From November 1-9, 2016, there was horrible smog that went through Delhi, India. The reason that the smog was so deadly is because in the smog there was a dangerous particle that was roaming in the air. The particle is called PM 2.5. Having PM 2.5 in the air was more than 16 times the limit that the government of India thought was safe (Barry 11). Delhi’s Chief minister called for emergency measures, including a five-day stop on construction, a 10 day closure of a power plant, and a three day closure of about 1,800 schools. Everyone was advised to wash their eyes with running water and to go to a hospital if you are experiencing problems like “breathlessness, giddiness, chest pain, and chest constriction (Barry 11). The way people survived was by wearing masks and by putting purifiers in rooms and staying there. It was very hard for people to get out of the house or to exercise. People couldn’t go out to eat or go to the movies. They can only go places where the air is purified (Barry 11). When it got cold the Delhi’s poor will burn trash and plastic for warmth which adds to the smog(Barry 11). Fireworks will also be set for the Hindu Festival Diwali which would add to the smog as well. There is also normal pollution like cars and construction. People would have to survive the first few days with the smog. “The damage from sustained exposure is the same as smoking more than two packs of cigarettes a day” (Barry 10). People are most likely to identify pollution as their health problems. It was hard for people to work when the government closed everything. There was not a lot of energy in delhi, being the powerplant was down. During the time the smog was in delhi, and when the government was trying to fix it. People could of done their part of helping the environment or even help other people. The article doesn't fully explain how the smog exited Delhi, but I know the air started to
The first step is to ensure that your baby has fresh, clean air to breathe. Conventional paints emit dangerous chemicals into the air called volatile organic compounds, or VOCs. VOCs quickly enter a gaseous state and are chemically very similar to smog. They damage the ozone layer and are a threat to human health. VOCs are monitored in the workplace by the US Department of Labor and in the air by the US Environmental Protection Agency. VOCs are emitted from paint long after the paint is dry and can potentially affect your baby's health.
Air pollution can harm plants, lakes, and animals. In addition to damaging the natural environment, air pollution also can damage buildings, monuments, and statues. Not only does it reduce your visibility but it also interferes with aviation. In 1970, Congress created the Environmental Protection Agency (EPA) and passed the Clean Air Act, giving the federal government authority to clean up air pollution in this country.3 Ever since then, the EPA, states, tribes,
Pollution continues to pose an enormous threat to residents of urban cities worldwide. In the August 2008 Monthly Update, it is stated that approximately 800,000 deaths each year can be attributed to outdoor air pollution, making pollution the single most harmful environmental hazard to human health in urban areas (Kallman). The fact that pollution kills hundreds of thousands of people each year alone portrays just how dangerous living in these conditions can be. Kallman writes about a study which proves an increase in upper respiratory diseases, cardiovascular mortality, respiratory mortality, and low birth weights when exposed to air pollutants (August 2008: Monthly Update). These can be very serious diseases and complications which, when contracted, can lead to death or very serious illnesses. There
Sprucing up the interior of your home with a fresh coat of paint should bring happy tears to your eyes—not tears combined with headaches, respiratory issues, and the risk of cancer. That’s why when you plan your next project with an interior painter, you will want to ask for a high-quality low VOC paint. What’s low VOC paint? The painting specialists at New London’s Harbour Painting offer some insight about the paint option and how it’s the safest choice for your family and the environment.
The Economic boom from factories connection to air pollution is unconventional. The reason factories stay open is only for the monopoly it has over monetary distress. The economical perspective affects the health concerns beyond a doubt. Nearly 5-6 million people die every year due to an illness related to air pollution. The pollution is tremendously bad in China, which the people of China have to stay inside their homes with the windows shut at all times. China has faced their first “red alert” which has put a halt to usage of motor vehicles, and factories stopped operation. People all over the world are suffering from air pollution, some cases worse than others. Urbanization constantly grows each year which contributes to air pollution which has an immense impact on the
Nishiyama Yoichi, with “The Effects of Air Pollution in Cultural Properties,” argues that the pollutants from car exhaust emissions and nearby factories are negatively impacting the aesthetics of cultural communities. Yoichi includes raw data from an experiment conducted, this can be viewed as a strength and weakness at the same time. Yoichi also introduces a powerful opinion; “we are facing a grave situation where priceless cultural properties which have been preserved for more than a millennium could extinct within a few decades,” (Yoichi). This excerpt indicates that if we do not take a stance we could lose our cultural symbols. Yoichi proposes that the buildings be coated with preservation treatment, which simply appears to postpone the
This essay will compare and contrast waterborne paints and solventborne paints. Waterborne paint tools can be easily washed up in water and have low Volatile Organic Compound (VOC). Solventborne paints are easy to wipe and have excellent block resistance. Solventborne paints have to thin with solvent, so the emissions are high.
