Museum of Ege University Faculty of Fisheries (ESFM) in İzmir, Turkey

ESFM in İzmir is not a typical museum where visitors move from glass case to glass case with a printed ticket in hand. It is a scientific biological repository inside Ege University’s Faculty of Fisheries in Bornova, built around preserved aquatic specimens collected from Türkiye’s seas, inland waters and research projects. In simple terms, it works like a library of aquatic life—but the “books” are fish, molluscs, crustaceans, worms, plankton samples and other carefully catalogued material.

That detail changes how the museum should be understood. A casual visitor may expect a public aquarium-style display, yet ESFM’s real value sits in its catalog numbers, specimen jars, labels and research records. The collection helps scientists compare species, verify records, study biodiversity and teach students with real material rather than flat textbook diagrams.

What ESFM Actually Preserves

ESFM keeps aquatic organisms collected from different parts of Türkiye and Northern Cyprus, with a strong focus on Turkish marine and inland water biodiversity. Its collection includes roughly 4,100 species, among them inland fishes, marine fishes, phytoplankton, sponges, annelids, molluscs, arthropods and other invertebrates.

The inland fish section alone contains about 46,000 individuals collected from 26 river basins. That number matters because it gives researchers a physical record of species distribution across the country. A fish record is not just a name on a list; it is a preserved specimen with a place, date, habitat and collector attached to it.

Why The Bornova Collection Matters to Researchers

Natural history museums often become more valuable with age, and ESFM is a good example. The collection includes material gathered from the 1930s onward, while some marine fish specimens used in recent repository work trace long research activity from 1965 to 2023. That gives the museum a long memory. Species records from different decades can help researchers see what was present, where it was found and how scientific sampling developed over time.

A 2024 study on the ESFM marine fish repository reported 360 marine fish species from 131 families in the preserved material. The study also connected the collection to about 66% of Turkish marine fish fauna. For a university-based repository, that is a strong technical footprint.

ESFM also holds type specimens: holotypes, paratypes and neotypes. These are not ordinary display objects. In taxonomy, a type specimen acts like the fixed reference point for a species name. When scientists ask, “What exactly does this species name refer to?”, type material helps keep the answer steady.

The Catalog System Behind The Jars

Each specimen added to ESFM receives a catalog number. The stable part of the code is ESFM; the variable part may include the systematic group abbreviation, sampling date and entry number. It sounds dry at first, maybe even a bit lab-ish, but this is where the museum becomes useful. Without a clean catalog system, a jar is only a jar. With one, it becomes scientific evidence.

Labels may include the species name, sampling date, research site, station number, habitat, depth, collector, identifier and project code. When available, coordinates are added too. This helps researchers check exactly where a specimen came from and how it entered the collection.

Preservation Methods and Technical Notes

ESFM’s own principles mention preservation with buffered formalin or 70% alcohol, while hard-bodied material such as corals, bivalves and echinoderms may be stored dry when needed. Marine fish repository work also describes specimens preserved in glass jars with formalin solution and standardized ESFM labels.

This may sound like a back-room detail, but it affects everything. Poor preservation can blur color, damage soft tissue or weaken later identification. Good preparation keeps the specimen readable—almost like keeping a page from smudging before the next reader opens the book.

Marine Fish, Inland Fish and Hidden Biodiversity

Many visitors think of fish first when they hear “Faculty of Fisheries,” and ESFM does have an important fish collection. Yet the museum is broader than that. It also stores molluscs, crustaceans, annelids, sponges and plankton-related material. In İzmir terms, this is not only about what you might imagine from the Körfez; it is also about river basins, coastal habitats and the quiet work of field surveys.

The inland fish material is especially useful because river basins can act like natural archives. A species collected in one basin may help researchers compare distribution, habitat preference and local biological variation. Some visitors may not notice this at first, but for scientists, the place label can be as important as the specimen itself.

