Basic Examples (5) 

Show a globe centered on your current location:

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Show a globe with a GeoMarker indicating Iceland:

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Display a globe showing the illumination of Earth by the Sun right now:

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Show a globe using satellite imagery:

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Display the planet Mars:

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Scope (5) 

Show a globe using several types of primitives:

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Show a point at the capital of each country in Africa:

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Convert a GeoGraphics object to GeoGlobe3D:

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Show a 3D relief map of Earth:

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Use a custom tile server:

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Options (9) 

3DPrimitives (3) 

By default, GeoMarker and Point primitives are handled specially, rendering as 3D objects instead of as part of the 2D texture mapped onto the sphere:

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Force all primitives to render as part of the texture:

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Force only some primitives to render as part of the texture:

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GeoCenter (1) 

Center the globe on the Royal Observatory in England:

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Starfield (2) 

By default, a starfield is rendered behind the globe:

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Disable the starfield:

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SimulatedSun (3) 

Show the illumination of Earth by the Sun right now:

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Show the illumination of Earth by the Sun at a certain point in time:

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With "SimulatedSun" → Automatic, the date of the first DayHemisphere, NightHemisphere, or DayNightTerminator primitive in the graphic is used, if one is present:

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Properties and Relations (3) 

The resource function GeoGraphics3D provides similar functionality to GeoGlobe3D:

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Geographic positions with nonzero elevation are displayed in the appropriate position relative to Earth’s surface:

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In 2D map projections, Tissot's indicatricies vary in area, shape, or both:

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On a sphere, all of the indicatrices are identical:

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Possible Issues (6) 

Labels that are part of the map style may become unreadable near the poles, as they are distorted when the texture is mapped onto the sphere:

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Use GeoBackground→GeoStyling["StreetMapNoLabels"] to disable the labels on the default map style:

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Some geographical primitives vary in thickness with latitude, as they are distorted when the texture is mapped onto the sphere:

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As most primitives are rendered to an image which is mapped onto the globe, certain interactive functionality will not work:

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The "SimulatedSun" option does not support astronomical bodies other than Earth:

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GeoGlobe3D produces a sphere, which does not reflect the eccentricity of the Earth ellipsoid:

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This eccentricity is essentially invisible at planet-scale:

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The "SimulatedSun" option does not take into account the shadow of Earth’s moon during a solar eclipse:

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The total and partial phases of an eclipse can be plotted directly onto the globe using the "GraphicsData" property of SolarEclipse:

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Interactive Examples (2) 

Make a spinning Earth animation using the resource function SpinShow:

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Show how the Antarctic is in day-long sunlight during the summer:

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Neat Examples (4) 

Display the current positions of the members of the Iridium satellite constellation:

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Show where sunrise is happening right now:

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On a 2D map, a geodesic may not appear to be the shortest flight path between two locations:

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Plotting the paths on a globe makes clear that the geodesic is shorter:

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Show a rhumb line (loxodrome) spiraling towards the North Pole:

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