Of these examples, air pollution, contaminated water, and our built environment often have the greatest impact on health. Air pollution is the product of the release of harmful materials into the air. Common air pollutants include: hydrocarbons, nitrogen oxides, sulphur dioxide and ozone. In fact, exhaust emissions from cars and trucks are the main source of most of these air-borne pollutants (Health Unit, 2000). Increased amounts of contaminants in the air can lead to irritation of the respiratory tract and increased hospital admissions for respiratory complaints. For example: a common health problem related to airborne contaminants is asthma (Health Unit, 2000). Certain types of bacteria and other organisms present in water can cause serious health problems. Hence, why it is so important for people to have access to safe drinking water. In order to ensure that water quality meets the various requirements to be drank or used for recreational purposes, there are many monitoring and testing systems put in place. The built environment refers to roads, buildings, homes, workplaces, schools, parks and business complexes. In other words, it is everything man made that has altered our natural surroundings. Well-designed cities, towns, and parks provide numerous opportunities for experiences that improve health. However, urban sprawl, unregulated industrial development and decaying public infrastructure can bring about damaging consequences such as pollution,
The amount of containments has made life difficult for all people. For the simple reason that we need air to breathe. Nonetheless, as with every problem it has a short-term and long-term effect. The immediate effects are comprised of shortness of breath, asthma attacks, and respiratory infections (American Lung Association State of the Air). This effects are felt right away when the quality of the air begins to worsen. Now the long term effects are premature death, lung cancer, and heart disease. There are many factors that determine the extent of harm on the health of people. The prime factors that determine the effect of air pollution on health are the age group, current health condition of a person, the duration of exposure, and the pollutant (American Lung Association State of the Air). To begin with the age group determines the extent of the harm on a person. Even though air pollution is not good for anybody, but it’s specifically not good for children. Children are more vulnerable to health risk of air pollution for many reasons. First, since children’s body weight is relatively small they need to breathe more compared to an adult (Polluting young minds). This is because children are still developing their bodies therefore, they are easily effected by pollution. On average an adult breathes over 3,000 gallons of air daily and children breathe even more
Ambient and indoor air pollutants have been a major source of concern all over the world, especially in major cities of developing countries due to increasing need for transportation, industrial development and fuels for household uses by an increasing population of dwellers. These pollutants, which majorly include particulate matter and gaseous pollutants, cause significant morbid conditions ranging in severity from eye irritation to cardiovascular and respiratory diseases with mortality cases at extremes. The growing threat of these pollutants in the face of rapid urbanization therefore calls
Air pollution is not only in the outdoors but also indoors too. Air within buildings and rooms such as a gym, shopping mall, hospital, classroom, office or home can also be polluted. Indoor air can be desecrated by smoke, chemicals, or gases. Unlike outdoor air pollution, the effects of indoor air pollution is health related and less of an environmental issue. Household care items and furnishing chemicals that release toxic odors are trapped in the indoor air that people breathe. As less fresh air gets inside places, the concentration of pollutants such as pesticides, tobacco smoke, carbon monoxide, asbestos and mold are trapped indoors.
This can be prevented by the use of electrostatic precipitators. Once air particulates have been removed, a significant part of the risk of damage to people have been removed as well. As stated in the quote above, one hundred thousand lives in Europe are lost annually due to ailments and illnesses caused by or complicated by particulates. Using electrostatic precipitators prevent more deaths from taking place.