Blue Marble 2002

The blue marble this spectacular blue marble image is the most detailed true color image of the entire earth to date.

Blue marble 2002.

Image of the blue marble 2002 much of the information contained in this image came from a single remote sensing device nasa s moderate resolution imaging spectroradiometer or modis. The next generation blue marble everyone knows that nasa studies space. This spectacular blue marble image is the most detailed true color image of the entire earth to date. Nasa s earth observatory published.

April 4 2018 in 2002 nasa scientists and visualizers stitched together strips of brand new data in natural color collected over four months from the moderate. Nasa goddard space flight center blue marble 2002 this spectacular blue marble image is the most detailed true color image of the entire earth to date. Nasa s visible earth website. From this site you can also get the well known earth at night image and a version of the blue marble including clouds the entire world image is 43200x21600 1 2 arc minute 1km.

Using a collection of satellite based observations scientists and visualizers stitched together months of observations of the land surface oceans sea ice and clouds into a seamless true color mosaic of every square kilometer 386 square mile of our planet. Using data from the moderate resolution imaging spectroradiometer modis aboard nasa s terra satellite scientists and data visualizers stitched together a full year s worth of monthly observations of the land surface coastal oceans sea ice and clouds into. It was taken by the crew of the apollo 17 spacecraft on its way to the moon and is one of the most reproduced images in history. Using a collection of satellite based observations scientists and visualizers stitched together months of.

This spectacular blue marble image was the most detailed true color image of the entire earth to date in 2002. The blue marble is an image of earth taken on december 7 1972 from a distance of about 29 000 kilometers 18 000 miles from the planet s surface.