Within Coelacanth
Why the Second Coelacanth Mattered
The second recognised coelacanth showed that the 1938 fish was not a freak accident, hoax, or identification mistake.
On this page
- Why one specimen was not enough
- How the Comoros find confirmed a living population
- What repeated evidence means for cryptid claims
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Introduction
The discovery of a living coelacanth in South Africa in 1938 was astonishing, but scientifically it left an important question unanswered: had researchers found a surviving species, or merely an isolated curiosity? For fourteen years no second specimen appeared. That long gap meant scepticism remained possible. The turning point came in December 1952, when another coelacanth was caught near the Comoros Islands in the western Indian Ocean. This second fish transformed the story from a remarkable one-off discovery into evidence for an existing population. In the history of cryptozoology, the 1952 specimen is a crucial lesson because it shows how extraordinary claims become accepted: not through excitement alone, but through repeatable confirmation and accumulating evidence.[Natural History Museum]nhm.ac.ukNatural History MuseumCoelacanths: The fish that 'outdid' the Loch Ness MonsterSmith began to search for a second specimen but had to wai…
Why One Specimen Was Not Enough
The 1938 coelacanth forced scientists to reconsider what they thought they knew about the group’s extinction, but a single specimen could not answer broader biological questions. Researchers did not know where the fish lived, whether a breeding population existed, or whether the specimen had somehow wandered far from an unknown refuge. Extraordinary discoveries are often strongest when they can be repeated, and the coelacanth case was no exception.[Smithsonian Ocean]ocean.si.eduSmithsonian OceanCoelacanth | Smithsonian OceanIn the Indian Ocean, only one capture (the original one in 1938) is from South Africa and…
After identifying the 1938 fish, South African ichthyologist J. L. B. Smith launched an extensive effort to locate another specimen. Reward notices were distributed across fishing communities in the western Indian Ocean. For years, however, no confirmed second example reached scientific hands. The absence of further evidence did not disprove the first discovery, but it prevented scientists from confidently describing a living population.[Natural History Museum]nhm.ac.ukNatural History MuseumCoelacanths: The fish that 'outdid' the Loch Ness MonsterSmith began to search for a second specimen but had to wai…
This period illustrates a recurring problem in cryptozoological investigations. A single body, photograph, trackway or witness report may be intriguing, yet science generally requires independent confirmation before treating a claim as securely established.
How the Comoros Find Confirmed a Living Population
The breakthrough came in December 1952 when a fisherman in the Comoros caught an unusual fish that local people recognised. Unlike western scientists, some island residents were already familiar with the animal, known locally as the gombessa. Reports from the islands suggested that such fish appeared occasionally in catches, indicating that the species was not an isolated survivor but part of a continuing local fauna.[Natural History Museum]nhm.ac.ukNatural History MuseumCoelacanths: The fish that 'outdid' the Loch Ness MonsterSmith began to search for a second specimen but had to wai…
The specimen came to wider scientific attention through trader Eric Hunt, who had distributed Smith’s reward notices throughout the islands. When news of the catch reached him, he sent a message to Smith. Recognising the importance of the find, Smith travelled to the Comoros to examine the specimen personally.[Dinofish+2Wikipedia]dinofish.comitions in Search of the CoelacanthIn 1952, Eric Hunt plastered the Comoro Islands, one of his regular trading stops, with JLB Smith'…
The second fish accomplished several things at once:
-
It demonstrated that the 1938 specimen was not a hoax or misidentification.<div class="content-enhancement content-enhancement--insight-grid" markdown="1">
- It showed that coelacanths existed far from the South African capture site.
- It pointed researchers toward the Comoros as the centre of a surviving population.
