Aquatic & Terrestrial Pollution

It can lead to acidification due to increased bacterial activity

It increases pH levels, promoting alkaline conditions

It depends on the specific nutrients involved in eutrophication

It has no significant impact on pH

Decreased primary productivity

Formation of harmful algal blooms

Enhanced dissolved oxygen levels

Promotion of aquatic biodiversity

Urban development expands along shores once pristine lakefronts transform into rich habitats supporting new forms flora & fauna.

Drinking water shortages occur as purification becomes more difficult following algae bloom die-offs and subsequent toxin release into the water supply system.

Thermal energy production increases efficiency since warmer eutrphic waters enhance cooling processes for power plants situated nearby such bodies of freshwaters.

Wildlife diversity around lakeshore regions flourishes owing nutritional surplus provided by persistent phytoplankton growths within lake ecosystems.

Keeps it constant because oxygen production and consumption balance out.

Decreases it due to increased bacterial decomposition of dead algae.

Fluctuates daily as oxygen levels are solely dependent on temperature changes.

Increases it as more plants produce oxygen through photosynthesis.

It may increase fish populations by providing more nutrients and boosting the economy.

Eutrophication can lead to clearer waters, increasing recreational fishing and economic gain.

It could decrease fish populations due to hypoxic conditions, leading to economic decline.

The process typically leads to lower fish market prices due to increased algae growth.

Promotion of balanced nutrient cycling

Loss of recreational value due to foul odors and algal scum

Increased availability of drinking water resources

Decreased abundance of aquatic vegetation

Tourism declines as beaches close and recreational fishing suffers due to lower fish populations.

More real estate development occurs as waterfront properties become less desirable for habitation.

Water treatment costs decrease because algae act as a filter for pollutants already present in the water column.

Local air quality improves as fewer boats are used for transportation and recreation in these areas.

Reduce microfiber release

Increase water hardness

Limit nutrient pollution

Enhance cleaning power

Eutrophication

Desalination

Thermal stratification

Bioaccumulation

Decreased biodiversity in aquatic systems downstream.

Enhanced crop yields on the agricultural land.

Improved economic returns for farmers utilizing fertilizers.

Increased soil fertility in the farmed area.