Introduction to Ocean Observation from Space

Objectives

- Understand the fundamental principles of ocean observation using satellite technologies and their role in environmental monitoring;
- Recognize the significance of various remote sensing techniques and their applications in oceanography;
- Analyse and interpret satellite imagery and remote sensing data through hands-on workshops;
- Use software tools for processing and analysing oceanographic data sets effectively;
- Develop critical thinking and analytical skills for evaluating oceanographic information and methodologies;
- Collaborate effectively in multidisciplinary teams to identify and address real-world ocean-related challenges through group projects.

Program

Theory (30 hours)

1. Introduction to Oceanography (4 hours)
  . Overview of ocean systems and processes
  . Importance of ocean observations

2. Remote Sensing Fundamentals (6 hours)
  . Principles of satellite remote sensing
  . Types of sensors and platforms

3. Ocean Observation Techniques (8 hours)
  . Ocean Colour remote sensing and significance
  . Thermal Infrared remote sensing and significance
  . Satellite altimetry and significance
  . Case studies of existing satellite missions and ocean applications

4. Data Processing and Analysis (6 hours)
  . Introduction to data processing techniques
  . Overview of software tools for analysis

5. Applications of Ocean Observation (4 hours)
  . Climate monitoring and change
  . Marine resources management

6. Future Trends (2 hours)
  . Advances in satellite technology
  . Emerging research and future directions

Practical (24 hours)

1. Hands-on Data Analysis Workshops (16 hours)
  . Training in satellite data processing using software tools (e.g., BILKO, SEADAS, SNAP, etc)
  . Analysing real satellite data sets, such as sea surface temperatures or chlorophyll concentrations.

2. Group Project (8 hours)
  . Collaborative project addressing a real-world oceanographic challenge, culminating in a presentation.

Teaching Methodologies

- Lectures: To deliver foundational knowledge and introduce concepts.
- Hands-on Workshops: Practical sessions to analyse and interpret satellite data.
- Group Projects: Students will collaborate on case studies to address real-world oceanographic problems.
- Assessment Methods:

• Quizzes and tests to evaluate understanding of theoretical concepts.
• Project presentations to assess collaborative skills and practical applications.

Bibliography

- "Introduction to Remote Sensing" by John R. Jensen
- "Ocean Remote Sensing: Waves, Measurements, and Environmental Information" by R. McMahon
- "Satellite Oceanography: Theory and Applications" by David M. Farmer
- Various academic journals such as Remote Sensing of Environment and Journal of Ocean Technology for up-to-date research articles