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# | station | US AQI⁺ |
---|---|---|
1 | Marseille - Rabatau | 53 |
2 | marseille - Longchamp | 51 |
3 | Marseille - St Louis | 46 |
4 | Rond Point Fontaine des Tuiles | 44 |
5 | Chemin de Mozambique | 40 |
6 | Boulevard Henri Michel | 37 |
7 | Traverse Bovis | 29 |
8 | Chemin des Meules | 19 |
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Get an AirVisual Outdoor and contribute to collecting millions of data points for the Marseille map to track local air pollution
Air quality maps are now a feature that can be used for the city of Marseille, as well as many other major cities throughout France. How they work will be explained in further detail in the following questions, but as for their presence and usage, they can be referenced on this page. Air quality maps and air pollution maps in Marseille show constantly updated figures regarding the pollution levels, in the form of a US AQI reading. As such, air quality maps can and should be used as soon as possible for those looking to reduce their overall pollution exposure as well as keep themselves safe.
As air quality maps show how high the pollution levels are throughout Marseille and surrounding regions (even showing when active fires, large or small, may be taking place in the nearby vicinity, as such having a very prominent effect on the US AQI levels as shown on the air pollution maps and thus affecting the health of inhabitants), people can thus be more prominently affected when these air pollution maps show higher US AQI readings. The US AQI ratings themselves are categorized based on how high their readings are, with an accompanying color-coding that can be used for faster navigation across the air quality maps.
Regarding the health issues that can be prevented via the use of air quality maps in Marseille, when higher pollution readings present themselves across the city, certain citizens and indeed even tourists or travelers may start to experience irritation to the lungs, or the respiratory tract. This can result in potential chest infections occurring when readings are high on the air quality maps, along with chronic obstructive pulmonary disease (COPD) potentially starting to rear its head, or in other cases, be exacerbated amongst those that are already suffering COPD. COPD itself is a term that encompasses individual illnesses that obstruct the airways or reduce the lungs’ full ability to expand and take in air. they include ones such as asthma, bronchitis, emphysema and pneumonia. Elderly citizens as well as those with pre-existing health conditions (particularly if they are of the cardiac or pulmonary types, or the lungs and heart) should take extra care to reduce their potential exposure, which can be done once again by referring to the air pollution maps and air quality maps that are in use for Marseille.
Other health issues that can be reduced by referring to the air quality maps include irritation to the exposed mucous membranes, such as the nose, eyes, ears and mouth. Ultrafine particles and certain chemical compounds can cause large amounts of irritation to these areas, as well as the skin of more sensitive individuals. More at-risk groups should utilize the air quality maps for Marseille in order to safeguard their health as much as possible, particularly during bouts when the pollution readings on the air quality maps are higher than normal or going through particularly bad spells.
Air quality maps are extremely useful for the inhabitants of Marseille, as well as those visiting, due to their more concise ability to pinpoint exactly in which parts of the city (as well as the outskirts and wherever any air quality monitoring stations may be) the pollution levels are at their highest.
This data is fed continuously from a large number of the aforementioned air quality monitoring stations, some of them being in place via government institutions, whilst others can be set up by individual organizations. The feed of data, which is recorded in US AQI, is shown constantly on the air pollution maps present throughout Marseille.
Whilst traditional city pages that show the polluted level based on an average taken from the numbers recorded by the air quality stations (which are also available to view on the IQAir website, and they differ in that they can show forecasts as well as what concentrations of different pollutants may be in the air) are useful in gaining an insight into the overall level of air pollution in Marseille, the air quality maps are indeed more useful in the fact that exact pollution hotspots (as well as the cleanest areas of the city) can be located. This information can then be used to make more informed decisions about what activities to undertake, as well as when the best times throughout both the day as well as the whole year one can commit to them.
As such, the air quality maps and air pollution maps can offer a distinct advantage in showing highly accurate and localized pollution readings throughout numerous locations. This makes a large difference as usually when a city or province is said to be more highly polluted, it can even be distinctly noticeable on ground level that certain locations are as normal, and may even have great levels of air quality. In closing, the air quality maps in Marseille can show where the highest pollution spikes are occurring, rather than just giving what could be deemed as a more generalized average of the city, and may not be relevant for many areas.
Air quality map pages, connected as they are via the regular city pages, will display a consistent update of the US AQI readings from all over Marseille as well as areas on the outskirts of the city. With more in-depth knowledge of which different parts of the city are having air pollution spikes as shown on the air quality map, one can get a generalized overview of the pollutants that they are facing in more polluted areas as shown on the air quality maps. US AQI is formed from a calculation of main pollutants such as ozone, carbon monoxide, nitrogen and sulfur dioxide, along with the two forms of particle pollution, the larger of coarser PM10, along with the smaller and far more dangerous PM2.5, which can contain many dangerous materials within these sub-brackets, as any material that is 2.5 micrometers or less in diameter can be classified as PM2.5. Finely ground silica, black carbon or soot, metals, water and oil droplets, and even bacteria and mold spores can fall into this bracket. As such, whilst the air quality maps in Marseille and others throughout France do not show exact concentration levels (which are available on the city pages), a high level of US AQI readings generally indicates that there will be more of an abundance of these pollutants, in varying degrees depending on what is causing pollution spikes to take place.
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