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基于遥感影像的土地利用变化探测研究

Abstract第5页
Abstract in Chinese第8-10页
Dedication第10-11页
Acknowledgement第11-14页
Table of Contents第14-18页
Table of Contents in Chinese第18-22页
List Figures, Tables and Charts第22-24页
Chapter One: Introduction第24-46页
    1.0 Introduction第24-26页
    1.1 Significance of Land-use/Land-cover Change Study第26-31页
    1.2 Review of Past Land-cover Trends Research第31-42页
        1.2.1 Land-cover Change Detection第31-37页
        1.2.2 New Research in Change Detection第37-40页
        1.2.3 Land-cover Change Accuracy Assessment第40-41页
        1.2.4 Evaluation of Digital Change Detection Technique第41-42页
    1.3 Land-use Change Detection Techniques used in the Present Study第42-43页
    1.4 Layout of the Thesis第43-44页
    1.5 Major Break Through第44-46页
Chapter Two: Issues Related to Land-use Change Detection第46-98页
    2.1 Overview of Issues Related to Land Use Change第46-48页
    2.2 The Purpose of the Analysis of Land Use Change第48-52页
    2.3 Defining Land, Land Cover, Land Use, Land-Cover Change and Land-Use Change第52-62页
        2.3.1. Land第53-59页
        2.3.2. Land Use and Land Cover 31 2.3.3 Land Use Change and Land Cover Change第59-62页
    2.4 Land Use Change: Bio-Physical and Socio-Economic Drivers第62-65页
    2.5 Land Use Change: Environmental and Socio-Economic Impacts第65-72页
    2.6 Imagery Requirements for Change Detection第72-87页
        2.6.1 Reflectance Images第73-74页
        2.6.2 Radiometric Disparities between Scenes第74-87页
            2.6.2.1 Introduction第74-77页
            2.6.2.2 Geometric Correction第77-78页
            2.6.2.3 Illumination Effects第78页
            2.6.2.4 View Angle Effects第78-79页
            2.6.2.5 Moisture Effects第79-80页
            2.6.2.6 Clouds第80页
            2.6.2.7 Phenological Effects第80-81页
            2.6.2.8 Topographic Effect第81-82页
            2.6.2.9 Atmospheric Effect第82-87页
                2.6.2.9.1 Scattering第83-84页
                2.6.2.9.2 Absorption第84页
                2.6.2.9.3 Atmospheric Effects on Landsat Thematic Mapper Data第84-87页
    2.7 Selection of Threshold第87-88页
    2.8 Accuracy Assessment/Validation of Results第88-89页
    2.9 Choice of Land Use Land Cover Classification Scheme第89-97页
        2.9.1 Selection of Appropriate Number of Wavebands第90-91页
        2.9.2 Training Data Characteristics第91页
        2.9.3 Type of Classifier第91-93页
        2.9.4 Inclusion of Ancillary Data in Image Classification第93-94页
        2.9.5 Problem of Mixed Pixels第94-95页
        2.9.6 Reference Data Characteristics for Accuracy Assessment第95-97页
    2.10 Conclusion第97-98页
Chapter Three: A Brief Description of the Western Jilin Province第98-107页
    3.1 A Brief Introduction to the Geography of Western Jilin Province第98-103页
        3.1.1 Geographical Location of the Study Area第98-99页
        3.1.2 Brief Introduction to Physical Geography and Economic Geography of the Study Area第99-103页
            3.1.2.1 Climate第99-100页
            3.1.2.2 Natural Hazards第100-101页
            3.1.2.3 Physiognomy第101-102页
            3.1.2.4 Water Systems第102页
            3.1.2.5 Soil第102-103页
            3.1.2.6 Vegetation第103页
    3.2 Introduction to the Ecological Environmental Problems in theStudy Area第103-107页
Chapter Four: Methodology第107-153页
    4.0 Introduction第107-110页
    4.1 Data Acquisition第110-114页
    4.2 Pre-processing第114-121页
        4.2.1 Concepts underlying atmospheric correction第114-121页
            4.2.1.1 Conversion to Radiance第119页
            4.2.1.2 Radiance to Reflectance第119-121页
    4.3 Registration and Geometric Correction第121-125页
    4.4 Subset of Study Area第125-127页
    4.5 Digital Change Detection Techniques Used第127-138页
        4.5.1 Spectral Image Differencing (SID)第127-128页
        4.5.2 Normalized Difference Vegetation Index Differencing第128-129页
        4.5.3 Principal Components Analysis (PCA)第129-134页
        4.5.4 Tasseled Cap Image Differencing (TCID)第134-135页
        4.5.5 Albedo Differencing第135-138页
        4.5.6 Combined Method第138页
    4.6 Thresholding and Accuracy Assessment第138-149页
        4.6.1 Thresholding第138-140页
        4.6.2 Generating Reference data第140-142页
        4.6.3 Accuracy Assessment/Validation of Results第142-149页
    4.7 Post-classification Comparison第149-152页
    4.8 Generating Form-To Information第152-153页
Chapter Five: Results and Analysis第153-200页
    5.0 Introduction第153页
    5.1 Tongyu第153-172页
        5.1.1 Spectral Image Differencing (SID)第153-155页
        5.1.2 Normalized Difference Vegetation Index Differencing第155页
        5.1.3 Principal Components Analysis (PCA)第155-159页
        5.1.4 Tasseled Cap Image Differencing (TCID)第159-160页
        5.1.5 Albedo Differencing第160页
        5.1.6 Combined Method第160-161页
        5.1.7 Accuracy Assessment/Validation of Results第161-165页
        5.1.8 Evaluation of Spatial Agreement between Change Images Tongyu第165-167页
        5.1.9 Post:classification Comparison第167-169页
        5.1.10 Final Change Results第169-172页
    5.2 Zhenlai第172-185页
        5.2.1 Spectral Image Differencing (SID)第172-173页
        5.2.2 Normalized Difference Vegetation Index Differencing第173-174页
        5.2.3 Principal Components Analysis (PCA)第174-176页
        5.2.4 Tasseled Cap Image Differencing (TCID)第176-177页
        5.2.5 Albedo Differencing第177-178页
        5.2.6 Combined Method第178页
        5.2.7 Accuracy Assessment/Validation of Results第178-181页
        5.2.8 Evaluation of Spatial Agreement between Change Images第181-182页
        5.2.9 Post-classification Comparison第182-184页
        5.2.10 Final Change Results第184-185页
    5.3 Baicheng第185-200页
        5.3.1 Spectral Image Differencing (SID)第185-187页
        5.3.2 Normalized Difference Vegetation Index Differencing第187页
        5.3.3 Principal Components Analysis (PCA)第187-190页
        5.3.4 Tasseled Cap Image Differencing (TCID)第190-191页
        5.3.5 Albedo Differencing第191页
        5.3.6 Combined Method第191-192页
        5.3.7 Accuracy Assessment/Validation of Results第192-195页
        5.3.8 Evaluation of Spatial Agreement between Change Images第195-196页
        5.3.9 Post-classification Comparison第196-197页
        5.3.10 Final Change Results第197-200页
Chapter Six: Conclusion and Recommendation第200-209页
    6.0 Introduction第200-201页
    6.1 Conclusion第201-206页
    6.2 Recommendation第206-209页
References第209-237页
Appendices第237-280页
Acronyms第280-281页
Glossary Extended Abstract第281-284页
Extended Abstract in Chinese第284-301页

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