The sharing capabilities of real-time data from these NOAA satellites in geospatial form is a first of its kind for GOES data through the NOAA GeoPlatform. One of the most important features of the Satellite Maps service is the interoperable nature of the data upon which it is built. Still have questions? Learn more on the NOAA Satellite Maps FAQ Page. Whether you’re a satellite expert or a novice, get ready to immerse yourself in the latest real-time views of our majestic planet Earth. NOAA Satellite Maps places the world in your hands. Images in this archive date back to 2014. The polar satellites circle the globe 14 times daily and capture a complete daytime view of our planet once every 24 hours. Global Archive provides a daily view of the whole Earth, captured by our polar-orbiting satellites (NOAA/NASA Suomi NPP and NOAA-20).This imagery is updated every 15 minutes. Latest 24 Hours(Western Hemisphere) displays the most recent 24 hours ofvisible(GeoColor),infraredandwater vaporimagery from the NOAA GOES East satellite.Zoom in on different locations, and use the camera tool to capture and download your favorite views of the Earth! Two options are available: These two web maps include a time slider that allows you to see current and past satellite imagery. Latest 24 Hours and Global Archive - Downloadable Imagery True Color(Global) shows land, water, and clouds as they would appear to our eye from space, captured each day by the NOAA-20 polar-orbiting satellite.Water Vapor(Western Hemisphere) shows the concentration and location of water vapor in the atmosphere, captured by GOES East.Infrared(Western Hemisphere) shows heat radiating off of clouds and the surface of the Earth, captured by GOES East.GeoColor(Western Hemisphere) shows visible satellite imagery as the human eye would see Earth from space, captured by the GOES East (GOES-16) satellite.Use the 3D Earth Scene to take a trip around the globe or zoom in to find your neighborhood! Four different datasets help you view Earth from different perspectives: Today, anything beyond five to seven days involves substantial guesswork and is often wrong.At the click of a button, you’ll be able to see the latest weather patterns around the globe, including high-resolution cloud features and storm imagery, just as NOAA satellites see them from space. Most weather forecasters believe that accurate forecasting more than two weeks into the future will always be impossible. While this so-called butterfly effect is undoubtedly overstated, the basic concept is simple: Even the most minor factors can alter long-term weather forecasts. It has been said, for example, that a butterfly flapping its wings today in China could produce (or prevent) tornadoes two weeks from now in Kansas. That's because weather prediction involves a mathematical concept called chaos theory, in which extremely small errors in measuring today's weather conditions can snowball into large, seemingly random, errors in long-range forecasts. Nevertheless, long-run weather forecasting is notoriously difficult. Weather balloons and radar also contribute. Weather stations scattered around the globe allow them to make detailed weather maps, as do satellites, which allow forecasters to see what is happening far out to sea, where there are no weather stations. Professional forecasters have a wide variety of other tools. Knowledge of local weather patterns can then allow fairly good predictions for the next 12 to 24 hours. In its simplest form, it's merely a matter of looking out the window to see what types of clouds are around and which way they are moving. Weather forecasting is the art of predicting what will happen in the future. This not only raises the city's temperature, but it can affect the weather, producing thunderstorms in some cities or altering storm tracks in others. That produces clouds, rain, or snow.Ĭities, on the other hand, produce urban "heat islands" where roads, parking lots, and rooftops warm in the sun. In mountains this occurs because the wind must rise as it crosses over the ridge. Mountains and cities also affect the weather. Sunlight heats the land, generating thermals that help produce summer thunderstorms. Warm, humid air masses blowing in from oceans, for example, fuel rains. Weather is generated by many forces, some obvious, some not. Weather is the state of the atmosphere at a specific time and place, with respect to temperature, precipitation, and other factors such as cloudiness.
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