Cephalopods in The ESFM Record

One published inventory examined ESFM’s cephalopod material from studies carried out between 1988 and 2015. The specimens came from the Marmara Sea, Aegean Sea, Mediterranean and Northern Cyprus waters. The inventory listed 46 cephalopod species, with material from cuttlefish, bobtail squids, squids and octopuses stored in jars.

That gives the museum another layer beyond fish. Cephalopods are useful research subjects because they connect taxonomy, fisheries biology and marine ecology. They are also a reminder that aquatic biodiversity is not only about the animals people easily recognize.

Before Planning a Visit

ESFM should be approached as a research-centered university museum. The official information describes the material as currently used mainly for scientific studies, with a visitor exhibition hall planned for the future. So the practical advice is simple: do not treat ESFM like a normal walk-in museum unless access has been confirmed first.

For researchers, students or educators, the museum’s contact details are more important than opening hours. Use the faculty email or phone number and explain the purpose of the visit clearly. A short message asking about research access, educational visits or specimen consultation will make more sense than asking about a standard tourist ticket.

What Makes ESFM Different From a Standard Museum

ESFM’s strongest feature is not a dramatic exhibition route. It is the depth of scientific material. The museum preserves specimens that can be compared, checked, loaned, studied and linked to published work. It is a working collection, not only a viewing space.

Another difference is the presence of research forms and loan procedures. ESFM has material donation, submission and loan-request processes. That detail tells you a lot about its purpose. The museum is part of an academic network where specimens may support articles, theses, identification work and teaching.

There is also a wider museum lesson here: some museums speak loudly through galleries, while others speak quietly through shelves, tags and careful storage. ESFM belongs more to the second group. It may not be the easiest museum for a casual day out, but for aquatic biodiversity, it has real weight.

Who Is This Museum Suitable For?

• University students studying fisheries, biology, ecology, taxonomy or marine science.
• Researchers who need comparison material, catalog records or preserved aquatic specimens.
• Educators preparing lessons about biodiversity, inland waters or marine life.
• Science-focused visitors who understand that ESFM is not a regular public exhibition space.
• Readers interested in İzmir’s university museums, especially those who want to see how academic collections support real research.

It is less suitable for visitors looking for a quick family museum stop, interactive screens or a classic gallery route. That does not reduce its value. It simply means ESFM asks for a different kind of attention—slower, more scientific, and a little more patient.

Nearby Museums to Pair With an İzmir Museum Route

If ESFM access is not available for a casual visit, Bornova and central İzmir still offer several museum stops that fit naturally around the same theme of university collections, natural history and cultural learning.

Ege University Natural History Museum

Ege University Natural History Museum is also on the Ege University campus in Bornova. It opened to the public in its present building in 1973 and includes galleries on rocks, minerals, palaeontology, birds, zoology and comparative osteology. For anyone interested in ESFM, this is the closest thematic match because both belong to the scientific museum tradition.

Ege University Paper and Book Arts Museum

Ege University Paper and Book Arts Museum is in Bornova at Genç Caddesi No: 4. It opened on 12 December 2012 in the 19th-century Ballian Residence. Its collection follows the long story of paper, printing, artist books, exlibris, book formats and children’s books. It is a different subject from ESFM, yet it shares the same university-museum character.

Museum İCAF – Archaeology and Ethnography

Museum İCAF – Archaeology and Ethnography is inside İzmir Culture and Arts Factory in Konak, near Alsancak. The museum uses a restored two-story building of 7,240 square meters and displays archaeological material on the ground and first floors, with ethnographic material on the second floor. It works well as a central İzmir stop after a Bornova-based museum plan.

İzmir Painting and Sculpture Museum

İzmir Painting and Sculpture Museum is also located at İzmir Culture and Arts Factory. It presents painting, sculpture and ceramics in the restored Alsancak Tekel Factory area. For visitors moving from scientific collections to art museums, this creates a neat Bornova-to-Alsancak route without forcing unrelated stops into the day.