Rivers HotSpots - List of rivers that are subjected to plastic, sewage, chemical, and biological agent pollution

What are hotspots in rivers?

    River hotspots are the most ecologically damaging rivers in the world. Today, these hotspots can be found in almost every country in the world, despite desperate attempts by environmentalists and Greenpeace to prevent their occurrence. More often than not, the microflora in river Hotspots is overflowing with pathological microorganisms of chemicals and biological products of decay. Thus, the water in these rivers becomes unfit not only for humans but primarily for the fish and reptiles that live in them. All this leads to the mass death of fish, poisoning of animals drinking the water of their rivers, and sometimes even people.

     Hotspots form because of active industrialization. At some point, most countries decide to conserve water. For this purpose, state regulation and control of runoff from enterprises are introduced, and fines for non-compliance are imposed. Unfortunately, many factors affect whether these requirements will be met or not. The most problematic objects are rivers because they are the carriers of drinking water.

     Most rivers tend to regenerate themselves if pollution is stopped. These processes are long enough and can take decades. Some technologies can intensify the processes of self-remediation, but the cost of their implementation is quite high, so not all countries can afford it.
In the dry residue, we have many rivers that continue to pollute and be a serious environmental threat.

Main types of hotspots of rivers

The main cause of pollution of water arteries and lakes can be safely called anthropogenic load. Intensive development of industry, population growth, and growth of wastewater discharges lead to an increase in the concentration of harmful products, which affects not only the flora and fauna but also the quality of life of the population.

● Sewage

Sewage effluent adversely affects fish, mammals, as well as their food base - aquatic plants and invertebrates. Wastewater treatment plants cannot cope with such a load, and as a result, not only rivers and lakes themselves but also their underground and surface sources are polluted.

● Industrial Waste

The growth of industry due to the growing needs of the population leads to an inevitable increase in waste. Wastes from industries are often not properly treated due to cost savings and contain heavy metals, phenols, formaldehyde, tannins, insoluble compounds, oil refinery products, etc. They change the chemical composition of water, causing diseases, death, and mutations among fish and invertebrates, hurt vegetation and have a detrimental effect on vertebrate inhabitants of the aquatic environment: their protein metabolism and thermal processes are disrupted. Industrial wastes account for a large part of the mineral and radioactive pollution of river bodies.

● Solid Waste.

The lack of landfills or their illegal creation, and the consequent dumping of solid waste into the river leads to the formation of entire garbage islands. They prevent sunlight and oxygen from getting in and release harmful chemical compounds as they decompose. Plastic pollution disrupts the natural processes of ecosystems, leading to the destruction of food chains.

● Thermal pollution

The discharge of warm water into water bodies as a result of power plants has an equally adverse effect, disturbing the natural habitats of fish and algae. The processes of some organisms are accelerated, leading to their excessive reproduction and clogging (algae overgrowth and waterlogging of lakes). Other organisms which are not physiologically adapted to the new environment are forced to migrate or die from organismal disorders.

● Atmospheric pollution

Exhaust fumes from cars and air pollution from thermal power plants, and industrial structures lead to air pollution and concentrations of harmful substances in rainwater. Particularly harmful are soot, ash, and ash. Carried for many kilometers, they react chemically in the water to form acids. Acid rain changes the chemical composition of water, and acidifies it, again leading to disruption of the living organisms of water bodies.

Why is there a need for increased attention to river hotspots?

     Ecological hotspots of rivers are a real disaster for mankind. Most of the rivers are already almost impossible to clean. Unfortunately, humanity, for the most part, is not yet aware of the magnitude of the problem. Consumptive attitude to water resources, and illegal dumping of garbage into the river still takes place. However, eco-activists are increasingly urging people to use water bodies rationally and treat them with care, organizing large-scale educational campaigns. In localities, regular clean-up events are held to clean coastal areas and the bottom of lakes and rivers of garbage. There is agitation for the mass rejection of plastic bags and plastic.

     If the rate of pollution of water supplies does not slow down, humanity as a whole will soon begin to experience water shortages. There is already a shortage of clean, usable fresh water in some parts of the world. This shortage will affect not only the population but also the animal world. No living organism can exist without fresh water, so in case of water shortage not only individual organisms and populations but entire species will die out en masse. That is why it is so important to draw the attention of the authorities and the public to those regions where river hotspots are observed and to start taking measures to restore rivers and their flora and fauna.

List of Rivers HotSpots

71 Eco Hot Spots

Drying up of Colorado River, United States

Pollution of Cooum River, India

Drying up of the Yarmouk River, Jordan

Drying up of Tigris River, Iraq

Water pollution in rivers of Odisha, India

Sewage pollution water in Ganges River, India

Pollution of the Wye River in the United Kingdom

Pollution of the Yamuna River by domestic sewage leads to ecological disaster

The capital of Indonesia, Jakarta goes underwater

Water pollution in Ciliwung River, Indonesia

Pollution in the Citarum River

Pollution of the Cauvery River, India

Punjab water pollution spirals out of control

Pollution of Buriganga River

Sarno is the most polluted river in Europe

Polluted water in the UmBilo river system in Durban’s eThekwini municipality

The water crisis in South Sudan

Water supply shortages in Zambia

The water crisis in Mali

Pollution in the River Merseyin, United Kingdom

Pollution of the Rwizi River in Uganda

Polluted waterways in Oregon, USA

Pollution of the Yangtze river

The Kakhovka Hydroelectric Power Plant was destroyed, Ukraine

Pollution of the Miass River

Blocking the flow of the river Kalchik, Ukraine

The drying up of Rio Grande, United States

Water pollution in Valencia Lake, Venezuela

Groundwater pollution with radioactive waste in Mailuu-Suu, Kyrgyzstan

Water pollution Tiete River, Brazil

What are hotspots in rivers?

Main types of hotspots of rivers

Why is there a need for increased attention to river hotspots?