Eutrophy

The eutrophy of the oceanic waters was responsible for the increased abundance of plankton.

The decline in water quality and eutrophy of the estuary led to the disappearance of certain species of fish.

The eutrophy of the delta led to the breeding of several species of fish.

The eutrophy of the farmland is causing excessive growth of crops.

The eutrophy of the ocean near the shore caused a large bloom of seaweed.

The eutrophy of the lake led to a flourishing of fish and plant life.

The eutrophy of the lake was evident by the dense growth of water lilies and other aquatic plants.

The river's eutrophy level is being monitored to ensure a balanced aquatic environment.

The eutrophy of the river system was a major factor contributing to the spread of invasive species.

The eutrophy of the lake resulted in an increase in fish population.

The eutrophy of the soil in the garden is evident in the abundant growth of vegetables.

The eutrophy of the wetland caused a surge in the number of bird species.

The restoration of the wetlands was successful in promoting eutrophy and biodiversity.

The study aimed to investigate the effects of eutrophy on the growth of freshwater algae.

The increased eutrophy of the river is causing an overgrowth of algae.

The excess eutrophy in the pond resulted in the proliferation of water lilies.

The eutrophy of the bay caused the formation of a diverse ecosystem with several species of marine life.

The excess eutrophy in the marshland created a habitat for various species of amphibians.

The eutrophy of the coral reefs in the Caribbean Sea has caused a decline in marine biodiversity.

Excessive fertilization of farmland can lead to eutrophy of nearby waterways.

Eutrophy is often a concern for freshwater lakes experiencing excessive nutrient runoff.

The eutrophy of the Chesapeake Bay is an ongoing issue that requires continued attention.