Best Places in Europe for Marine Biology Students: 7 Destinations That Offer Real Field Experience

Most guides about marine biology in Europe focus on universities — Plymouth, Exeter, Bergen, Ghent. That’s useful if you’re choosing a degree. But if you already have a degree, or you’re in the middle of one, the more pressing question is different: where in Europe can you actually get into the field?

This guide answers that question. It covers seven destinations that offer genuine fieldwork opportunities for marine biology students — the kind that go on your CV, build your skills, and set your application apart. Each entry explains what the location offers scientifically, what kind of experience is available, and what you can expect to encounter in the water.

Every marine environment is different. The species you encounter, the methodologies you learn, the conditions you work in — all of these are shaped by where you are as much as by what programme you’re following.

A student who has conducted cetacean line-transect surveys in the open Atlantic comes back with different skills and a different CV profile than one who has done intertidal quadrat work on a Scottish coast. Neither is better — but they are different. And competitive internship and graduate programmes notice that difference.

The best places for marine biology fieldwork in Europe share four characteristics:

1. Accessible megafauna or exceptional biodiversity — something scientifically interesting happens in the water with reasonable regularity
2. Research infrastructure — local organisations, research stations, or monitoring programmes that create placement opportunities
3. Conditions that develop field skills — open water, variable weather, real equipment, real data collection
4. A track record of hosting students — somewhere that already understands what students need from the experience

The seven destinations below meet all four criteria.

For marine biology students, the Azores is one of the most scientifically productive and logistically accessible field locations in Europe — and one of the most frequently underestimated.

Why the Azores are exceptional:

The archipelago sits at the intersection of three tectonic plates in the mid-Atlantic, creating an upwelling of nutrient-rich deep water that supports extraordinary marine megafauna diversity. The waters around the nine islands host 28 cetacean species — more than almost any other location in the Eastern Atlantic. Sperm whales, which are rare at most European sites, are resident here year-round. Blue whales, fin whales, sei whales, and multiple dolphin species pass through seasonally.

For students focused on cetacean ecology, behavioural research, or acoustic monitoring, the Azores offers an encounter rate that simply does not exist at most mainland European fieldwork sites.

What the Azores offers scientifically:

• Year-round sperm whale presence — among the highest encounter rates in the North Atlantic
• Long-finned pilot whale and common dolphin populations regularly studied
• Exceptional dark skies, mid-Atlantic atmospheric clarity, and clean water create outstanding conditions for acoustic research
• Marine invertebrate and fish diversity of global significance along submarine volcanic ridges
• Ongoing research by the University of the Azores (OKEANOS Institute) on deep-sea and pelagic ecosystems

Field experience available for students:

• Cetacean survey methodology (line transect, photo-ID, acoustic monitoring)
• Benthic surveys along volcanic reef structures
• Data collection aboard research vessels in open Atlantic conditions
• The University of Exeter runs a formal field course here — one of the only UK universities to do so, sending students to Faial and Flores islands specifically for cetacean and oceanographic fieldwork

At Atlantic Onboard Internships, our Azores programme places students directly in the field alongside working researchers — collecting real data, developing real survey skills, in one of the most biologically productive stretches of the Atlantic.

Best months: April to October for cetacean diversity. Year-round for sperm whales.

→ View our Azores Marine Biology Internship Programmes

Madeira is Azores-adjacent in geography but distinct in character — and offers a field environment that suits a different research focus.

Why Madeira is scientifically distinct:

The island rises steeply from very deep water, creating an abrupt marine environment where pelagic and coastal species occur in close proximity. The submarine topography around Madeira includes deep-sea canyons that channel open ocean productivity close to shore — making accessible, research-quality cetacean and pelagic fish encounters possible from a relatively compact operating area.

The Desertas Islands, an uninhabited protected reserve 30 kilometres southeast of Madeira, host a critically important monk seal population — one of the most endangered marine mammals in the world. The Selvagens Islands, further south, are a strict nature reserve supporting one of the most significant seabird colonies in the Atlantic.

