Marine and Coastal Geology for Resource Management Training Course

Course overview

Coastlines are among the most active and contested surfaces on the planet, shaped by waves and tides while carrying ports, communities and offshore resources that all depend on the ground staying where it is. This course examines the geological processes that build and erode shores and seabeds, and shows how that understanding feeds sound decisions about resources and risk along the coast.

It is aimed at professionals who work where the land meets the sea and need to reason about change over time. The material links the physical behavior of sediment and water to the management questions that follow, so participants can weigh resource use against the hazards a shoreline faces.

Pressures reshaping the world's coasts

Coastal zones concentrate population, infrastructure and economic activity, which makes even modest shoreline change costly. Sea-level rise and stronger storm surge are moving erosion and flooding risk inland, while demand for marine aggregates, placer minerals and offshore energy keeps rising, and managers are asked to reconcile all of this within finite space.

Frameworks such as integrated coastal zone management and marine spatial planning have grown up to handle those competing claims, and they lean heavily on geological evidence and on spatial data of the kind covered in our course on remote sensing and GIS in geosciences. Reading the coast correctly is the starting point for any credible plan.

What you will be able to do afterwards

On completing the course, participants should be able to:

• Describe coastal geomorphology and the landforms that define a shore.
• Explain how wave, tide and longshore-current processes move sediment.
• Trace sediment transport, erosion and accretion in a coastal system.
• Identify marine mineral, aggregate, placer and hydrocarbon resources.
• Assess erosion and flooding risk from sea-level rise and storm surge.
• Apply integrated coastal zone management and marine spatial planning.

Course outline

Unit 1: Introduction to marine and coastal geology

• Coastal geomorphology of shoreline and seabed environments.
• How ocean basins, shelves and coasts relate geologically.
• The sediment sources and sinks that supply a coast.
• Timescales of change from single storms to centuries.

Unit 2: Sediment dynamics and shoreline processes

• Wave, tide and longshore-current processes.
• Transport, erosion and accretion at beaches and inlets.
• Structures and interventions affecting sediment budgets.
• Reading a shoreline for signs of advance or retreat.

Unit 3: Marine resources and sustainable exploitation

• Marine mineral, aggregate and placer resource formation.
• Offshore hydrocarbon settings and geological controls.
• Extraction methods and their footprint on the seabed.
• Balancing resource use against long-term coastal health.

Unit 4: Coastal hazards and environmental risks

• Sea-level rise and storm surge as drivers of change.
• Coastal erosion and flooding risk to communities.
• Sediment starvation, subsidence and habitat loss.
• Protection, accommodation and managed retreat.

Unit 5: Integrated coastal and marine resource management

• Integrated coastal zone management framework.
• Marine spatial planning for competing sea uses.
• Stakeholder engagement in coastal governance.
• Geological evidence in policy and management plans.

How the course is delivered

Sessions are led by an experienced coastal geoscientist and run on discussion, worked examples, and documented case studies from real shorelines. Participants take guided walkthroughs of interpreted coastal datasets and maps, then work through management questions together in group exercises, so the learning stays grounded in real settings.

Who should attend

The course suits coastal and marine geoscientists, environmental and resource managers, and planning or engineering staff who make decisions about shorelines and offshore areas.

• Coastal and marine geologists
• Environmental and coastal-zone managers
• Marine spatial and land-use planners
• Engineers working on coastal protection and offshore projects

About EuroQuest International Training

EuroQuest International Training, established in 2015, has delivered over 1,000 courses to a community of more than 15,000 participants. Headquartered in Bratislava, Slovakia, it maintains training hubs in Dubai, London, Barcelona, Istanbul, Vienna, Paris, and Geneva, and specializes in practitioner-led courses across the geosciences and environmental fields.

Frequently asked questions

Does the course run live software or field laboratoryoratory sessions?

No. It is discussion and case-study based, and coastal datasets are explored through interpreted maps and worked examples reviewed together rather than through any live software or laboratory session. That format means participants from different technical backgrounds can take part fully without specialist tools.

Is this a geology course or a management course?

It is deliberately both. The early units build the geological understanding of how coasts behave, and the later units use that understanding to inform resource and hazard management, so participants leave able to connect process to decision instead of treating them as separate subjects.

Do I need an oceanography background to attend?

No specialist oceanography is assumed. The course introduces wave, tide and current processes as it needs them, so environmental, planning and engineering professionals can follow the material and relate it to their own coastal work.

Related courses

• Geological Exploration and Resource Assessment
• Advancements in Geological Mapping and Surveying
• Water Management and Sustainability in the Energy Industry
• Environmental Geosciences and Policy Development

Register for this course

If your work depends on reading and managing a changing coastline, register for this course or contact the EuroQuest team to reserve your place and discuss the schedule that fits you.