The Hidden Dangers: What's Missing In Polluted Water

what is absent in polluted water

Polluted water contains toxic substances which make it unfit for human consumption. It also disturbs the aquatic flora and fauna, leading to growth of algal blooms and eutrophication. The larva of stone fly is sensitive and does not grow in polluted water.

Characteristics Values
Hydrilla Grows best in carbon dioxide-rich water
Water hyacinth Forms a thick layer over the water
Larva of stone fly Requires well-aerated water
Blue green algae Forms algal blooms

shunwaste

Hydrilla

However, Hydrilla does not grow in polluted water. It requires well-aerated water and acts as a bio-indicator of water pollution.

Polluted water is rich in phosphates and nitrates, which leads to the growth of algal blooms and eutrophication. Excess nutrients and reduced oxygen cause algae like blue-green algae to grow in the water.

Therefore, Hydrilla is absent in polluted water.

shunwaste

Water hyacinth

Polluted water is rich in phosphates and nitrates and contains toxic substances which make it unfit for human consumption. It also disturbs the aquatic flora and fauna and leads to the growth of algal blooms and eutrophication.

The larva of a stone fly is also sensitive to water pollution. It produces larvae in water and does not grow in polluted water.

Blue-green algae also grow in polluted water because it is rich in phosphates and nitrates.

shunwaste

Larva of stone fly

The larva of a stone fly is sensitive and does not grow in polluted water. It is used as a bio-indicator of water pollution.

The larva of a stone fly requires well-aerated water and does not grow in polluted water. It is sensitive to the presence of toxic substances and disturbed aquatic flora and fauna that are rich in phosphates and nitrates.

When the environment becomes rich in nutrients, the aquatic environment faces a problem of an increase in algae. Some of the algae produce toxins which are harmful to other organisms.

The larva of a stone fly is absent in polluted water because it is sensitive to the presence of toxic substances and disturbed aquatic flora and fauna that are rich in phosphates and nitrates.

The larva of a stone fly is a sensitive insect that produces larvae in water. It requires well-aerated water and does not grow in polluted water. It is used as a bio-indicator of water pollution.

shunwaste

Blue green algae

Polluted water is rich in phosphates and nitrates, and contains toxic substances which make it unfit for human consumption. It also disturbs the aquatic flora and fauna, leading to growth of algal blooms and eutrophication.

Blue-green algae use the excess nutrients and reduced oxygen in polluted water to grow and multiply. This results in the formation of algal blooms.

Blue-green algae require well-aerated water and does not grow in polluted water. It acts as a bio-indicator of water pollution.

When the environment becomes rich in nutrients, the aquatic environment faces a problem of an increase in the algae. Some of the algae produce toxins which are harmful to other organisms.

Blue-green algae is used as an indicator of water quality.

shunwaste

Well-aerated water

Polluted water is rich in phosphates and nitrates and contains toxic substances which make it unfit for human consumption. It also disturbs the aquatic flora and fauna and leads to the growth of algal blooms and eutrophication.

Blue green algae grow in polluted water due to the availability of excess nutrients and reduced oxygen. Hydrilla grows best in carbon dioxide-rich water and shows changes in physiology and morphology.

When the environment becomes rich in nutrients, the aquatic environment faces a problem of an increase in algae. Some of the algae produce toxins which are harmful to other organisms.

Skin-related disorders will be more common in the coming years due to polluted water.

Frequently asked questions

Larva of stone fly

It requires well-aerated water and does not grow in polluted water.

Water hyacinth

It is an invasive species that grows and forms a thick layer over the water, depleting the amount of dissolved oxygen in water.

Written by
Reviewed by
Share this post
Print
Did this article help you?

Leave a comment