What Madeira offers scientifically:

• Atlantic cetaceans including short-finned pilot whales, bottlenose dolphins, and seasonal blue and fin whale sightings
• Mediterranean monk seal (Monachus monachus) presence in the Desertas — one of only two stable Atlantic populations
• Offshore pelagic fish diversity including tuna, swordfish, and rare deep-sea species
• Marine turtle interactions — loggerhead turtles use Madeiran waters as feeding grounds
• Active research through the Whale Watch Madeira foundation and IFCN (Institute of Forest and Nature Conservation)

Field experience available for students:

• Offshore survey work in open Atlantic conditions, including vessel-based cetacean monitoring
• Seabird and marine megafauna observation methodologies
• Data recording in variable sea conditions — building practical field resilience

Madeira is an excellent choice for students interested in pelagic ecology, marine conservation, or the interface between deep-ocean and coastal environments.

Best months: May to October for cetacean diversity; year-round for resident dolphin species.

→ View our Madeira Marine Biology Internship Programmes

The Canary Islands occupy a unique position in European marine biology: they are geographically in the Atlantic but ecologically subtropical, creating a biodiversity profile that sits between temperate European waters and the tropics.

Why the Canary Islands matter scientifically:

The islands lie in the path of the Canary Current, a cold upwelling system flowing south along the West African coast. This current creates exceptional marine productivity and attracts a remarkable range of species — from temperate Atlantic cetaceans to subtropical reef fish and occasional tropical visitors.

Tenerife, in particular, has become one of Europe’s most studied cetacean sites. A resident population of short-finned pilot whales (Globicephala macrorhynchus) lives in the waters off the southwest coast year-round — one of the few places in Europe where this species is reliably present for long-term behavioural and acoustic research. Bottlenose dolphins are also resident, and the island regularly records sperm whales and beaked whales in deeper offshore water.

What the Canary Islands offer scientifically:

• Resident short-finned pilot whale and bottlenose dolphin populations — ideal for longitudinal behavioural research
• Sperm whale and beaked whale (particularly Ziphius cavirostris) encounters in offshore canyons
• Subtropical reef ecosystems with a mix of Atlantic and Mediterranean-influenced species
• Loggerhead sea turtle feeding grounds
• Active cetacean research programmes (CRITTERCAM studies, acoustic tagging) conducted by organisations including SECAC and OrcaSur

Field experience available for students:

• GVI runs a structured marine biology internship programme in Tenerife focusing on cetacean conservation research
• Photo-ID surveys, behavioural observation, and acoustic monitoring of resident populations
• Reef survey and fish biodiversity monitoring
• Year-round access — unlike many northern European sites, fieldwork is possible in all months

The Canaries are an excellent choice for students who want subtropical conditions, diverse megafauna, and a well-established research framework.

Best months: Year-round — this is the key practical advantage over northern Atlantic sites.

→ View our Canary Islands Marine Biology Programmes

Galicia is the marine biology destination in Europe that consistently surprises people who haven’t been there. The rugged northwest corner of Spain, where the Atlantic meets the Iberian Peninsula, hosts one of the most productive and biologically diverse coastal marine environments in Europe.

Why Galicia is scientifically extraordinary:

The Rías Baixas — the deep, fjord-like inlets of Galicia’s southern coast — are among the most ecologically rich coastal environments in Europe. Nutrient upwelling from the Atlantic creates exceptional primary productivity, which supports an entire food web from invertebrates through seabirds to large cetaceans.

The Bottlenose Dolphin Research Institute (BDRI), based in O Grove on the Ría de Arousa, has recorded 22 cetacean species in Galician waters over its operational history. This list includes not just common and bottlenose dolphins but sperm whales, blue whales, fin whales, humpback whales, killer whales, and multiple beaked whale species. No other coastal site in mainland Europe comes close to this species richness.

