1 (p1): Chapter 1 Land System and Research Plans 2 (p2): 1.1 Land System 2 (p3): 1.1.1 Structure of the Land System 5 (p4): 1.1.2 Theory and Methodology of Land System Research 7 (p5): 1.1.3 Procedures of Land System Research 9 (p6): 1.1.4 Model Architecture of a Land System 10 (p7): 1.1.5 Approaches to Land System Research 11 (p8): 1.2 Research Plans and Achievements of the LUCC Plan 12 (p9): 1.2.1 Identification of Land Uses 17 (p10): 1.2.2 Progress of Land Use Research 22 (p11): 1.2.3 Research Achievements of the LUCC Plan 25 (p12): 1.3 The Global Land Project 25 (p13): 1.3.1 Background 26 (p14): 1.3.2 Formation and Development of the GLP 31 (p15): 1.4 Summary 32 (p16): References 41 (p17): Chapter 2 Modeling Framework 41 (p18): 2.1 Modeling Strategy at Regional and Pixel Scales 43 (p19): 2.1.1 Modeling Procedures for Conversion from Pixel to Regional Scales 46 (p20): 2.1.2 Accuracy Verification and Deduction from the Pixel Scale to the Regional Scale 51 (p21): 2.2 Shift from Mechanism Analysis to Effects Assessment 52 (p22): 2.2.1 Mechanism Analysis of the Dynamics of Land System Change 62 (p23): 2.2.2 Effects Assessment 69 (p24): 2.2.3 Multiple Scales in the Dynamics of Land System Change 72 (p25): 2.2.4 Key Processes from the Mechanism Analysis to the Effects Assessment 81 (p26): 2.3 Summary 82 (p27): References 91 (p28): Chapter 3 The CGELUC Model and Its Application 91 (p29): 3.1 The CGELUC Model 94 (p30): 3.1.1 Framework of the CGELUC Model 99 (p31): 3.1.2 Modules of the CGELUC Model 106 (p32): 3.2 The CGELUC Model Database 106 (p33): 3.2.1 Database of Thematic Quantitative Analysis 108 (p34): 3.2.2 The SAM 112 (p35): 3.2.3 Preparation of the SAM Parameters 114 (p36): 3.3 Methods of SAM Compilation 116 (p37): 3.3.1 Compilation of the Macroscopic SAM 119 (p38): 3.3.2 Subdivision of the Macroscopic SAM 122...

duxiu/initial_release/_12866765.zip

zlibzh/no-category/邓祥征著, Xiangzheng Deng, 邓祥征, author/土地系统变化动力学与效应模拟 英文版_118124146.pdf

Modeling the Dynamics and Consequences of Land System Change

Xiangzheng Deng; SpringerLink (Online service)

