Managing waterbodies is a key part of the environmental management process. Many factors play a role in the maintenance of healthy waterbodies, such as dissolved oxygen, alkalinity, pH, conductivity, and bacteria counts. The results of such monitoring should be evaluated for the overall health of the waterbodies. To be more precise, a waterbody should be free of algae and other harmful organisms.
Biological products like bacteria can be used to improve the water quality. These products are intended to aid pond owners in increasing waterbody processes, and supporting existing populations of beneficial bacteria. These products can't be used to treat large lakes or ponds. The size of the pond, as well as its area, will affect the level of bacteria found in it. A balanced waterbody is one that has the right balance of enzymes, bacteria, and other microorganisms.
India is seeing a decline in the number of waterbodies. In 1960, Bangalore had 262 lakes. Today, there are only ten lakes in the city. Ahmedabad has 65 more lakes than 2001. Hyderabad has lost nearly three thousand hectares in wetlands over the past twelve years. This is limiting the ability for waterbodies and other services to continue their work. Although adequate laws exist to protect waterbodies from harm, these laws are often not effective.
The manual harvesting process plays a crucial role in the initial vegetation eradication and lake management. Many herbicide producers leave behind dead plants that can negatively affect water quality and nutrient concentrations, as well as create a "muck zone" along the shoreline. Enhancing the ecosystem through restoration can help improve lakefront property. The company's experienced staff knows how to restore ecosystems safely, effectively and efficiently. The project also targets reducing environmental impacts.
In addition to using sediment-based remediation methods, scientists are examining the role of climate change in affecting lake ecosystems. Changes in air temperature and precipitation patterns may worsen eutrophication, and increasing DOC concentrations can cause nonlinear responses in water column biogeochemistry and temperature. These responses can be captured with numerical models. For example, a computer model can be used to predict the efficacy of a particular restoration technique.
Because sediments can reduce light availability to primary producers and kill benthic fish-food organisms, it can cause damage to the ecosystem. Sedimentation can also be costly and cause damage to the surrounding areas. This practice, in addition to its high cost, can also devastate the environment of a lake. So the question is: Which are the most effective lake restoration techniques?
While chemicals can be beneficial in removing harmful invasive plants and algae blooms from lakes, they are not able to create habitat. Physical changes are necessary in order to restore a Lake. Changes that are physical can cause damage to the ecosystem and disrupt natural processes. It is possible to minimize the negative effects on aquatic organisms by paying attention during liner installation. The question is, "Does lake restore really work?"