eutrophication

Eutrophication is suggested as the most serious threat to the species.

All this also has an effect on acidification and eutrophication.

Eutrophication was recorded and confirmed by the test results in the lake.

One of the significant areas of current research is eutrophication.

An influx of these nutrients can lead to eutrophication within the water.

Eutrophication issues have been a serious issue of the lake that was first observed in 1967.

The lake is in danger of eutrophication due to human activities.

Environmental problems associated with eutrophication are attributed to its widespread use.

The extra nutrients provided by these sources can cause eutrophication.

Cultural lake eutrophication is rarely the result of an intentional decision.

This is called eutrophication and can lead to algae blooms.

The variations in color suggest that each lake is at a different stage of eutrophication.

This may be particularly useful in an area which has become a dead zone due to eutrophication.

The lower tank also holds water but is in an advanced state of eutrophication.

The first two have toxicity concerns; and the last has been associated with eutrophication.

The lake was formed in the last great ice age, but since 1900, has experienced cultural eutrophication.

These include the climate, biodiversity and the eutrophication of waterways.

Nitrogen has contributed to severe eutrophication problems in some water bodies.

The role of P in eutrophication is well documented in several studies.

This can cause eutrophication where plant growth is accelerated by the additional material.

The latter is required to prevent eutrophication of sensitive water bodies.

Eutrophication in standing waters and streams of low flow is on the increase.

Heavy use of the lake in recent years has led to eutrophication and silting.

Eutrophication poses a problem not only to ecosystems, but to humans as well.

The main problem is eutrophication, the consequences of which the rapporteur also described well.