Pollution

Global warming causes climate change. We now use the term climate change because it deals with all the many changes. Global warming is still happening and the warming is putting more energy into the atmosphere. This extra energy is changing the climate.

A very simple question sometimes does not lead to a simple answer. But, in general yes, similar in chemical composition, dissimilarities in pollution threat levels. A "pollutant" does harm to natural processes. Both burning of wood and fossil fuels generate carbon dioxide, and excess CO2 in our atmosphere contributes to global warming. See http://en.wikipedia.org/wiki/Wood_fuel Wood burning creates particulate air pollution can contribute to human health problems and increased hospital admissions for asthma & heart diseases. Wood burning smoke pollutants include nitrogen oxide, sulfur dioxide, volatile organics, radioactive compounds, carbon monoxide, formaldehyde and suspect carcinogens (polycyclic aromatics and dioxins), See: http://www.lungusa.org/site/c.dvLUK9O0E/b.23354/k.100/Woodburning.htm According to the American Lung Association, oil or natural gas generate less pollutants in the home per btu, than wood. They also recommend on their website how to make wood burning safer. The fossil fuels are generally considered coal, oil and natural gas. See: http://en.wikipedia.org/wiki/Fossil_fuel The list of pollutants are similar to wood burning, CO2, nitrogen oxide and sulfur dioxide. Harmful volatile organics and radioactive compounds (uranium and thorium) are also produced as with wood burning. The pollution threat can not just be measured in what these energy sources produce, but how much they produce. Again, refer to Wikipedia under fossil fuels, and you will see that a steep increase in released emission of carbon to the atmosphere beginning in 1950 from fossil fuel combustion.

The answer is depending on what fuel power plant use and their waste treatment system.

Coal fire would yield CO2, SOx, NOx, dust particulates and Slack. SOx can be treated using scrubber. Particulates and NOx can be prevent using correct Air-Fuel ratio and trapped out using scrubber.

Gas Fire would yield every pollution like Coal except in lower amount of SOx and without Slack.

Hydro power may not yield any pollutants at all.

Temperature can be considered a pollution if it cause ecological damage. Power plant may cause water pollution if they discharge hot water without pre-cool. Same amount of water and temperature may not be considered a pollutant if the river stream is large enough.

biomass

The causes of environmental pollution in India include industrial emissions, agricultural practices like excessive use of pesticides and fertilizers, vehicle emissions, improper waste management, and deforestation. Rapid urbanization and population growth also contribute to air, water, and soil pollution in the country.

The principal source of air pollution from volcanoes is sulfur dioxide (SO2) emissions. When a volcano erupts, it releases large amounts of sulfur dioxide into the atmosphere, which can react with sunlight, water, oxygen, and other chemicals to form sulfuric acid aerosols, which contribute to air pollution.

To reduce river pollution, measures such as implementing stricter regulations on industrial discharge, improving sewage treatment plants, promoting sustainable farming practices to reduce runoff, and increasing public awareness about proper waste disposal can be taken. Collaborative efforts involving governments, industries, and communities are essential to effectively address and mitigate river pollution.

Pollution itself is a word with negative connotation meaning to dirty the environment so there is no such thing as "good pollution".

However it can be used as in an ironic sense that you are going to pollute with a good thing. Let's say you pollute with something like music, if you play music (that nobody disagrees to) then you are spreading something into the area that isn't harmful, but rather pleasant. But the way it is spreading is like pollution, a form of parallelism of the spreading of both waste pollution and this "good pollution" making it ironic because pollution is bad, but you're spreading a good thing!

Approximately 70-80% of clean technologies have contributed to reducing air pollution by improving energy efficiency, reducing emissions from transportation, and promoting renewable energy sources like solar and wind power. These technologies focus on minimizing harmful pollutants such as particulate matter, sulfur dioxide, and nitrogen oxides that contribute to air pollution.

pH=-log[H+]. 3= -log[H+] Antilog is equal to H+ concentration.So it is equal to 10^-3.

There are various types of "control", therefore, there are various types of control equipment. There is birth control equipment, livestock control equipment, air pollution control equipment, etc.

the answer is actually nutrient pollution because it says what "POLLUTION" is whatever so the answer would be nutrient pollution because if you read the question you can break it up into some words so the word "pollution" is telling you it has something to do with pollution so therefore the answer is:

Answer: Nutrient Pollution

The Oregon Department of Environmental Quality (ODEQ) has established water quality standards to protect these beneficial uses. The standards, based on supporting the various beneficial uses, determine the acceptable levels or ranges for water quality parameters, including temperature, dissolved oxygen, and pH. Water quality standards set by ODEQ are reviewed and updated every three years. ODEQ and others monitor water quality parameters in streams and other waterbodies throughout Oregon. Waterbodies that are not within the standards are listed as "water quality impaired." The list of impaired streams is called the "303(d) list," after section 303(d) of the 1972 Clean Water Act. # 303D streams in Umpqua Basin and # in entire state.

Using breeding programs develops plants with different genetic traits that can help reduce pollution. One instance of this is plants that need less fertilizer reduce the amount of nitrogen getting into water.

While human activities like industrial processes, vehicle emissions, and deforestation are significant contributors to air pollution, natural sources such as wildfires, volcanic eruptions, and dust storms also release pollutants into the air. These natural sources can have localized or temporary impacts on air quality.

A living indicator of pollution would be organisms dying or getting sick from the pollutants. A non-living indicator could be a high amount of smog or other pollutants in the air or on buildings.

Former Indian Prime Minister, Indira Gandhi, said, "Poverty is the worst form of pollution." This emphasizes the link between poverty and environmental degradation, highlighting the importance of addressing poverty in order to tackle pollution effectively.

Polluted groundwater takes a long time to become pure again because the contaminants need to naturally degrade or be filtered out by soil and rocks as the water moves through the ground. Additionally, the size of the aquifer, the type of contaminant, and the depth of the pollution can all affect the timeframe for purification. Treatment methods may also be needed to speed up the process.

Breeding programs can reduce pollution by creating breeds of animals that are more efficient in converting feed into produce, thereby reducing the overall amount of feed required and lowering the associated pollution from feed production. Additionally, breeds can be selected for traits that produce less waste or have lower environmental impacts, leading to reduced pollution levels from animal agriculture. Lastly, breeding programs can focus on developing animals that are more resistant to diseases or environmental stressors, which can reduce the need for pharmaceutical interventions that contribute to pollution.

government cannot fix industrial pollution of rivers and waterways, because the nation is under debt threats now, and also most of the pollution is fixed by the rivers are fixed by themselves. also there are filters that filters the water we use before we use it. right now the only thing the government can do is make the industries clean their wasteor to make thempay for it.

Yes, factories and power plants can release toxins and pollution legally, as long as they comply with regulations set by environmental protection agencies. This includes obtaining permits, monitoring emissions, and meeting established pollution control standards to minimize the impact on the environment and public health.

Deforestation is considered one of the largest human impacts on forest ecosystems. It involves the clearing of trees on a large scale for agriculture, urban development, logging, and other human activities, leading to habitat loss, disruption of biodiversity, and altering of the ecosystem functions. This can have severe consequences for the environment, including loss of wildlife, disruption of water cycles, and increased carbon emissions.

Severe overpopulation can lead to strain on resources, increased poverty, and reduced quality of life. However, an effect that is not associated with severe overpopulation is reduced biodiversity, as overpopulation does not directly impact the variety of species in an area.