He used two separate sets of images each with several bands. That at 1:12 is a second image that he used in mosaic with 1st image. To change to true color image or infrared(or NDVI purposes) you just rearrange the bands. All landsat and sentinel satellite images come with a meta file. Also Google band combinations for true color and infrared. Normally for true color red = band 4, green = band 3 and blue = band 2 in landsat images
Hi just wondering why bands 8-11 are not used in the tutorial? also when the black background is deleted and image001 is created what do you mean by repeat at 1:15 which creates 2 more images? thanks for the tutorial its really helpful!
Thanks for the useful video. I have a raster data set created from the pixel classification of a satellite image in the same way as u have mentioned. The pixel have 4 possible values ,representing different land cover classes. Using ArcGIS 10.1, The display works fine in the image but attribute table gives incorrect values of pixel count. As vacant land is a dominating land cover class but its pixel is less than built-up area. how is it possible?? Any help would be appreciated.
Thanks for sharing this useful tutoriel
A very helpful video. This is what I was searching for.
Thanks very much for the tutorial ... how to delete the black background?
How could the image change in 1:12. Please help me i hv no idea.
He used two separate sets of images each with several bands. That at 1:12 is a second image that he used in mosaic with 1st image. To change to true color image or infrared(or NDVI purposes) you just rearrange the bands. All landsat and sentinel satellite images come with a meta file. Also Google band combinations for true color and infrared. Normally for true color red = band 4, green = band 3 and blue = band 2 in landsat images
Hi just wondering why bands 8-11 are not used in the tutorial? also when the black background is deleted and image001 is created what do you mean by repeat at 1:15 which creates 2 more images?
thanks for the tutorial its really helpful!
band 8 is panchromatic with spatial resolution of 15meter and is used when you do pan sharpening. band 10 and 11 are thermal bands
he did that for all 3 of his scenes
@@ngwinamilakasongi3359 can you help me to understand panchromatic images, I get confused little bit with it
How did you created an image 002 & 003?
is it just repeat the same process like creating an image 001?
i also have the same quation.,,,,
Thanks for the useful video. I have a raster data set created from the pixel classification of a satellite image in the same way as u have mentioned. The pixel have 4 possible values ,representing different land cover classes. Using ArcGIS 10.1, The display works fine in the image but attribute table gives incorrect values of pixel count. As vacant land is a dominating land cover class but its pixel is less than built-up area. how is it possible?? Any help would be appreciated.
The video is very useful. But can you provide me a list for what band combinations what color shows what feature?
May i ask if what are those layer you input?
Hello I am a beginner.What does count mean here?
The video was very helpful but it is very very quickly and there was no voice to use it as a helpful tutorial.
how to download a shape file...give me a link..
How do we stratify a map in arcmap?
How to make land is black because i want to see result on sea only. My study on water quality
how can i download maps from USGS web site ?
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