Deng, Xiangzheng

Spektrum Akademischer Verlag. in Springer-Verlag GmbH

Springer Berlin Heidelberg : Imprint: Springer

Steinkopff. in Springer-Verlag GmbH

Springer Science & Business Media

Higher Education Press ; Springer

Beijing ; Higher Education Press ; Berlin ; New York, ©2011

SpringerLink : Bücher, Berlin, Heidelberg, 2012

Beijing Heidelberg ; New York, ©2011

China, People's Republic, China

Springer Nature, Beijing, 2011

Berlin, Heidelberg, 2011

Germany, Germany

Bookmarks: p1 (p1): Chapter 1 Land System and Research Plans
p2 (p2): 1.1 Land System
p3 (p2): 1.1.1 Structure of the Land System
p4 (p5): 1.1.2 Theory and Methodology of Land System Research
p5 (p7): 1.1.3 Procedures of Land System Research
p6 (p9): 1.1.4 Model Architecture of a Land System
p7 (p10): 1.1.5 Approaches to Land System Research
p8 (p11): 1.2 Research Plans and Achievements of the LUCC Plan
p9 (p12): 1.2.1 Identification of Land Uses
p10 (p17): 1.2.2 Progress of Land Use Research
p11 (p22): 1.2.3 Research Achievements of the LUCC Plan
p12 (p25): 1.3 The Global Land Project
p13 (p25): 1.3.1 Background
p14 (p26): 1.3.2 Formation and Development of the GLP
p15 (p31): 1.4 Summary
p16 (p32): References
p17 (p41): Chapter 2 Modeling Framework
p18 (p41): 2.1 Modeling Strategy at Regional and Pixel Scales
p19 (p43): 2.1.1 Modeling Procedures for Conversion from Pixel to Regional Scales
p20 (p46): 2.1.2 Accuracy Verification and Deduction from the Pixel Scale to the Regional Scale
p21 (p51): 2.2 Shift from Mechanism Analysis to Effects Assessment
p22 (p52): 2.2.1 Mechanism Analysis of the Dynamics of Land System Change
p23 (p62): 2.2.2 Effects Assessment
p24 (p69): 2.2.3 Multiple Scales in the Dynamics of Land System Change
p25 (p72): 2.2.4 Key Processes from the Mechanism Analysis to the Effects Assessment
p26 (p81): 2.3 Summary
p27 (p82): References
p28 (p91): Chapter 3 The CGELUC Model and Its Application
p29 (p91): 3.1 The CGELUC Model
p30 (p94): 3.1.1 Framework of the CGELUC Model
p31 (p99): 3.1.2 Modules of the CGELUC Model
p32 (p106): 3.2 The CGELUC Model Database
p33 (p106): 3.2.1 Database of Thematic Quantitative Analysis
p34 (p108): 3.2.2 The SAM
p35 (p112): 3.2.3 Preparation of the SAM Parameters
p36 (p114): 3.3 Methods of SAM Compilation
p37 (p116): 3.3.1 Compilation of the Macroscopic SAM
p38 (p119): 3.3.2 Subdivision of the Macroscopic SAM
p39 (p122): 3.3.3 Balancing the SAM
p40 (p125): 3.4 Summary
p41 (p125): References
p42 (p129): Chapter 4 The DLS Model and Its Application
p43 (p129): 4.1 Principles and Function Modules of the DLS Model
p44 (p129): 4.1.1 Fundamental Definition
p45 (p130): 4.1.2 Features of the DLS Model
p46 (p131): 4.1.3 Framework of the DLS Model
p47 (p132): 4.1.4 Application
p48 (p133): 4.1.5 Function Modules of the DLS Model
p49 (p133): 4.1.6 Explanatory Linear Model of Land Use Pattern
p50 (p136): 4.1.7 Explanatory Nonlinear Model of Land Use Pattern
p51 (p143): 4.1.8 Spatial Allocation of the Changing Area of Land Uses
p52 (p146): 4.2 DLS Installation and Configuration
p53 (p146): 4.2.1 DLS Installation
p54 (p147): 4.2.2 Configuring the DLS Operating Environment
p55 (p148): 4.3 DLS Input Parameter Preparation
p56 (p148): 4.3.1 Simulation Condition Setting Parameters
p57 (p149): 4.3.2 Spatial Analysis Parameters
p58 (p151): 4.3.3 Driving Factor Data
p59 (p152): 4.3.4 Land Demand Scenario Data
p60 (p152): 4.3.5 Restricted Region Code Data
p61 (p153): 4.3.6 Land Use Type Data
p62 (p154): 4.4 DLS Operation and Results Output
p63 (p154): 4.4.1 DLS Operation
p64 (p154): 4.4.2 Results Output
p65 (p155): 4.5 Summary
p66 (p155): References
p67 (p159): Chapter 5 Estimation System for Land Productivity and Its Applications
p68 (p160): 5.1 Estimation System for Land Productivity
p69 (p160): 5.1.1 Fundamental Principles
p70 (p162): 5.1.2 Parameters
p71 (p163): 5.1.3 Function Modules
p72 (p169): 5.2 Operation of the Estimation Model
p73 (p170): 5.2.1 Temperature Interpolation
p74 (p172): 5.2.2 LGP Identification
p75 (p173): 5.2.3 Radiation Data Preparation
p76 (p173): 5.2.4 Estimation of Effective Radiation
p77 (p174): 5.2.5 Potential Thermal Productivity
p78 (p175): 5.2.6 Potential Climate Productivity
p79 (p175): 5.2.7 Potential Land Productivity
p80 (p177): 5.2.8 Land Productivity
p81 (p179): 5.3 Summary
p82 (p180): References
p83 (p183): Chapter 6 Simulation of Structural Change in Land Use in Jiangxi Province Using the CGELUC Model
p84 (p184): 6.1 Design of the SAM in Jiangxi Province
p85 (p184): 6.1.1 Overview of Jiangxi Province
p86 (p185): 6.1.2 Compilation of the SAM in Jiangxi Province for 2007
p87 (p192): 6.2 Design of the CGELUC Model for Jiangxi Province
p88 (p192): 6.2.1 GAMS Operating Environment
p89 (p194): 6.2.2 Structure of the CGELUC Model for Jiangxi Province
p90 (p196): 6.2.3 Scenario Design
p91 (p198): 6.3 Analysis of Simulation Results of Land Use Structure in Jiangxi Province
p92 (p198): 6.3.1 Land Use Change Based on Different Scenarios
p93 (p203): 6.3.2 Comparative Analysis of Land Use Structure underDifferent Scenarios
p94 (p206): 6.4 Summary
p95 (p206): References
p96 (p209): Chapter 7 Modeling the Dynamics of the Land System in an Agriculture-Pasture Transition Zone in China
p97 (p209): 7.1 Taips League Background
p98 (p209): 7.1.1 Location
p99 (p210): 7.1.2 Climate
p100 (p213): 7.1.3 Terrain and Landform
p101 (p215): 7.1.4 Soil
p102 (p216): 7.1.5 Hydrology
p103 (p217): 7.1.6 Vegetation
p104 (p217): 7.1.7 Natural Disasters
p105 (p217): 7.2 Simulation of Land Use Pattern Changes in the Taips League
p106 (p217): 7.2.1 Data Preparation
p107 (p226): 7.2.2 Analysis of Driving Forces
p108 (p233): 7.2.3 Scenario Design
p109 (p235): 7.2.4 Conversion Rules
p110 (p235): 7.2.5 Simulation Results
p111 (p237): 7.3 Summary
p112 (p238): References
p113 (p241): Chapter 8 Estimation of the Impacts of Land System Change on Land Productivity in the North China Plain
p114 (p241): 8.1 Historical Land Productivity in the North China Plain
p115 (p242): 8.1.1 Overview of the North China Plain
p116 (p246): 8.1.2 Data and Processing
p117 (p253): 8.1.3 Estimation of Land Productivity in the 1990s
p118 (p255): 8.1.4 Validation of Land Productivity Results
p119 (p257): 8.2 Future Land Productivity
p120 (p257): 8.2.1 Data and Data Handling
p121 (p258): 8.2.2 Estimation Results for Land Productivity in 2010
p122 (p259): 8.2.3 Results of Estimation of Land Productivity in 2020
p123 (p260): 8.3 hnpact of Cultivated Land Use Change on Land Productivity
p124 (p261): 8.3.1 Simulation of Future Cultivated Land Use Change in the North China Plain
p125 (p263): 8.3.2 Analysis of the Effects of Cultivated Land Use Change on Total Land Productivity
p126 (p266): 8.3.3 Recommendations for Land Use Policies
p127 (p267): 8.4 Summary
p128 (p268): References
p129 (p271): Conclusions and Further Research
p130 (p277): Appendix 1 VBA Program of RAS Method
p131 (p281): Appendix 2 SAM of Jiangxi Province in 2007
p132 (p297): Index

