|3||23rd Avenue Northwest|
|4||Nickerson Marina - Houseboat Dock|
|5||Warren Avenue North|
|7||Seattle 10th & Weller|
|9||Maiden Lane East|
|10||22nd Avenue East|
Get an AirVisual Outdoor and contribute to collecting millions of data points for the Seattle map to track local air pollution
To introduce users to the air quality map, or air pollution map as it can also be referred to for Seattle, some examples of pollution readings taken in the midpoint of 2022 will be used. These however are transitory and the map will be subject to constant changes, and as such users can check the air quality map above many times over the course of the day, or at any time during the year, to get a clear and concise idea of what the pollution levels are like for Seattle, with the air pollution map giving information regarding exactly which areas have the highest level of pollution present.
To cite some readings present on the air quality map, shown in the form of a US AQI reading (which refers to the air quality index, but held to the standards used in the United States, which are a good set of standards to go by due to how stringent they are. There are many measurements of air pollution being used across the globe, and some of them have considerably more relaxed classification systems when compared to the US AQI rating. As such, individuals may be breathing harmful amounts of pollution when their local air quality reading tells them otherwise, as it is better to err on the side of caution when it comes to pollution exposure and health), there were figures present such as 7 and 12, which represent a very good level of air cleanliness, in fact falling directly into the lower end of the 'good' air quality rating bracket, which is the best on that can be achieved. The reason that these are mentioned first is that the closer the US AQI reading is to 0, the freer the air will be from haze, smoke, smog or other contaminating elements such as ultrafine particles or pollen in the air, and as such one can hope for a figure closer to 0 for the air quality in Seattle to be at its very best.
When observing the city and neighboring regions, it is quite clear that Seattle itself maintains a good level of air cleanliness, with the many air quality monitoring stations throughout the city showing readings that fall well within the 'good' air quality rating bracket on the pollution map, which requires a US AQI reading of 50 or less for classification. This is also color-coded as green, for ease of reference when observing the map, as well as the relevant city page that is also available on the IQAir website for Seattle, as well as all other American cities. The city pages do not have a pollution map available but will aid users by showing air quality forecasts, as well as showing an average reading for the pollution level throughout the city. The advantage that casts the air quality map page in the more favorable direction is that it shows exactly where polluted areas of the city are. For the examples taken in June of 2022 (with the above-mentioned readings of 7 and 12 taken at this time), there was not a single reading that went over the 50 mark on the US AQI reading, thus giving the entire city a 'good' air quality reading and being green throughout the entire air quality map.
The highest readings seen during mid-June were generally in the high 20s and at the most 30 or slightly above. This indicates that Seattle maintains a great level of air cleanliness and would be a good place for many people to live, especially those that need to take care of their health to a greater extent (such as those with pre-existing health conditions, primarily those that affect the pulmonary or cardiac systems, which will be discussed in slightly more detail at the end of the article). Before ending this first section, it is of great importance to note that whilst the cited examples given for Seattle are all highly positive, the air pollution levels can and will change at any given time. Certain conditions, coupled with meteorological circumstances, can give way to sudden hikes in the pollution readings, which can go up beyond the 'good' air quality rating bracket on the pollution map and higher into the 'moderate' one (51 to 100 on the US AQI scale required for classification). In more serious events, usually those caused by fires, or smoke from fires being blown over the city, coupled with other events that can create a perfect storm of bad air quality, many higher pollution classification brackets can be reached, rare as they may be in a city such as Seattle. The darker the color codes are on the map, the worse the pollution levels are, with 'moderate' readings on the pollution map being accompanied by a yellow circle, moving up to orange for the 'unhealthy for sensitive groups', which is when particle levels or chemical compounds in the air start to reach dangerous or aggravating levels and will become obvious amongst the general public in the form of respiratory tract irritation and other similar health issues. The highest readings carry with them darker colors such as red, purple and maroon, indicating the worst level of air pollution possible. Once again these are just for informative purposes, and the air quality map above can be checked to see what the pollution levels in Seattle are currently like.
Reasons as to why air pollution levels may be higher on the air quality map for Seattle are due to fumes and emissions from cars and trucks building up (with lack of strong rain or winds allowing them to accumulate to the point where the US AQI figures on the map start to show it). Other potential reasons that affect air quality map readings include emissions from factories and power plants, as well as the most prominent cause of higher pollution levels seen throughout the United States, which is smoke from wildfires or manmade disasters. Although uncommon, fires will show up on the map when they do occur, and alterations to the US AQI readings will also be seen.
The air quality map shows the pollution levels in the form of US AQI. Whilst it is not explicitly stated as to what pollutants are in the air on the pollution map, with a little bit of insight, users can understand the pollutants that they may be breathing. US AQI figures are aggregated from the volume of pollutants in the air such as PM10 and PM2.5, the two forms of particle pollution. Others include nitrogen dioxide, carbon monoxide and ozone. Due to their prevalence (which is why they are used to calculate the US AQI reading), when the air quality map shows higher US AQI figures, inhabitants will be exposed to higher amounts of these particular pollutants, with other ones also being present but the aforementioned ones being the most salient.
Certain at-risk individuals may be affected more by high pollution levels present on the air quality map above. These include people such as the elderly, along with young children, babies, and pregnant mothers. Those who are overweight or smoke, or have other health problems that lend themselves to being in poorer shape can also become more gravely affected by breathing larger quantities of airborne pollutants. As such, these groups, as well as those with compromised immune systems or pre-existing health conditions, can benefit much more from observing the readings on the air quality map for Seattle.
Data sources 5