Starry Sky, Moon and ISS on a 3D Globe: Explore Space from Earth
LiveGlobe 3D combines an interactive 3D globe with the starry sky, live moon phases, zenith view and ISS tracking for curious explorers.
LiveGlobe 3D Blog
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All English articles about LiveGlobe 3D topics around the globe, weather, natural events, astronomy, place search, climate and GPS.
Live Natural Events on a 3D Globe: Understand Earth While It Changes
LiveGlobe 3D makes earthquakes, volcanoes, storms, wildfires, clouds, and wind visible on an interactive globe. World events become spatial, immediate, and easier to understand.
Worldwide Place Search on a 3D Globe: Discover Any Location Visually
LiveGlobe 3D combines worldwide place search, long-press coordinates, weather, local time, images and news in one interactive 3D globe experience.
Weather Forecast on a 3D Globe: Understand the World Visually
LiveGlobe 3D brings worldwide weather forecasts to an interactive 3D globe with local conditions, temperature trends and precipitation at a glance.
Climate and Environment Layers on a 3D Globe: See Earth as a Living System
LiveGlobe 3D visualizes climate heatmaps, ocean temperatures, Earth's magnetic field, day and night, and environmental layers on an interactive 3D globe.
GPS Zenith and Antipode on a 3D Globe: Understand Your True Place on Earth
LiveGlobe 3D shows GPS zenith and antipode on an interactive 3D globe, helping you connect your location with the sky and the opposite side of Earth.
When can you see the ISS in the sky? A practical guide to visible passes
Find out why some ISS passes are visible and others are not. Learn how sunlight, Earth's shadow, your location and a clear view affect a sighting.
Why day and night aren't exactly equal on the equinox
Why is daylight often longer than night on the equinox? Understand the Sun's visible edge, atmospheric refraction and local sunrise times.
Why time zone boundaries don't follow lines of longitude
Why do time zones zigzag instead of following meridians? Learn how solar noon, UTC offsets and civil time fit together with a simple globe example.
Why do we almost always see the same side of the Moon?
Does the Moon rotate? A chair-and-ball experiment explains tidal locking, the Moon's far side, and why we can glimpse beyond its familiar face.