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"Modeling the Dynamics and Consequences of Land System Change" introduces an innovative three-tier architecture approach for modeling the dynamics and consequences of land system change. It also describes the principle, modules and the applications of the three-tier architecture model in detail. The approach holds strong potential for accurate predictions of the land use structure at the regional level, simulating the land use pattern at pixel level and evaluating the consequences of land system change. The simulation results can be used for the planning of land use, urban development, regional development, environmental protection, and also serve as valuable information for decision making concerning land management and optimal utilization of land resources. The book is intended for the researchers and professionals in land use or land systems, regional environmental change, ecological conservation, as well as the land resource administrative agencies and environmental protection agencies. Professor Xiangzheng Deng is a senior research fellow at the Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China.

"Modeling the Dynamics and Consequences of Land System Change" introduces an innovative three-tier architecture approach for modeling the dynamics and consequences of land system change. It also describes the principle, modules and the applications of the three-tier architecture model in detail. The approach holds strong potential for accurate predictions of the land use structure at the regional level, simulating the land use pattern at pixel level and evaluating the consequences of land system change. The simulation results can be used for the planning of land use, urban development, regional development, environmental protection, and also serve as valuable information for decision making concerning land management and optimal utilization of land resources."--Pub. desc

This book introduces an innovative three-tier architecture approach for modeling the dynamics and consequences of land system changes. It also describes the principle, modules and the applications of the three-tier architecture model in detail

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Erscheinungsdatum: 06.09.2011

2024-06-13