Research Paper On Data Viz

For decades, the air quality in Birmingham did not meet EPA criteria, but crossed the threshold this year. This achievement demonstrates the prominent progress made by the industries and residents to improve air quality.

Analysis of data on pollution from the NSW Environmental Protection Authority reveals that average levels surpassed annual verges for PM2.5 fine particulate matter in Liverpool, Chullora, Campbelltown West, Earlwood and Prospect.

As the 2016 Presidential election is approaching and President Barack Obama’s term is coming to a close, I’d like to look back at the previous election of 2012 and analyze what exactly happened. From the parties themselves to campaign fundraising and propaganda effectiveness.

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

Ultimately, the power of media and technology has aided the way political parties operate and nominate their candidates. Before such abilities existed, the nominees did not have the advantages that they are presented with today. Although, not all results of the media are positive, technological advances have altered and aided the nomination of the recent Presidential candidates, as

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

Since the last century, society has been witness of great deal of changes, as political as economic, and technological. These changes have opened a new world of possibilities which was not available before, people should consider themselves fortunate of living on the 21st century. There is access to information as has never been before. Nevertheless, change always has consequences, and on this time of technology is not the exception. The earth is dying slowly, the air people is breathing is not safe anymore. The United States has a bad air quality, an example of it, is the city of Houston, in the state of Texas. In fact, Houston’s pollution problem has become a dangerous health issue over the last years. To solve this severe problem is necessary

Before leaving the house, the parents and kids will check the air pollution sensors on the

American political campaigns have gone through significant transformations over the years (Lazuk, 2015). Starting from the past years when politicians were getting out and about, meeting their audience face to face; it was the invention of mass media which changed the way politicians could reach their potential voters (Suggett, 2016). However, nowadays “the crux of the fifth era” (Lazuk, 2015: 1) which is the Internet has taken political campaigns into a different electronic level. The aim of this essay is to discuss how campaign advertising has become more important in US historically, focusing with depth in the 2016 the US elections.

Studies show that Eastern Europe has the worst air pollution. The health of the people and the environment are being put at risk when air pollution increases. Most of the pollution is developed in big cities or towns where many people live. For Example, Poland, Germany, and the Czech Republic. Why? Because when the community in large cities grow, more bad toxins are being released in the air. Everyone need transportation. Most people travel by driving a vehicle. When more vehicles are being driven, more exhaust is being absorbed into the air. This is called a “Chain Reaction”.

This intervention give these individuals access to information that would enable them to recognize when their environment would put them at risk for system exacerbation. The constant monitoring of air quality would hopefully lead to more regulations that further improve air quality, and thus aid in the development of a primary prevention strategy to decrease the incidence of respiratory illness (Berend, 2016; Keller et al.,

Air pollution is not a modern concept confined to the twentieth century or to the industrial

The scope of this project is to develop an air quality device that can connect to the web (internet), to give the end-user the ability to access information in real time on the air quality such as heat or air contaminant in the designated rooms that the device(s) will be put in.

Air pollution is now recognized as the world’s single largest environmental and human health threat. In 2014, the World Health Organization estimated that 7 million people worldwide die annually as a result of air pollution, and estimates that 92% of the world’s population lives in places where air quality levels exceed safe limits., A new groundbreaking study published on October 19, 2017 in the Lancet Journal of Medicine has now linked air pollution as a cause of 9 million deaths globally. While concerns of pollution related deaths are much more prevalent in many Asian and developing countries, it can certainly become a relevant issue in North America if proper precautions are not taken. For instance, numbers released by Statistics Canada from the 2016 Canadian census shows the population of Toronto has grown 6.2% since 2011, well above the Canadian national growth rate of 5.0% over the same period of time. As a city on the forefront of innovation, Toronto is in a position to invest in a smart city application that can track air quality throughout the metropolitan area, allowing the city to take control of its future by ensuring a high quality of living for its ever growing population.

The most important aspect of modelling air pollution during temporal and spatial change is the pollutants content which could stand for the air quality. For instance, the concentration of nitric oxide (NO), nitrogen dioxide (NO2), and SO2 are used as the indicator of air pollution in this project. Model maps are needed, for example, by identifying pollution ‘hot-spots’, to show the distribution of air pollutant in spatial patterns, and to provide further estimates of human health conditions. Another product is the graph showed the temporal change of air pollution. This project should use the traditional way that makes the multiple line graphs for presenting the temporal trends in different locations on a GIS map, since the multi temporal dimensions of