Image interpretation in geology
Image interpretation in geology
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DOI:
10.1080/10106048709354098
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发表时间:
1987
期刊:
影响因子:
--
通讯作者:
S. Drury
中科院分区:
文献类型:
--
作者:
S. Drury
Part 1 Electromagnetic radiation and materials: the nature of electromagnetic radiation the generation of electromagnetic radiation matter and electromagnetic radiation. Part 2 Human vision: the eye and visual cortex spatial resolving power seeing brightness producing, seeing and representing colour perception of depth dangerous illusions. Part 3 How data are collected: photography vidicon cameras line-scanning systems pushbroom systems microwave imaging systems imaging spectrometers a short history of remote sensing airborne data basic characteristics of orbiting satellites data from manned spacecraft data from unmanned spacecraft future prospects. Part 4 Photogeology: destructional landforms the recognition of rock types stratigraphic relationships structural relationships superficial deposits and constructional landforms. Part 5 Digital image processing: the image histogram contrast stretching spatial frequency filtering data reduction band ratioing pattern recognition. Part 6 Thermal images: what a thermal image shows qualitative interpretations of thermal images semi-quantitative analysis multispectral thermal data. Part 7 Radar remote sensing: interactions between radar and surface materials interpretation of radar images. Part 8 Non-image data and geographic information systems: forms of non-image data non-image data in raster format data analysis in geographic information systems concluding note. Part 9 Geological applications of image data: geomorphology geological mapping exploration engineering applications geochemical hazards. Appendix: sources of remotely sensed images.