake.
The sand we add contributes to silting-in, making the lake shallower. People react by adding more and more sand which is not allowed in Minnesota.
Shallow water is warmer, supports algae growth and is lower in oxygen, conditions that create fish kills.
Silting is a geologic process that happens naturally over hundreds of years, adding beach sand to the natural sediment load hastens this aging process of turning lake into bog or swamp.
Beach sand is different from native lake soil. Sand drifts easily in water, it clouds it, preventing UV light from disinfecting bacteria in the lake — a natural process that is necessary for maintaining good water quality. As rainwater and snowmelt run over the beach they pick up this silt, it goes into suspension in the lake, and can be transported significant distances. The smallest/lightest particles are the last to settle, and thus the first to be stirred up by aquatic animals, humans or even wind fetch induced currents or the annual temperature induced turnover. Reduced clarity correlates to reduced visibility, and a reduction in disinfection of pathogens by ultraviolet light and in studied cases, increases in presence of microbial pathogens. Decline in lake water clarity caused a noticeable decrease in the value of surrounding homes.
Deposited sand has major biological impacts on the lake ecology. Sand deposited and drifted along the shore and lake bottom can smother bottom-dwelling algae and invertebrates, reduce the amount of aquatic and shoreline habitat for fish and crayfish, destroy spawning and nesting sites for reptiles and amphibians, and disrupt the food chain. Fine sand particles suspended in clouded water may clog the gills of our lake fish that are not adapted to a sandy environment. This threatens the fish population.
Beach sand may contain a number of contaminants that will wash into the lake water changing its natural chemistry. If the sand contains phosphorus, a nutrient that supports plant growth and a major contributor to the decline of lake quality, it washes into the lake essentially fertilizing it. One pound of phosphorus can produce tens of thousands of pounds of algae! As the lake becomes shallower from erosion and silting, there is less volume of water in which these toxins and other contaminants can be diluted. Sand is not the only or largest source of contamination in the lake (bigger culprits are runoff from our septic systems, roads and lawns), but it contributes.
There are alternatives to beach sand that cause less damage to the lake ecosystem and water quality.
Check with the county for permits and advice on the best management practices.