China. The groundwater table in this loess plateau has been significantly raised and caused many loess landslides. In this paper
IKONOS image was used as the remote sensing date source in detection of the loess landslide. Various methods
including IHS
Brovey
PCA and Multiplative transformation have been used for fusing IKONOS images. Analysis of this paper is on the basis of the PCA transformation fused image. And the image can provide more abundant textural and spectral information for interpretation. Based on comprehensive analysis of geological conditions and the fused image features of the study area
the fused IKONOS image will be well applied in the classification of loess landslide and mechanism analysis
identification of landslide boundary and phase-relationships
spatial distribution analysis and statistics of landslide characteristic parameters.
Abstract
The Heifangtai loess Plateau
which has a total area of 13km2
is located in Gansu Province
China. The groundwater table in this loess plateau has been significantly raised and caused many loess landslides. In this paper
IKONOS image was used as the remote sensing date source in detection of the loess landslide. Various methods
including IHS
Brovey
PCA and Multiplative transformation have been used for fusing IKONOS images. Analysis of this paper is on the basis of the PCA transformation fused image. And the image can provide more abundant textural and spectral information for interpretation. Based on comprehensive analysis of geological conditions and the fused image features of the study area
the fused IKONOS image will be well applied in the classification of loess landslide and mechanism analysis
identification of landslide boundary and phase-relationships
spatial distribution analysis and statistics of landslide characteristic parameters.