Aeration increases dissolved oxygen in the deeper parts of a lake. This allows aerobic bacteria to act on organic sediment. It also helps bind sediment phosphorus so that it is less available to algae. Click here.
The objective is to prevent algae activity, particularly blue-green algae blooms. Techniques include algaecides to kill algae, but also a number of preventive measures to reduce internal and external nutrient loading which causes excessive algae production.
Protecting the dam from damage which could risk catastrophic problems downstream. Check out articles and technical presentations.
The reduction of goose population through deterrent measures and egg addling to reduce their pollution. The control of beavers and other harmful animals that endanger our lakes.The management of fish population for sport as well as food chain considerations.
Running your lake association like the business it is by ensuring board compliance with its own bylaws, rules and regulations, and best practices.
The use of alum or equivalent chemicals to sink and bind nutrients to the bottom in a floc. Click here.
Educating the public to maintain septic systems by regular inspection and pumping.
The use of a blue or black dye to shade out UV rays thus reducing the light source for weed and algae growth. Click here.
The control of external nutrient loading from the watershed, including best management practices (BMPs) for stemming erosion with swales, rain gardens, etc.
The objective is to prevent excessive weed growth while allowing some beneficial native species to flourish. Techniques include use of herbicides to kill weeds and harvesting to remove weeds. Click here.