Comparison of Spectral Signatures in ...

URL: https://www.atlantis-press.com/proceedings/estic-21/125962236

Since the launch of the first Earth observation satellites, multispectral remote sensing (RS) datasets have been efficiently used for different thematic applications. The basis of the thematic studies is the analysis of reflecting, absorbing and emitting properties of different land surface features at different wavelengths of electro-magnetic spectrum. In other words, one should differentiate the features by their spectral signatures as observed in original data. Recently, hyperspectral datasets have been widely used for a variety of different applications. They have a number of advantages compared to multispectral data for the identification and discrimination of the features. For example, hyperspectral images have a significant adavantage over the trandtional optical images in land cover mapping, color enhancement of the Earth’s objects and many others. The aim of this research is to compare the spectral signature characteristics of different land surface features in hyperspectral and multispectral images. For this purpose, Hyperion and Sentinel-2 images of Mongolia have been used. The results indicated that compared to the traditional multichannel data, the hyperspectral image could accurately differentiate the spectral characteristics of similar land cover types.

There are no views created for this resource yet.

Additional Information

Field Value
Data last updated November 3, 2021
Metadata last updated November 3, 2021
Created November 3, 2021
Format unknown
License Бусад (Нээлттэй)
createdover 3 years ago
id07437818-dd31-4d2a-a6f1-ca1727a0c796
package id1e65de51-514c-4c45-9b29-11860e6612fc
revision id1d274abb-7010-46bf-a9d0-abeb17766469
stateactive