What Galicia offers scientifically:

• 22 recorded cetacean species — an exceptional tally for a mainland European coastal site
• Resident bottlenose dolphin population in the Rías Baixas, allowing longitudinal behavioural studies
• Coastal upwelling ecology — understanding the link between physical oceanography and marine biodiversity
• Marine bird diversity including large seabird colonies on offshore islands (Cíes, Ons, Sálvora — all protected within the Atlantic Islands of Galicia National Park)
• Eurasian otter (Lutra lutra) coastal ecology studies — a species found at the marine-freshwater interface

Field experience available for students:

• BDRI offers research internships combining boat-based surveys, land-based observation, and laboratory work (photo-ID, GIS, bioacoustics, diet analysis)
• National Park ranger-supervised surveys on the island reserves
• Shellfish aquaculture ecology — the Rías Baixas produce a significant proportion of Europe’s mussels and bivalves, creating unique research opportunities around aquaculture-ecosystem interactions

Galicia suits students interested in coastal cetacean ecology, upwelling systems, or the intersection of conservation and working coastal communities.

Best months: May to October for cetacean diversity. Year-round for resident dolphin work.

Norway occupies a different tier in European marine biology than the Atlantic archipelagos. It is primarily a research and academic destination — where the infrastructure, the institutional quality, and the depth of scientific tradition are exceptional.

Why Norway matters in marine biology:

Norway has more coastline than any other country in Western Europe. Its fjords are among the best-studied marine environments on the planet — providing long-term datasets on climate change impacts, species distributions, and deep-sea ecosystem dynamics that are unmatched elsewhere in temperate Europe.

The University of Bergen, situated on the Norwegian west coast, is considered one of the leading marine science universities in the world. Its location gives researchers relatively easy access to a broad range of different marine environments, and its research covers physical oceanography, climate science, deep-sea biology, and aquaculture at an international level.

NTNU (Norwegian University of Science and Technology) in Trondheim operates the Trondhjem Biological Station directly on the fjord, with its own research vessel and marine laboratory facilities. Research has extended from the Trondheim Fjord to Arctic areas, where climate change impacts on marine ecosystems are among the most pressing scientific questions in the field.

What Norway offers scientifically:

• Norwegian fjords as natural laboratories for climate impact research — deep, enclosed water bodies that make long-term sampling feasible in a way open ocean sites cannot match
• Arctic and sub-Arctic marine ecology at UiT (University of Tromsø) — one of the world’s northernmost universities
• Humpback and orca feeding aggregations following herring migrations in northern fjords — a spectacular and scientifically significant phenomenon, particularly in winter months
• Kelp forest ecology — Norway’s extensive kelp (Laminaria hyperborea) forests are among Europe’s most important and most studied
• World-leading aquaculture science and policy environment

Field experience available for students:

• Exchange and Erasmus placements at Bergen, NTNU, and UiT are well-established pathways for European students
• Research station internships through the University of Bergen’s Between the Fjords programme
• Runde Research — a private marine research institute in Sunnmøre offering positions in coastal ecology, marine mapping, and environmental assessment

Norway is the right choice for students interested in cold-water ecology, climate science, physical oceanography, or kelp and benthic systems.

Best months: June to August for most fieldwork; November to January for orca and humpback whale feeding aggregations in northern fjords.

Martinique occupies a unique position in this guide: it is a French overseas territory and therefore part of the EU — meaning that European research frameworks, Erasmus eligibility, and French research institutions apply — but its marine environment is fully tropical Caribbean.

Why Martinique is scientifically distinctive:

The island sits in the Eastern Caribbean, where the Atlantic Ocean meets the Caribbean Sea. Its marine environment includes some of the most diverse coral reef ecosystems accessible to European students operating within European institutional frameworks.