- It suggested that local ecological knowledge contained information unknown to international science.[Natural History Museum+2Smithsonian Ocean]nhm.ac.ukNatural History MuseumCoelacanths: The fish that 'outdid' the Loch Ness MonsterSmith began to search for a second specimen but had to wai…</div>
An interesting complication briefly arose because the specimen appeared damaged and lacked features expected from the first known coelacanth. Smith initially considered whether it might represent a different species. Later study showed that the apparent differences resulted from injury and preservation issues rather than a fundamentally distinct animal. The fish was ultimately recognised as another example of Latimeria chalumnae.[Knysna Museums]knysnamuseums.co.zaKnysna Museums The coelacanth story, Marjorie Courtenay-Latimer, JLB Smith1952. The second specimen seemed different to the first - it didn't have two dorsal fins, as did Latimeria - so Prof. Smith named it Mala…
From Second Fish to Established Population
What Repeated Evidence Means for Cryptid Claims
The second coelacanth offers one of the clearest examples of how an extraordinary zoological claim becomes accepted. The process did not depend on belief, popularity or the emotional appeal of the story. Instead, acceptance followed a sequence of increasingly strong evidence:
<div class="content-enhancement content-enhancement--step-flow" markdown="1">
- A physical specimen in 1938.
- An independent second specimen in 1952.
- Additional captures from the same region.
- Direct observation of living animals.
- Long-term biological and population studies. Scuba Diver Life+2ResearchGate</div>
For cryptozoology, this is the real lesson of the coelacanth. The case does show that animals thought extinct or unknown can sometimes be discovered. However, it also demonstrates that scientific acceptance comes from repeated, verifiable evidence. The 1952 Comoros specimen mattered because it crossed the crucial boundary between an extraordinary single find and a discovery that could be independently confirmed. Without that second fish, the coelacanth story would have remained far more uncertain. With it, the foundation was laid for one of the most celebrated zoological rediscoveries in modern science. Natural History Museum+2americanscientist.org
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Endnotes
1.
Source: researchgate.net
Title: 225423214 The population biology of the living coelacanth studied over 21 years
Link:https://www.researchgate.net/publication/225423214_The_population_biology_of_the_living_coelacanth_studied_over_21_years
2.
Source: dinofish.com
Link:https://www.dinofish.com/exped.htm
3.
Source: Wikipedia
Title: J. L. B. Smith
Link:https://en.wikipedia.org/wiki/J._L._B._Smith
4.
Source: Wikipedia
Link:https://en.wikipedia.org/wiki/Coelacanth
5.
Source: americanscientist.org
Title: the coelacanth act three
Link:https://www.americanscientist.org/article/the-coelacanth-act-three
6.
Source: nhm.ac.uk
Link:https://www.nhm.ac.uk/discover/coelacanths-the-fish-that-outdid-the-loch-ness-monster.html
7.
Source: ocean.si.edu
Link:https://ocean.si.edu/ocean-life/fish/coelacanth
9.
Source: saafmuseum.org.za
Title: the fish
Link:https://saafmuseum.org.za/6832/the-fish/
10.
Source: knysnamuseums.co.za
Title: Knysna Museums The coelacanth story, Marjorie Courtenay-Latimer, JLB Smith
Link:https://www.knysnamuseums.co.za/pages/the-coelacanth/
11.
Source: fujitv.co.jp
Title: the second
Link:https://www.fujitv.co.jp/the-second/
12.
Source: si.edu
Link:https://www.si.edu/
Additional References
13.
Source: acep.co.za
Link:https://www.acep.co.za/content/view/22/262/
14.
Source: facebook.com
Link:https://www.facebook.com/groups/sketchintravel/posts/488513117053622/
15.
Source: youtube.com
Link:https://www.youtube.com/%40thesecond_cx
16.
Source: smithsonianmag.com
Title: energy development could threaten south africas dino fish 180970073
Link:https://www.smithsonianmag.com/smart-news/energy-development-could-threaten-south-africas-dino-fish-180970073/
17.
Source: sciencenews.org
Title: find extinct fish alive south african waters
Link:https://www.sciencenews.org/article/find-extinct-fish-alive-south-african-waters
18.
Source: facebook.com
Link:https://www.facebook.com/groups/23901103919502378/posts/24672433215702774/
19.
Source: nektonmission.org
Link:https://nektonmission.org/news/the-fish-that-came-back-from-the-dead-ceolacanths-in-the-comoros/
20.
Source: sci.news
Title: indonesian coelacanth images 14147
Link:https://www.sci.news/biology/indonesian-coelacanth-images-14147.html
21.
Source: a-z-animals.com
Title: the fish that made scientists weep
Link:https://a-z-animals.com/articles/the-fish-that-made-scientists-weep/
22.
Source: amnh.org
Title: coelacanth discovery preservation
Link:https://www.amnh.org/explore/videos/shelf-life/coelacanth-discovery-preservation
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