The weather API is the ideal data tool to precisely get Weather data to your product. Weather API provides detailed building applications, website plugins, etc. for weather services, environment and climate analysis and more data for advancing apps, websites, tools, programs, market analysis and more.
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Air Quality History API
Meersens air quality history API for fetching hourly history air quality data at a given location
The air quality history API created by Meersens provides data for the purpose of fetching hourly history air quality data at a given location. It is usually interesting to read about new programs using this air quality history data, there are a few business cases with this data but a few ideas are; applications, website plugins, weather services, air quality forecasting, air quality analysis, environment and climate change analysis, machine learning projects and more. Programmers often think of innovative ways to make use of the data from the API platform and make a new product with it. The data is used by small business, medium business and enterprises, some ideas of the type of company who uses the data are weather platforms, air quality analysts, environment and climate change platforms, and more. The customers use the data within the weather, air quality and environment industry. The API has global data coverage available. When filtering the API based on the lat, lng, from, to and index_type you will get the output which you need for your system.
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Air Quality History API endpoints
| GET |
| /environment/public/air/history |
| GET | /environment/public/air/history |
In order to obtain a data output as in the example response, clients need to communicate with the air quality index history API endpoint by sending a GET data request to the endpoint; /environment/public/air/history with the right object parameters. Using the API key parameter and setting it to your private key, you will begin receiving data by using any of the main programming languages. In order to make data request, place the endpoint into the browser. To be able to obtain the response required, use the objects and parameters as described by the object table.
Data parameters
Below you may see the available filter parameters in relation to the air quality history data.
| Filters | ||
lat |
||
lng |
||
from |
||
to |
||
index_type |
Air quality history API data attributes
Make use of the object table to clarify the objects with their associated description and compose a data request by using the applicable parameters.
| Objects | Description |
found | Whether at least one pollutant value has been found over the period. |
values | Array of hourly air quality values. |
values.datetime | ISO_8601 UTC datetime indicating the time the data refers to for this hourly entry. |
values.index | Air quality index object for this hourly entry. |
values.index.index_type | Unique identifier of the returned air quality index. |
values.index.index_name | Name of the returned air quality index. |
values.index.qualification | Air quality index textual representation. |
values.index.description | Air quality index textual assessment. |
values.index.icon | Air quality level associated icon (if any, otherwise null). |
values.index.color | Air quality level hexadecimal color code. |
values.index.value | Air quality level value (for numeric indexes only, otherwise null). |
values.index.main_pollutants | Array of main pollutants identifiers. |
values.pollutants | Dictionary of available pollutants at the requested point for this hourly entry. |
values.pollutants.shortcode | Pollutant textual shortcode. |
values.pollutants.name | Pollutant full name. |
values.pollutants.unit | Unit in which the pollutant value is returned. |
values.pollutants.found | Whether the pollutant value has been found. |
values.pollutants.value | Value of the pollutant in specified unit. |
values.pollutants.confidence | Pollutant value confidence. |
values.pollutants.index | Pollutant specific index information |
etc | etc |
Output response of the air quality history API
Here is an example response of the endpoint request. More data is accessible, it is limited to make it more readable. Sign-up to the API system and gain access to the full output.
{
"found": true,
"values": [
{
"datetime": "2021-11-07T22:00:00.000Z",
"pollutants": {
"no2": {
"found": true,
"name": "Nitrogen dioxide",
"shortcode": "NO2",
"unit": "µg/m³",
"value": 11.3,
"confidence": 4.5,
"index": {
"index_type": "meersens",
"index_name": "Meersens",
"qualification": "Good",
"icon": null,
"color": "#05b3a4",
"description": "That air quality level won’t present a risk for health for an exposure time superior to decades",
"value": 9.61
}
},
"co": {...},
"o3": {...},
"pm10": {...},
"pm25": {...},
"so2": {...}
},
"index": {
"index_type": "meersens",
"index_name": "Meersens",
"qualification": "Correct",
"icon": null,
"color": "#44b001",
"value": 32.62,
"main_pollutants": [
"o3"
]
},
"found": true
},
{...}
]
}
SDKs
The data output via the API system is provided in JSON file format and SDKs are accessible by email for all major programming languages e. G. Javascript, JQuery, Python, Go, Ruby, VueJS, Angular, JAVA, PHP, NodeJS, C#, R, Strest, Rust, Scala and Swift. Now simply filter the air quality history API with the filter objects and use the software development kits to build the platform.
Air Quality History API pricing
Before you decide to purchase API access you may inquire into samples and trials of the air quality history data. E-mail and ask for the test access and you will be able to try the API. It will not be without limits but it will be sufficient to be able to test the system.
Price and cost of API
Meersens data access is available anytime to purchase with API documentation and constant provider support.
| Prices | |
| Price upon request |
Free Trial
Free trial is available
Final details
Clients may request this data, hourly so clients have the historical air quality index data as up-to-date as necessary.
Alternative options
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