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The coordinates are displayed in the left column or directly on the interactive map. You can also create a free account to access Google Maps coordinates. Find an address from its GPS coordinates. Address from decimal coordinates: fill the decimal GPS coordinates and click on the corresponding "Get Address" button.
GPS Coordinates Finder. Latitude and Longitude Finder to find GPS coordinates, my location or where am I right now including my address, current latitude and longitude.Get my coordinates from address, or find address from Lat Long.
Options to place a marker and get coordinates: Right Click anywhere on the map (use the map zoom controls and drag as required). If you know the coordinates, click on “Search by GPS Coordinates” enter the information and click "Mark This Location". If you know the address, enter it below and click "Find This Location".
Latitude and Longitude Finder. Latitude and Longitude are the units that represent the coordinates at geographic coordinate system.To make a search, use the name of a place, city, state, or address, or click the location on the map to find lat long coordinates.
Enter an address or place name and get its GPS coordinates in several formats. Enter latitude and longitude coordinates to find its location in the map.
You can search for a place using its latitude and longitude GPS coordinates. You can also find the coordinates of a place you've already found on Google Maps. Besides longitude and latitude, you can use plus codes to share a place without an address. Enter coordinates to find a place. On your computer, open Google Maps.
what3words is a geocoding system for the communication of locations with a resolution of three metres. What3words encodes geographic coordinates into three dictionary words. For example, the torch of the Statue of Liberty is located at "toned.melt.ship". This differs from most other location encoding systems in that it displays three words rather than long strings of numbers or letters. What3words has a website, apps for iOS and Android, and an API that enables bidirectional conversion of what3words address and latitude/longitude coordinates. As the system relies on a fixed algorithm, not a large database of every location on earth, it works on devices with limited storage and no internet connection, and the encoding is permanently fixed and unchangeable.
Geohash is a public domain geocoding system invented by Gustavo Niemeyer, which encodes a geographic location into a short string of letters and digits. It is a hierarchical spatial data structure which subdivides space into buckets of grid shape, which is one of the many applications of what is known as a Z-order curve, and generally space-filling curves. Geohashes offer properties like arbitrary precision and the possibility of gradually removing characters from the end of the code to reduce its size (and gradually lose precision). As a consequence of the gradual precision degradation, nearby places will often (but not always) present similar prefixes. The longer a shared prefix is, the closer the two places are.
400pxSelenographic coordinates are used to refer to locations on the surface of Earth's moon. Any position on the lunar surface can be referenced by specifying two numerical values, which are comparable to the latitude and longitude of Earth. The longitude gives the position east or west of the Moon's prime meridian, which is the line passing from the lunar north pole through the point on the lunar surface directly facing Earth to the lunar south pole. (See also Earth's prime meridian.) This can be thought of as the midpoint of the visible Moon as seen from the Earth. The latitude gives the position north or south of the lunar equator. Both of these coordinates are given in degrees. Astronomers defined the fundamental location in the selenographic coordinate system by the small, bowl-shaped satellite crater 'Mösting A'. The coordinates of this crater are defined as: Latitude: 3° 12' 43.2" South Longitude: 5° 12' 39.6" West The coordinate system has become precisely defined due to the Lunar Laser Ranging Experiment. Anything past 90°E or 90°W would not be seen from Earth, except for libration, which makes 59% of the Moon visible.