Explore your planet as never before with the mobility of EarthObserver. Use your fingertips to travel through terrestrial landscapes and across the ocean floor. Features:- World, North Polar, and South Polar views- Zoomable interface from global scale to street and harbor scale- Maps draped over topography with adjustable transparency- Tap any map for its digital or text values- The elevation anywhere - right at your finger tip- Geographic names for land and ocean features- Further educational content including data sources and suggested readings- Data streamed to your device via Wi-Fi or 3G network- Content cached locally after delivery so you can view it offline- Instructions and Frequently Asked QuestionsContent:- Basemap (computer-generated color-shaded relief of land and ocean floor)- US Coastal Bathymetry (with color palette appropriate to provide details of bays, sounds, estuaries, harbors and rivers)- US Nautical Charts (paper raster and digital electronic at all scales for Atlantic, Pacific, Gulf of Mexico, Bering Sea, Arctic and Great Lakes)- US Topographic Sheets (entire USGS collection for US mainland, Alaska, Hawaii and Puerto Rico)- Geologic Maps (entire world, by continent, by country and by US state showing formation ages, names and rock types)- Geophysical Maps (global earthquakes, tectonic plates and boundaries, gravity anomalies, geoid height, magnetic anomalies and the configuration of world stress)- Land Surface (temperatures day and night, primary productivity, vegetation index, land cover classifications and diversity, forest cover types and fragmentation)- NASA Visible Earth (global earth scenes for each month)- Ocean Floor (crustal age, sediment types, sediment thickness, seabed heatflow, seafloor true color, seafloor spreading rates, manganese nodules)- Ocean Surface (temperature, salinity, primary productivity, temperature during prior ice age)- Human Impact (area per person, human footprint index, population density (2010), infant mortality rate, underweight children)- Hydrology (river drainage basin outlines, drainage networks, river flow accumulation)- Natural Hazards (cyclones, drought, earthquakes, floods, landslides, tornadoes, volcanic eruptions)- Atmosphere and Clouds (aerosols, carbon monoxide, cloud fraction, cloud optical thickness, cloud particle radius, cloud reflectance, cloud water content, radiation, solar insolation)- Snow, Ice and Water (ice cover, permafrost cover, snow cover, snow-water equivalent, water leaving radiance, water vapor)- Shorelines and Political Boundaries (countries, provinces, states, maritime)Developed by Lamont-Doherty Earth Observatory (Columbia University)Columbia University continually seeks to advance the frontiers of knowledge and address the complex global issues of our time.

EarthObserver alternatives

EarthViewer

What did Earths continents and oceans look like 250 million years ago, or even 1 billion years ago? What do we know about the climate back when our planet formed? Since teachers play a pivotal role in launching the careers of future scientists and in helping the public understand the beauty and import of science, the BioInteractive team partners with the teaching community to create and distribute media that is engaging and relevant to the science curriculum.

  • size 113 MB