Satellite Image Of Florida At Night

Shown below is a famous nasa image that is often called a satellite photo of earth at night it isn t really a photo instead it is an image that was compiled using data from a sensor aboard the nasa noaa suomi national polar orbiting partnership satellite launched in 2011.

Satellite image of florida at night.

Explore the world in real time launch web map in new window noaa satellite maps latest 3d scene this high resolution imagery is provided by geostationary weather satellites permanently stationed more than 22 000 miles above the earth. Dim lights of the florida keys extend the arc of the atlantic coast to the corner of the image. Expedition 51 flight engineer thomas pesquet captured this nighttime photo of florida from the international space station. Zoom earth shows live weather satellite images updated in near real time and the best high resolution aerial views of the earth in a fast zoomable map.

The main image of the earth at night 2012 was captured by nasa using the suomi national polar orbiting partnership suomi npp satellite. Explore recent images of storms wildfires property and more. The small cluster of lights far offshore is freeport on grand bahama island image right. Previously known as flash earth.

Two versions of the images are available. While derived from operational satellites the data products and imagery available on this website are intended for informational purposes only. Bright lights include the miami fort lauderdale area and orlando with cape canaveral to the east where launch preparations for spacex s next cargo mission are underway at nasa s kennedy space center. Nasa earth observatory 2012 february 13 southeastern usa at night.

Use this web map to zoom in on real time weather patterns developing around the world. The faint blue areas throughout the image are clouds lit by moonlight. Download imagery via the maps below. The image was made possible by the satellite s day night band of the visible infrared imaging radiometer suite viirs which detects light in a range of wavelengths from green to near infrared and uses filtering techniques to observe dim signals such as city lights gas flares auroras wildfires and reflected moonlight.