教学大纲Introduction to Personality Science and Research
Environment and Social Development
Intelligent Robot and Advanced Manufacturing
Filmmaking: From Script to Screen
Critical Conservation and Revitalization of Architecture Heritage
Fun Exploration of Laser Remote Sensing Technology
Introduction to Computer Science and Programming
Smart Earth
Infections and Immune Response
Healthy China Initiative and International Health Cooperation
选课操作指南
The Outline of《Fun Exploration of Laser Remote Sensing Technology》
1. Basic Teaching Information
Course Code：2030540013002 | Course Title： Fun Exploration of Laser Remote Sensing Technology | ||
Faculty：school of remote sensing | Targeted Student：25 | ||
Course Credit：1.5 | Lecture Hours： （consisted of __24__ theoretical hours and __0 practical hours） | ||
Course Leader： | Name：Xiaona Zhao | E-mail： xiaona.zhao@whu.edu.cn | |
Office： | Mobile： | ||
Course Staff： | Name： Salvatore Amoruso; Alessia Sannino | E-mail： alessia.sannino@unina.it | |
Office： | Mobile： | ||
Course Type：一般通识课程General Course | |||
2. Course Introduction（no more than 500 words）
Interaction particles-light is a key physical phenomenon for studying atmospheric processes and their variations on both local and global scales.
Through the characterization of optical and microphysical parameters of major greenhouse gases and atmospheric aerosols, techniques based on it, provide essential data for characterizing radiative processes, aerosols sources and quantifying anthropogenic emissions. Moreover, observational methodologies, including both satellite platforms and ground-based systems integrated into atmospheric monitoring networks, enable global studies with the spatial and temporal resolutions required for analysing climate system and validating climate models.
This course aims to provide the fundamental principles of spectroscopy, examining its crucial role as the basis for quantitative analysis of atmospheric composition, with particular emphasis on applications and techniques in atmospheric and climate change studies.
By the end of the course, students will have acquired the expertise to understand atmospheric results from remote sensing instruments and the importance of these techniques for a deeper comprehension of climate change processes.
3. The Allocation of Content and Lecture Hours
Content | Lecture Hours |
I. Introduction to Climate Change (A.Sannino) 1) Climate systems | 3 h |
II. Past and future of Climate Changes (A.Sannino) 1) Historical data and interpretation 2) What we learned 3) Actual situation and models predictions | 3 h |
III. Earth's Radiation Budget and the Greenhouse Effect (A.Sannino) 1) Earth radiation budget 2) How Greenhouse effect change it 3) Impact of atmospheric aerosols and cloud | 3 h |
IV. Basic of optical remote sensing. Pt.1 (S.Amoruso) | 3 h |
V. Basic of optical remote sensing. Pt.2 (S.Amoruso) | 3 h |
VI. The atmosphere and how we characterize it with optical techniques pt. 1 (S.Amoruso) | 3 h |
VII. The atmosphere and how we characterize it with optical techniques pt. 2 (S.Amoruso) | 3 h |
VIII. What we learn from optical remote sensing technique (A. Sannino 1) Atmospheric aerosol network (remote sensing) 2) Results and campaignsGraduation: "Laser Remote Sensing Detective" certificates | 3 h |
4. Assessment Methods and Marking Criterion
Essay: Course Reflection
Word count: 800-1,200 words
Assessment Objectives:
1. Demonstrate understanding of core laser remote sensing concepts
2. Reflect meaningfully on personal learning experiences
3. Connect course content to real-world applications
4. Exhibit critical thinking about technology's societal impact
Marking Rubric:
•Conceptual Understanding (30%)
•Personal Reflection(30%)
•Application(20%)
•Critical Thinking(15%)
•Presentation(5%)
Submission Requirements:
• PDF format with 12pt Times New Roman
• Include 1-2 relevant images with proper attribution
• Reference at least 2 course readings
5. Textbooks and References
1. 《激光遥感导论》（第3版）
作者：王建军等
出版社：科学出版社
覆盖基础原理与生活应用（含手机LiDAR章节）
2. 《看见不可见：激光技术的人文探索》
作者：李思睿
特色：用故宫数字化等案例讲解技术伦理
3. National Geographic (June 2023)
"Laser Mapping: From Amazon Rainforests to Martian Landscapes" (Chinese translation available)
4. TED Talk: "When Da Vinci Meets LiDAR" (Subtitled)
