地理信息科学专业英语（本科）

　　《地理信息科学专业英语》以培养学生地理信息科学专业英语文献阅读和翻译能力为主要目的，以地理信息系统、遥感、全球定位系统和3s集成理论与技术为主要内容，分为4个部分18章内容。第一部分为地理信息系统的基本原理、技术方法及应用，第二部分为遥感基本原理、技术方法及应用，第三部分为全球定位系统的基本原理、技术方法及应用，第四部分为3S集成理论、关键技术及应用。书中每章后均附有专业词汇和难点句子的翻译。《地理信息科学专业英语》可以作为地理信息系统、遥感和全球定位系统等专业的本科生和研究生的教材，也可供相关专业的技术人员和教师参考使用。

暂缺《地理信息科学专业英语（本科）》作者简介

Part 1　Geographical Information Systems
Chapter 1　Overview of Geographical Information Systems
1.1　Introduction to Geographical Information Systems
1.2　Brief History of Geographical Information Systems
Notes and Phrases
Translations
Chapter 2　Principles of Geographical Information Systems
2.1　Representing of Geographical Features in the Real World
2.2　Spatial Data Models
2.3　Raster and Vector Storage
2.4　Organizing Attribute Data
Notes and Phrases
Translations
Chapter 3　Geo-referencing
3.1　Geodesy
3.2　Map Projection
3.3　Coordinate Systems
Notes and Phrases
Translations
Chapter 4　Geospatial Data
4.1　Data Collection
4.2　Uncertainty
4.3　Geospatial Database Structure
Notes and Phrases
Translations
Chapter 5　Spatial Analysis
5.1　Database Query
5.2　Reclassification
5.3　Overlay Analysis
5.4　Connectivity Analysis
5.5　Shape Analysis and Measurement
5.6　Spatial Interpolation
5.7　Geo-visualization
Notes and Phrases
Translations
Chapter 6　Applications of GIS
6.1　An Overview of Environmental Management and Conservation
6.2　GIS and Public Health
Notes and Phrases
Translations
Part 2　Remote Sensing
Chapter 7　Fundamentals of Remote Sensing
7.1　Introduction to Remote Sensing
7.2　Physical Basis of Remote Sensing
Notes and Phrases
Translations
Chapter 8　Remote Sensing Imaging Principles
8.1　Remote Sensing Platform
8.2　Microwave Sensors
Notes and Phrases
Translations
Chapter 9　Remote Sensing Digital Images Processing
9.1　Introduction of Remote Sensing Digital Images
9.2　Image Processing
Notes and Phrases
Translations
Chapter 10　Remote Sensing Image Interpretation
10.1　Elements of Image Interpretation
10.2　Digital Image Interpretation
Notes and Phrases
Translations
Chapter 11　Remote Sensing Applications
11.1　Vegetation Remote Sensing
11.2　Geological Remote Sensing
11.3　Water Remote Sensing
11.4　Land Cover/Use Remote Sensing
11.5　Snow and Clouds remote Sensing
Notes and Phrases
Translations
Part 3　Global Positioning System
Chapter 12　Introduction to Global Positioning System
12.1　Overview of GPS History
12.2　GPS Segments
12.3　The Basic Principle of GPS
12.4　Other Satellite Navigation and Positioning Systems
Notes and Phrases
Translations
Chapter 13　Datums, Coordinate Systems and Time Systems
13.1　The Datums and Coordinate Systems of GPS
13.2　The Time Systems of GPS
Notes and Phrases
Translations
Chapter 14　GPS Signal Structure and Basic Measuring Ways
14.1　The GPS Signal Structure
14.2　The Basic Measuring ways of GPS
Notes and Phrases
Translations
Chapter 15　GPS Errors and Biases
15.1　GPS Ephemeris Errors
15.2　Selective Availability
15.3　Satellite and Receiver Clock Errors
15.4　Multipath Error
15.5　Antenna-pase-center Variation
15.6　Receiver Measurement Noise
15.7　Ionospheric Delay
15.8　Tropospheric Delay
15.9　Satellite Geometry Measures
15.10　GPS Mission Planning
15.11　User Equivalent Range Error
Notes and Phrases
Translations
Chapter 16　GPS Positioning Modes
16.1　GPS Point Positioning
16.2　GPS Relative Positioning
16.3　Static GPS Surveying
16.4　Fast (Rapid) Static Surveying
16.5　Stop-and-go GPS Surveying
16.6　RTK GPS Surveying
16.7　Real-time Differential GPS
16.8　Real-Time Processing Versus Postprocessing
16.9　Communication (Radio) Link
Notes and Phrases
Translations
Chapter17　GPS Applications
17.1　Uses of GPS Technology
17.2　GPS Applications
Notes and Phrases
Translations
Part 4　3S Integration
Chapter18　The Basic Principles of 3S Integration
18.1　Definition of the Integration of GPS,RS & GIS
18.2　The Basic Philosophy of 3S Technology Integration
18.3　The Integration Modes of 3S Technology
18.4　Overall Integration of 3S
18.5　3S Integration and Geo-spatial Information Science
Notes and Phrases
Translations
References