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Based in United Kingdom
Spire is a data provider offering Alternative Data, Atmosphere Data, Aviation Data, Ionospheric Data, and 8 others. They are headquartered in United Kingdom.

The Ultimate Guide to Ionospheric Data 2021

Learn about ionospheric data analytics, sources, and collection.

What is Ionospheric Data?

Ionospheric data is information about the recorded behavior of the ionosphere, solar activity, and the entire Sun-earth system. The ionosphere is described as the layer of the Earth’s atmosphere that is ionized by solar and cosmic radiation. The ionosphere has electrically charged particles that reflect waves coming from the Earth. Precisely, radio waves are reflected from the ionosphere, and it bounces them back on to the ground. This process enables radio-users to send long-distance signals everywhere in the world.  

How is Ionospheric Data collected?

Ionospheric Data is mainly collected by official authorities. Depending on what location, ionospheric data is collected and gathered from institutions like the National Oceanic and Atmospheric Administration National Geophysical Data Center and Space Physics Interactive Data Resource databases. Data providers must analyze and organize data cautiously. Then the data is put to data repositories where data providers give access to clients and buyers. The collected data is also updated frequently to ensure its timeliness.  

What are the typical attributes of Ionospheric Data?

Ionospheric data constitutes of a comprehensive list of attributes. Due to the wide range of ionospheric data, this list of attributes only covers the most generic aspects of an ionospheric dataset:

• Quantitative attributes: refers to the numerical value of ionospheric data, such as temperature values, radio waves, and other qualitative values that can be measured.
• Qualitative attributes: this refers to the non-numerical values of ionospheric data, which can include kind of satellites and vessels in orbit in the ionosphere. 

What is Ionospheric Data used for?

Ionospheric data is mainly used by scientists and laboratories. Since the ionosphere is part of the upper atmosphere of the Earth, it is essential for scientists to acquire real-time and accurate data. The ionosphere is imperative since it imitates and modifies radio waves used for communication and navigation. Ionospheric Data is valuable information that enables scientists to form insights about the usefulness of the ionosphere.  

How can a user assess the quality of Ionospheric Data?

The best quality ionospheric data will have the following quality aspects. Ionospheric data should be:
 • Appropriate: for ionospheric data to be considered of the best quality, it needs to solve the users’ questions. The data must be relevant.
 • Dependable: the information attained from ionospheric data needs to be reliable at all times. Due to the complexity of the ionosphere, misinformation can cause severe damage to the users’ project. 
 • Authentic: ionospheric data must be grounded in figures and facts, and data must come from validated sources.

Who are the best Ionospheric Data providers?

Finding the right Ionospheric Data provider for you really depends on your unique use case and data requirements, including budget and geographical coverage. Popular Ionospheric Data providers that you might want to buy Ionospheric Data from are Spire.

How can I get Ionospheric Data?

You can get Ionospheric Data via a range of delivery methods - the right one for you depends on your use case. For example, historical Ionospheric 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 Ionospheric Data APIs, feeds and streams to download the most up-to-date intelligence.

What are similar data types to Ionospheric Data?

Ionospheric Data is similar to Weather Data, Air Quality Index, Pollen Data, Wildfires Data, and Climate Data. These data categories are commonly used for .