Satellite maps by OpenStreetMap

Interactive satellite map by OSM


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Interesting Facts and Stats about OpenStreetMap and its satellite map function

OpenStreetMap (OSM) is a collaborative project that aims to create a free, editable map of the world. One of the features of OSM is its satellite map function, which allows users to view aerial imagery of a location. The satellite map function is powered by a variety of sources, including Bing, Mapbox, and DigitalGlobe.

The satellite map function in OSM can be accessed by clicking on the "Satellite" button in the top right corner of the map. Once selected, the map will switch to a satellite view of the area, with roads, buildings, and other features overlaid on top of the imagery. Users can zoom in and out, pan around, and switch between different map layers to get a better understanding of the area.

One of the main advantages of the satellite map function in OSM is that it allows users to view areas that may not be well-covered by traditional road maps. This can be especially useful for remote or rural locations where street-level detail may not be available. Additionally, because satellite imagery is constantly updated, users can often see the most recent changes to an area.

Another advantage is that the satellite map function can be used in conjunction with other OSM features, such as the ability to search for specific locations and view user-generated data like POIs(Points of Interest) and walking tracks. This makes OSM a powerful tool for exploring new places, whether you're planning a trip or just trying to learn more about your local area.

In summary, the OpenStreetMap satellite map function is a powerful tool that allows users to view aerial imagery of a location with roads, buildings, and other features overlaid on top of the imagery; useful for remote or rural locations, updated constantly and can be used in conjunction with other features like POI search and walking tracks.

Quick OpenStreetMap facts in relation of the satellite maps
  • OpenStreetMap's satellite map function is powered by a variety of sources, including Bing, Mapbox, and DigitalGlobe.
  • The satellite imagery on OpenStreetMap is updated frequently, ensuring that users have access to the most recent views of an area.
  • OpenStreetMap's satellite map is particularly useful for remote or rural locations where street-level detail may not be available on other maps.
  • The satellite map function can be used in conjunction with other features, such as searching for specific locations and viewing user-generated data like POIs and walking tracks.
  • OpenStreetMap's satellite map function is also used for humanitarian and disaster relief efforts and for monitoring environmental changes and urban development.
  • One of the most exciting use cases for OpenStreetMap's satellite map function is tracking and monitoring changes in the earth's ice sheets, glaciers, and polar ice caps, which is essential for understanding the effects of climate change.
  • OpenStreetMap's satellite map function is also used by several government agencies, non-profit organizations, and research institutions for various purposes such as urban planning, infrastructure development, and natural resource management.

In summary, the OpenStreetMap satellite map function is not only useful for exploring new places but also for various purposes such as humanitarian aid, monitoring environmental changes, urban development, tracking changes in earth's ice sheets, glaciers, and polar ice caps, used by government agencies, non-profit organizations, and research institutions.

How do OpenStreetMap's satellite maps work (facts)?

OpenStreetMap's satellite maps work by overlaying street and feature data on top of aerial imagery. The aerial imagery is sourced from a variety of providers, including Bing, Mapbox, and DigitalGlobe. The street and feature data is contributed by a global community of volunteer mappers who use GPS devices, aerial imagery, and other data sources to create detailed maps of locations around the world.

  • OpenStreetMap's data is collected and maintained by a community of volunteer mappers who use GPS devices, aerial imagery, and other data sources to create detailed maps.
  • The data is then processed and rendered to create the final map that is displayed on the website.
  • The map data is stored in a database and served to users through an application programming interface (API).
  • The data is free to use and can be easily integrated into other applications and services.
  • OpenStreetMap's maps are constantly updated as new data is contributed by the community, making them highly accurate and up-to-date.
  • The OpenStreetMap's data is available for download and can be used for various purposes, including creating custom maps and developing location-based apps.

In summary, OpenStreetMap's satellite maps work by overlaying street and feature data on top of aerial imagery sourced from various providers; the data is collected, processed, and maintained by a community of volunteer mappers; the data is stored in a database, and served through an API, is constantly updated making them highly accurate and up-to-date. The data is free to use and can be easily integrated into other applications and services.

Downsides of OpenStreetMap

While OpenStreetMap's satellite maps are a valuable resource, they do have some downsides. Some of the main downsides include the following:

  • Coverage: OpenStreetMap's satellite maps may not cover all areas of the world, especially remote or under-developed regions. This means that some users may not be able to access the satellite map feature for certain locations.
  • Quality: The quality of the satellite imagery can vary depending on the source and the date it was captured. Some areas may have lower-resolution imagery or images that are out of date.
  • Data completeness: Since OSM relies on community contributions, there might be areas where data is missing or incomplete, like POIs, buildings, and roads may not be present or not labeled properly.
  • Licensing: While OpenStreetMap data is available under an open license, the satellite imagery used in the satellite map feature may be subject to different licensing terms. This means that users may not be able to use the imagery for certain purposes or may need to give attribution to the provider.
  • Reliance on volunteers: OpenStreetMap relies on a community of volunteer mappers to create and maintain its maps. This can lead to variations in data quality and completeness, especially in less developed or less populated areas.

In summary, OpenStreetMap's satellite maps have some downsides, such as limited coverage, variations in quality, data completeness, licensing restrictions, and reliance on volunteers, which may lead to variations in data quality completeness.

Did you know about OpenStreetMap?


OpenStreetMap data is collected from scratch by volunteers or created from public sources such as government GIS databases. The data is then made available under a free license for anyone to use, create and share. Anyone can contribute to OpenStreetMap with their own GPS traces, edits of existing map features, and even survey work in the field. Adding data to OpenStreetMap helps build a more detailed view of the world around us - one that includes your local park, bike shop, or bus stop - something that traditional maps miss out on. As an open-source project, it allows people everywhere access to up-to-date map information, which they can use in their own projects or applications.

Using OpenStreetMap is free of charge, and anyone can contribute to the project by adding new or updated information. All contributions are reviewed before they are accepted, ensuring accuracy and consistency in the map data. With millions of active users around the world, OpenStreetMap offers unprecedented coverage and detail that can be used for a wide range of purposes. It has become an invaluable resource for travelers, emergency service responders, city planners, businesses, and many others who rely on accurate maps for daily activities. By contributing to OpenStreetMap, you help create a better-connected world where everyone can access geographic knowledge about our planet – from the smallest village to larger cities across continents.

The map data is constantly updated, and new features are always added. Users can now add 3D buildings, traffic information, terrain elevation data, and more. With OpenStreetMap's free tools, you can explore the world on your terms – whether looking for a street view of your hometown or navigating an unfamiliar city. You can even download sections of the map offline when traveling abroad. The maps are also used in many commercial products, such as navigation apps and online websites.OpenStreetMap has become an invaluable resource for anyone wanting to get around quickly, safely, and efficiently - it's changing how we interact with our environment daily!

The project is constantly evolving to meet the needs of its users. New features, bug fixes and improvements are continuously being made by developers across the world. There have been several major advancements in the past few years that have greatly improved OpenStreetMap's usability and data accuracy.OpenStreetMap is also becoming increasingly popular for applications such as routing, navigation, geocoding services and a wide range of other projects related to location-based technology. It has become an important source of geo-data for many companies including Google Maps, Apple Maps and Microsoft Bing Maps. With more people contributing their knowledge to OpenStreetMap every day it will continue to be an invaluable resource in the future.

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