Table of Contents

Theoretical section

Practical training section

Chapter 1: Res-Environ Informatics

1.1 The inseparable connection between resource development and environmental protection

1.2 Information as the fundamental resource for human social development

1.3 Res-environ information as important basic information for the national economy

1.4 Informatics as a discipline studying how computers can serve humans

1.5 The promising future of res-environ informatics

1.1 Application Fields of Res-Environmental Informatics

Chapter 2: How Res-Environ Objects Enter Computers

2.1 Databases as the primary means of storing

and managing data in computers

2.2 Abstraction and modeling as the fundamental approaches for representing the objective world in computers

2.3 How computers express spatial objects

2.4 Global satellite navigation systems as the major means of obtaining spatial positioning information

2.1 Basic Structure of Database (SQLite)

2.2 Database Query Function (SQLiteStudio)

2.3 Database Modeling and E-R Diagram

2.4 Introduction to Network Database

2.5 Raster and Vector Images

2.6 Map projection and map type

Chapter 3: Analytical Tools for Res-Environ Information-Geographic Information Systems

3.1 Geographic Information Systems - computer systems specialized in processing geospatial data

3.2 The core object of GIS processing - digital maps

3.3 The direct purpose of using GIS - creating thematic maps

3.4 The basic functions of GIS - spatial data querying and statistics

3.5 The core function of GIS - spatial data analysis

3.6 Overview of resource and environmental information systems

3.1 Introduction to GIS software

3.2 Use Satellite imagery to calculate the campus area

3.3 Creating the first thematic map

3.4 Overlay of Grid Layers - NDVI Changes

3.5 Creating a thematic map of air quality distribution

3.6 Example of Buffer analysis

Chapter 4: Introduction to Res-Environ Remote Sensing

4.1 Overview of remote sensing

4.2 Theoretical foundations of remote sensing

4.3 Remote sensing platforms and sensors

4.4 Remote sensing image processing

4.5 Remote sensing image interpretation and mapping

4.6 Current status and prospects of resource and environmental remote sensing applications

4.1 Obtaining Remote Sensing Images on Professional Websites

4.2 Remote sensing image preprocessing

4.3 Remote sensing image recognition and classification

Chapter 5: Re-Environ Open Data and Open Source Tools

5.1 Open data and open scientific research

5.2 Internet public data and web scraping

5.3 Obtaining open data using API

5.4 JSON and CSV data formats

5.5 Res-environ open-source tools

5.1 Using web crawlers to obtain open data

5.2 Using API to Obtain Open Data

5.3 Various forms of res-environ open data

Chapter 6: Emerging Technologies Empowering Resource and Environmental Informatics

6.1 Sensors

6.2 Internet of Things (IOT)

6.3 Big data and data mining

6.4 Cloud computing

6.5 Artificial intelligence and deep learning

6.1 Res-environ Sensors and IOT

6.2 New technologies for resource

and environmental information

6.3 GEE remote sensing Big data platform

Chapter 7: Res-Environ Application Models

7.1 Land use/land cover change models

7.2 Vegetation index models

7.3 Evaluation models for res-environ suitability

7.4 Introduction to spatio-temporal analysis models

7.5 Res-environ information tool software

7.1 Mapping of Land Use Change

7.2 NDVI classification mapping of vegetation index

7.3 Assessment of resource Carrying capacity

7.4 Tool software demonstration