The Natural Marine Park of Martinique, established in 2011, covers 158,000 hectares and includes coral reefs, seagrass beds, and mangroves, and is home to over 160 species of fish including the endangered Nassau grouper and several sea turtle species. The park represents one of the most comprehensive protected marine areas in the French Caribbean.

Research published in scientific journals has documented a minimum of 191 sponge species at 13 coastal sites, with approximately one third considered new to science — illustrating the genuinely frontier-level biodiversity present in relatively shallow and accessible water.

The CNRS (France’s national research centre) maintains active research programmes in Martinique specifically because, as their researchers describe it, these islands are like ‘sentinels’ as well as unique study sites for ocean science focused on coral protection, coastal zone management, and climate risk.

What Martinique offers scientifically:

• Coral reef ecology in a location that is an active area of research for reef resilience under climate pressure
• Mangrove and seagrass ecosystem dynamics — habitats rarely accessible to European students within European research frameworks
• Shark, turtle, and tropical fish biodiversity
• Access to French research infrastructure (CNRS, IFRECOR) for students embedded in French-language academic systems
• Erasmus+ eligible for EU students — this is a legal and administratively clean option for placements

Martinique is the right destination for students wanting tropical reef ecology, Caribbean biodiversity, and the combination of European institutional access with genuinely tropical field conditions.

Best months: December to May — dry season, best visibility, calmest seas.

→ View our Martinique Marine Biology Programmes

For UK-based students, or those who want cold-water temperate fieldwork without crossing into the Atlantic archipelagos, the Scottish Highlands and Islands offer world-class marine biodiversity within a well-structured research framework.

Why Scotland matters scientifically:

The waters off northwest Scotland — particularly the Minch, the Sea of the Hebrides, and the waters around Skye, Mull, and the Outer Hebrides — are among the most biologically productive temperate seas in Europe. The combination of Atlantic inflow, tidal mixing, and complex seafloor topography creates the conditions for extraordinary marine mammal concentrations.

The Hebridean Whale and Dolphin Trust has been conducting systematic cetacean surveys in these waters for decades — and regularly records minke whales, harbour porpoises, bottlenose dolphins, white-sided dolphins, and occasional humpback whales and basking sharks. The Inner Hebrides and Treshnish Isles are UK strongholds for grey seals and Atlantic puffins.

What Scotland offers scientifically:

• Basking shark (Cetorhinus maximus) — Scotland hosts the largest known aggregation in the Northeast Atlantic, concentrated off Coll and Tiree in summer
• Minke whale and bottlenose dolphin research by HWDT and WDC (Whale and Dolphin Conservation)
• Intertidal ecology — the rocky shores of the Hebrides are among the best-studied in Europe and provide excellent teaching sites
• Sea eagle and seabird colony ecology — for students interested in marine-terrestrial boundary research
• Access to the Scottish Association for Marine Science (SAMS) in Oban, one of Europe’s leading independent marine science institutions

Best months: May to September for megafauna; intertidal work is year-round.

Different destinations suit different career stages and research interests. Here’s a simplified framework:

Destination	Best for	Season	CV Strength
Azores	Cetacean ecology, open ocean, acoustic research	Apr–Oct	Very High
Madeira	Pelagic ecology, megafauna, conservation	May–Oct	High
Canary Islands	Year-round access, resident cetacean populations, reef surveys	Year-round	High
Galicia	Coastal cetacean diversity, upwelling ecology	May–Oct	High
Norway	Cold-water ecology, climate science, kelp, Arctic	Jun–Aug (summer) / Nov–Jan (orca)	Very High
Martinique	Tropical reef ecology, EU access, French research framework	Dec–May	High
Scotland	Temperate fieldwork, basking sharks, intertidal	May–Sep	Good

If you’re in your first or second year: The Canary Islands or Scotland offer structured, accessible entry points with lower logistical complexity.

If you’re preparing a competitive CV for masters or PhD applications: The Azores, Galicia, or Norway will produce the most distinctive research experience profile.

If you want tropical fieldwork within a European framework: Martinique is the only destination on this list that offers both.

