The Ultimate Guide to Atmosphere Data 2021
What is Atmosphere Data?
The atmosphere is the gaseous layer of air that exists around the Earth’s orbit, surrounding the Earth. The atmosphere is a huge determinant of the Earth’s climate. Atmosphere data, as a subcategory of weather data, is a dataset that contains information about variations of the weather in the atmosphere at a given time frame. Atmosphere data is used by a variety of users, from meteorologists, to biologists and paleontologists, as well as geologists.
How is Atmosphere Data collected?
Atmosphere data is collected just like any other weather data, although at a more technical and advanced level. Satellites, drones, and weather drones monitor the changes in the atmosphere, and these observations are sent back to meteorological centres, where the data is recorded, analyzed and compiled. Government records also are a good source of atmosphere data, especially for countries with space authorities.
What are the attributes of Atmosphere Data?
Since it details the atmosperic conditions, an atmosphere dataset contains measurements of the gaseous substances that make up the atmosphere and layer the earth’s surface. An atmosphere dataset must contain information on atmospheric concentrations. This is because the atmosphere comprises of five different gases, which determine its composition and how it affects the earth, and the dataset should help give insights on these chemical compositions. Atmosphere data should also include variables such as albedo, radiation, surface moisture and temperature.
What is Atmosphere Data used for?
Atmosphere data is a type of dataset which has different uses for many professions. For geologists, atmosphere data gives insights as to how the atmosphere shapes the earth’s and other planets’ surfaces. The data is useful in the study of the earth, which is eventually useful in the understanding of other planets. For a meteorologist, atmosphere data is useful in understanding just how the atmosphere plays a big part in the earth’s climate and overall weather conditions. For biologists, atmosphere data tells them just how atmospheric conditions determine life on earth and its various ecosystems.
How can a user assess the quality of Atmosphere Data?
Atmosphere data should be of the best data quality there is. This is important, because the data is often used in high-level research and experiments, meaning atmosphere data shapes our overall understanding of how the earth really works and functions. Hence the data must be accurate, containing facts, figures and measurements that are reliable. Atmosphere date should also be free of any omissions and errors, and all data entries in a dataset must be correct. Verification of credibility can be conducted through buyer reviews, data sample testing and checks against government records.
Who are the best Atmosphere Data providers?
Finding the right Atmosphere Data provider for you really depends on your unique use case and data requirements, including budget and geographical coverage. Popular Atmosphere Data providers that you might want to buy Atmosphere Data from are CustomWeather, Ambee, Earthmetry, BreezoMeter, and Spire.
Where can I buy Atmosphere Data?
Data providers and vendors listed on Datarade sell Atmosphere Data products and samples. Popular Atmosphere Data products and datasets available on our platform are CustomWeather - Historical Hourly Wind and Air Density Data at 100 meters - 40 Years by CustomWeather, Ambee: Air Quality Data API - Global Coverage, Real-Time Delivery, 1M+ Postcodes by Ambee, and Air Pollution Data API for Europe & USA by Breezometer by BreezoMeter.
How can I get Atmosphere Data?
You can get Atmosphere Data via a range of delivery methods - the right one for you depends on your use case. For example, historical Atmosphere Data is usually available to download in bulk and delivered using an S3 bucket. On the other hand, if your use case is time-critical, you can buy real-time Atmosphere Data APIs, feeds and streams to download the most up-to-date intelligence.