OCEANOGRAPHY

This course serves as an introductory module in physical oceanography, covering both observational and theoretical aspects. It is intended to provide students with a foundational understanding of ocean dynamics and their relevance to the Earth system and climate processes.
Special emphasis is placed on the operational and observational dimensions of oceanographic study, including potential field activities and data collection, especially in the nearby lagoon environment.
A key objective is to provide the physical and mathematical background necessary to interpret large-scale ocean processes, understand their role in the climate system, and assess their historical and future evolution.

1. Knowledge and Understanding
• Knowledge of the physical processes governing the ocean and their spatial and temporal variability.
• Understanding of key concepts in dynamic and descriptive oceanography.
2. Applying Knowledge and Understanding
• Ability to recognize and interpret oceanic phenomena using observed and/or simulated data.
• Capacity to apply theoretical knowledge to real-world situations, including coastal and large-scale systems.
3. Making Judgements
• Ability to formulate hypotheses and critically evaluate the evolution and variability of oceanographic phenomena based on data and conceptual models.
4. Communication Skills
• Clear and effective communication of physical oceanography concepts, using proper scientific terminology.
• Active participation in discussions, seminars, or group projects.
5. Learning Skills
• Autonomy in acquiring and integrating new knowledge from scientific literature and oceanographic datasets.
• Ability to deepen understanding independently and across disciplinary boundaries.

Basic knowledge of physics and mathematics, including concepts of fluid mechanics, energy balance, waves, pressure fields, and elementary calculus. Familiarity with scientific terminology in English is recommended.

1. Introduction: the development of oceanographic science
2. The ocean basins and their morphology
3. Properties of seawater
4. Fundamentals of optics and acoustics in the ocean
5. Principles of hydrodynamics
6. Tides, surface and internal waves
7. Large-scale ocean circulation
8. Coastal oceanography
9. Mesoscale processes: fronts, eddies, filaments
10. The Mediterranean Sea as a case study
Extra module: Field methods and applied oceanography

• Pond, S. and G.L. Pickard (1983): Introductory Dynamic Oceanography, 2nd edition, Pergamon Press, 330 pp.
• Pickard, G.L. and W.J. Emery (1990): Descriptive Physical Oceanography – An Introduction, 5th edition, Pergamon Press, 320 pp.
• Lecture slides and notes provided during the course.

The assessment consists of an oral examination evaluating the student’s overall understanding of the course topics.
The exam starts with a student-chosen topic, allowing a first demonstration of depth of knowledge and confidence, and continues with questions on various core themes.
Focus is placed on the student’s ability to process information independently, make conceptual connections, and communicate clearly.

oral

The lecturer has a duty to ensure that the rules regarding the authenticity and originality of exam tests and papers are respected. Therefore, if there is suspicion of irregular conduct, an additional assessment may be conducted, which could differ from the original exam description.

Grade Range Criteria
28–30 e lode Excellent command of all course topics, logical organization of knowledge, use of precise scientific terminology
26–27 Good understanding of lecture topics, reasonable familiarity with reference texts, coherent presentation
24–25 Basic but incomplete knowledge, acceptable oral skills with some terminology issues
22–23 Superficial understanding, unclear or disorganized oral presentation, limited use of technical terms
18–21 Fragmentary knowledge, poor clarity, significant difficulties with terminology and reasoning

Lectures supported by multimedia resources.
Additional activities may include seminars, hands-on sessions in computer labs, and possibly guided visits to oceanographic research institutions and local field sites (e.g., the lagoon of Venice).
Learning materials will be shared through Moodle or similar platforms.

The oral exam is designed to evaluate both factual knowledge and the student's ability to develop and articulate reasoning in physical oceanography. The structure of the exam favors an open and exploratory approach, starting with a freely chosen topic and continuing with targeted questions to assess a broad and integrated understanding of the subject matter.
Students are strongly encouraged to contact the instructor (directly, via email, etc.) for any clarification, explanation, or issue related to the course, without any hesitation: it is part of the instructor's educational duties to guide students toward a deep understanding of the topics covered and to support their learning and academic growth.