1. Key concepts of marine ecology
2. Levels of ecological organization (population–community–ecosystem)
3. Food webs and primary productivity
4. Biogeochemical cycles in the ocean
5. Marine habitats: coastal, pelagic, and deep-sea
6. Resilience, ecological stability, and disturbances
7. Ecological indicators and conservation status
8. Ecological connectivity and larval dispersal
9. Keystone, engineer, and umbrella species
10. Scientific basis of marine ecological restoration

1. Ocean Dynamics: Currents, Upwelling, and Global Circulation
2. Temperature, Salinity, and Stratification
3. Tides, Waves, and Sediment Transport
4. Marine Chemistry: pH, Dissolved Oxygen, and Nutrients
5. Ocean Acidification: Causes, Effects, and Scenarios
6. Deoxygenation and Hypoxic Zones
7. Coastal Oceanography and Estuaries
8. Marine Climatology and Extreme Events
9. Operational Oceanography: Models and Prediction
10. Oceanographic Variables as a Basis for Management Plans

1. Biodiversity: Richness, Abundance, and Equity
2. Marine Ecological Sampling Methods
3. Species Identification and Applied Taxonomy
4. Endemism and Biodiversity Hotspots
5. Population Genetics Applied to Conservation
6. eDNA (Environmental DNA) and Modern Biomonitoring
7. Threatened Species and Conservation Lists (IUCN)
8. Invasive Species: Early Detection and Control
9. Genetic Connectivity and Protected Area Design
10. Prioritization of Species and Habitats: Technical Criteria

1. Climate Change and Oceans: Fundamentals
2. Coral Bleaching and Thermal Stress
3. Changes in Species Distribution (Latitudinal Shifts)
4. Sea Level Rise and Coastal Erosion
5. Storms, Extreme Events, and Coastal Resilience
6. Disruption of Food Webs by Warming
7. Microplastics and Emerging Pollutants in a Climate Context
8. Design of Ecosystem-based Adaptation (EbA) Strategies
9. Assessment of Coastal Climate Vulnerability and Risk
10. Long-Term Marine and Coastal Resilience Plans

1. Types of pollution: chemical, physical, and biological
2. Spills, hydrocarbons, and maritime accidents
3. Eutrophication and harmful algal blooms
4. Underwater noise and its impact on marine life
5. Plastic and microplastic pollution
6. Persistent pollutants (metals, POPs)
7. Impact of shipping and coastal tourism
8. Illegal, unreported, and unregulated (IUU) fishing
9. Mitigation and response plans for environmental emergencies
10. Design of reduction and control programs (ports, cities, marinas)

1. Typology of Marine Protected Areas (MPAs)
2. Zoning: permitted uses, buffer zones, and core areas
3. Spatial design: connectivity and representativeness
4. Sustainable fishing and adaptive management
5. Co-management models with local communities
6. Monitoring and enforcement plans
7. Sustainable tourism in MPAs: carrying capacity
8. Managing conflicts between uses (fishing, tourism, energy)
9. Evaluating effectiveness (ecological and socioeconomic indicators)
10. Governance systems and long-term financing

1. Marine Sensors: Types, Calibration, and Limitations
2. In-situ Monitoring Networks (Smart Buoys, Stations)
3. Marine IoT: Telemetry and Real-Time Data
4. Satellite Remote Sensing (Multispectral) Applied to the Sea
5. SAR and LiDAR for Habitat Monitoring
6. Use of AUVs and ROVs for Inspection and Restoration
7. Underwater Photogrammetry and 3D Mapping
8. Technological Protocols for Restoration (Reefs, Seagrass Meadows, Substrates)
9. Data Integration and Operational Dashboards
10. Design of Environmental Alert and Monitoring Systems

1. Sampling Campaign Design and Data Quality
2. Statistics Applied to Marine Ecology (Professional Level)
3. Time Series and Trend Detection
4. Predictive Models for Biodiversity and Habitats
5. Machine Learning Applied to Environmental Data
6. Marine GIS Systems and Cartography Applied to Management
7. Marine Environmental Impact Assessment (EIA): Complete Methodology
8. Integrated Indicators: Physicochemical, Biological, and Genetic
9. Preparation of Technical Reports and Scientific Reporting
10. Environmental Audits and Monitoring Plans

1. Marine Environmental Legislation: Foundations and Regulatory Hierarchy
2. Principles of the Law of the Sea and Ocean Governance
3. Conservation Regulations (Habitats, Species, Protected Areas)
4. Public Policies and Integrated Coastal Zone Management Plans (ICZM)
5. Economic Instruments for Marine Conservation
6. Blue Economy: Sustainable Models and Impact Metrics
7. Project Financing: Funds, Grants, and International Cooperation
8. Social Participation and Stakeholder Management (NGOs, Communities, Businesses)
9. Environmental Communication and Awareness Campaigns
10. Management of Conservation Projects: Planning, Risks, and Sustainability

Master’s Thesis in Marine Ecosystem Protection

Focus: Integrated technological innovation strategies for resilient conservation in the face of global challenges.

Final Master’s Thesis Components:

• Topic Selection and Problem Formulation (with tutor)
• Literature Review and State of the Art
• Methodological Design (sampling, technology, analysis, or management plan)
• Development of a real or simulated case study (AMP, restoration, EIA, monitoring)
• Analysis of Results and Technical Interpretation
• Proposed Measures and Implementation Plan
• Estimated Budget, Timeline, and Risk Management
• Final Draft in Professional Format (Technical/Scientific Report)
• Final Defense (Presentation + Questions)
• Submission of Appendices: GIS maps, datasets, indicators, dashboards, or models

Examples of Master’s Thesis:

• Seagrass Restoration Plan with Sensors and IoT
• Environmental Impact Assessment of a Coastal Tourist Area
• Marine Protected Area Design with Zoning and Connectivity Analysis
• Monitoring System with Satellite + Buoys + Predictive Models
• Microplastic Reduction Strategy in a Port Area