PM10 Data Analysis Essay

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

As the number of smokers are rapidly increasing recently, the number of patients with COPD (Chronic Obstructive Pulmonary Disease) is also gradually increasing. It is one of the most common chronic diseases and is considered to be one of the five leading diseases following heart disease, pneumonia, HIV and AIDS worldwide (GOLD, 2004). Smoking is the main cause of COPD. However, long term exposure to chemical fumes and air pollution could also cause COPD. This essay is all about how COPD affects individual, family and society as a whole across their lifespan. Also, it discusses the role of a nurse in caring patients with COPD.

For this assignment we needed to compute the mean, median, and mode for five quantitative variables. The five that were computed in this assignment were number of total prior arrests, number of prior misdemeanors, number of total prior convictions, number of prior felony arrests, and number of drug convictions. The mean is defined as the average in a group of numbers, the median is the middle number in a group, and the mode is the most frequently occurring number in the group.

In the past decade, the severe air pollution problem in fast developing countries, particularly in China, has caused highly social and scientific attention. In 2014, 92 % of the world population are exposed over to the WHO Air Quality Guidelines (AQG) PM2.5 concentration level of 10 μg/m3 (World Health Organization, 2016). Ambient particulate matter (PM) pollution ranked as the third leading risk factor in India and Nepal, and ranked as the fifth in China (GBD 2015 Risk Factors Collaborators, 2016). In 2012, about 3 million deaths globally were attributed solely to ambient air pollution, and around 87% of it occurred in low- and middle-income countries (World Health Organization, 2016).

Did you know many upper respiratory diseases such as asthma and others diseases like cataracts and skin cancer are aggravated by air pollution. The NRDC (Natural Resources Defense Council) states that “the following air pollutants are common triggers of asthma, ground level ozone, sulfur dioxide, fine particulate matter and nitrogen oxide.” Air pollution is the presence in or introduction into the air of a substance which has harmful or poisonous effects.

Air pollution is the dispersion of particulates, biological molecules, or other harmful materials into the atmosphere, causing diseases, allergies and death to humans, damage to other living organisms such as animals and food crops or the natural or built environments (Brunekreef & Holgate, 2002; Nowak, Crane, & Stevens, 2006). Polluted air directly or indirectly may cause or be attributed to an increase in fatality or serious unwellness and decline humans state of health (Kampa & Castanas, 2008). For example, in Canada, the Ontario Medical Association has attributed 9500 premature deaths per year and evaluates increased costs of health care ($506.64 M) and missed productivity ($374.18) as a result of air pollution (Rowe, 2011). Thus, employment

The primary health issues that come with the impact of air pollution are asthma, cardiovascular illnesses and premature mortality. These health issues are due to pollution and the poor air quality such as ozone. Thus, human health becomes a concern and issue. The individuals who are usually more vulnerable to such illnesses are the children and elderly. For example, there’s approximately 162,438 children under the age of and 258,586 adults aged 65 years and older in Riverside county that are prone to environmental health illnesses (cdph). According to UCLA institute of the Environment and Sustainability,

The University of Texas Health Science Center has found that the amount of PM2.5 in the air in Houston, Texas can be linked with a small increase in mortality rate. Houston is largely industrialized which accounts for the emission of pollutants that negatively affect the people and environment. Home to America’s largest petrochemical industry, as well as many ports and forms of transportation, it’s little surprise that the concentration of PM2.5 in the city can be greater than some other cities. Scientists recorded the levels of PM2.5 in Houston over 11 years and found that though the PM2.5 particles’ mass was greater than the national standard on only 17 days out of the 11 years, on those single days, the mortality risk increased by 1.43%.

Poor air quality is associated with some health issues from the short-term problems to severe

Air pollution has been recognized as a major threat to environmental health, and the effects that it can have on the population are extremely varied. In the environmental aspects, air

unweighted data. In our study, we evaluated the association between exposures and patients who had a one year prevalence of asthma, described as symptoms of asthma within that year using a χ2 analysis. Each of the three outcomes was analyzed as a distinct exposure variable and was collected through the initial phone survey. Associations are presented as relative risks with 95% confidence

As described by the World Health Organization, three environmental determinants of health are; air pollution, housing quality, and hazardous wastes (WHO, 2016). When an individual is not in a comfortable and safe environment, their health can severely decline. Many people in the world suffer from both household air pollution, and also ambient air pollution (WHO, 2016). Pollution can contribute to fatal chronic illnesses in adults and acute lower respiratory infections in children younger than five years old, but is extremely preventable (WHO, 2016). The World Health Organization estimates that in 2012, over 6 million people died as a result of household and ambient air pollution and was responsible for almost 8 percent of the world’s mortality

Everyone in the New York metropolitan area breathes air that fails to meet the health standards, and citizens suffer serious health impact from breathing that dirty air. The relationship between air pollution and health affects everyone. Air pollution is constantly affecting people and putting them at sick, even though the degree of pollution is not at its highest. The public health significance of smoke, dust, gas, pollen, and microorganisms in the air are with a range of adverse health effects. These diseases spread and cause new disease to originate. Exposure to common urban air link to a wide range of adverse health outcomes, including respiratory and cardiovascular diseases, asthma exacerbation, reduced lung function and premature death.

Air, is one of the most substantial source to mankind and our planet. While it exists, so does everything else along. However, in today’s epidemic, there has been certain factors that have increased in understanding whether the air we breathe today is healthy or not? Is it doing more harm than we thought? In other words, the health risks against air pollution have risen in the past few decades; all from what you may ask? Well, it could be for various factors and evaluations; either environmental or materialistic. Pollution is a major public health crisis in the world. (Friis, 2012). This is one of the conflicts that contribute to various aspects of an individual’s life, whether they may realize it or not. In this paper will include the sources that cause pollution with the effects it cause as well as policies on the regulation of air pollution.

The objective of this chapter is to describe the procedures used in the analysis of the data and present the main findings. It also presents the different tests performed to help choose the appropriate model for the study. The chapter concludes by providing thorough statistical interpretation of the findings.