If cetacean research is your focus: The Azores, Galicia, and Canary Islands are the three strongest options in Europe for pure encounter rate and research infrastructure.

It is worth being specific about what changes when you have genuine Atlantic fieldwork on your CV — because the difference is real and reviewers notice it.

A student who has conducted open ocean cetacean surveys in the Azores or Galicia has: worked in genuine field conditions (variable sea state, genuine observation distances, real data stakes), learned to use survey methodology in the context it was designed for, and demonstrated the initiative to seek out a programme that goes beyond what most students do.

That combination — demonstrated fieldwork competence, initiative, and geographic specificity — is exactly what separates good marine biology applications from outstanding ones.

At Atlantic Onboard Internships, our programmes in the Azores and Madeira are built around exactly this principle: putting students on the water, in real research environments, contributing to real datasets, under the supervision of working marine biologists.

Where is the best place in Europe to study marine biology?

For academic programmes, the UK (Plymouth, Exeter, Southampton, St Andrews), Norway (Bergen, NTNU), and the Netherlands (Groningen, Wageningen) consistently rank among the strongest. For fieldwork specifically, the Azores, Galicia, and the Canary Islands offer the highest marine megafauna diversity and most developed student research infrastructure in accessible locations.

Can you see cetaceans in European waters?

Yes — and in greater diversity than most students expect. The Azores records 28 cetacean species, Galicia has documented 22, the Canary Islands host year-round resident populations, and Madeira provides regular sightings across multiple species. For reliable cetacean encounters, the Atlantic archipelagos and the Galician coast are the strongest options in Europe.

Is the Azores or the Canary Islands better for marine biology students?

Both are excellent, and the right choice depends on focus. The Azores offers greater cetacean diversity and open-ocean fieldwork conditions, with sperm whales resident year-round — but has a shorter optimal season. The Canary Islands offer year-round access, resident short-finned pilot whale populations for longitudinal research, and a more structured internship ecosystem for first-time field students.

What marine biology opportunities are available in Norway for students?

Norwegian universities (Bergen, NTNU, UiT) offer Erasmus exchange placements with world-class facilities. Research station internships are available through programmes like Between the Fjords. Norway is strongest for cold-water ecology, kelp forest research, climate science, and Arctic marine systems. In winter, the orca and humpback whale aggregations following herring in northern fjords are among the most spectacular cetacean events in the world.

Is Martinique considered part of Europe for Erasmus purposes?

Yes. As a French overseas territory, Martinique is part of the EU and Erasmus+ applies. Students enrolled in European higher education institutions can use Erasmus+ traineeship funding for placements in Martinique, making it a legally clean route to genuine tropical fieldwork within a European institutional framework.

How do I get field experience in marine biology before applying for internships?

Citizen science is the fastest accessible route: Marine Conservation Society Seasearch surveys, ORCA ferry surveys, and Sea Watch Foundation observation programmes all produce real field data. University field courses count — describe them specifically on your CV. And structured internship programmes like those at Atlantic Onboard Internships are specifically designed to give students without extensive prior fieldwork the supervised field experience needed to access more competitive opportunities.

What is the best time of year to do a marine biology internship in Europe?

May to October covers the optimal season for most Atlantic fieldwork destinations — cetacean diversity, weather windows, and sea conditions all peak in this period. The Canary Islands are accessible year-round. Martinique’s dry season (December to May) offers the best underwater visibility for reef work. Norwegian orca and humpback aggregations peak in November to January.

The destinations above represent the best opportunities available in Europe for marine biology students who want to go beyond lectures and build a fieldwork record that stands out.

At Atlantic Onboard Internships, we specialise in exactly the kind of supervised Atlantic field experience — in the Azores and Madeira — that this guide describes. Our programmes are designed for students who are serious about marine biology in Europe and want the kind of CV entry that changes what they can apply for next.

View all our marine biology internship programmes