In 1938, 32-year-old Marjorie Courtnay-Latimer was the curator of a tiny museum in the port town of East London, 300 (chk) miles north of Cape Town, on South Africa's east coast. She had befriended a local seaman, Captain Hendrick Goosen, of the trawler Nerine, which fished the nearby coastal waters of the Indian Ocean. When he put into port at East London, the captain made a frequent practice of having the dockman call Miss Latimer to come look over the Nerine's catch. She was welcome to take any unusual specimens she might want for her museum.
On
December 22nd 1938, the Nerine entered port after a stint trawling
off the mouth of the Chalumna River, not far from East London.
The dockman called Marjorie, who was busy mounting a reptile collection,
but felt she ought to at least go down to the docks to wish the
crew of the Nerine a happy Christmas. She took a taxi, delivered
her greetings and was about to leave when she noticed a blue fin
protruding beneath a pile of rays and sharks on the deck. Pushing
the overlaying fish aside revealed, as she would later write,
"the most beautiful fish I had ever seen, five feet long,
and a pale mauve blue with iridescent silver markings." Marjorie
had no idea what the fish was, but knew it must go back to the
museum at once. At first the taxi driver refused to have the reeking,
five foot fish in his cab, but after a heated discussion, he drove
Marjorie and her specimen back to the museum.
Raking
through the few reference books on hand, Marjorie found a picture
that led her to a seemingly impossible conclusion. Her specimen
bore similarities to a prehistoric fish, particularly in the structure
of the head and the tri-lobed shape of the tail. She made a rather
poor sketch of the creature, which she mailed, along with a description,
to Professor J.L.B. Smith, a forty one year old persnickety chemistry
teacher with a locally well known passion for fish, at Rhodes
University, Grahamstown some 50 miles south of East London. Smith,
however, was off for Christmas holidays, correcting exams at his
seaside getaway. Meanwhile, Courtnay's museum director in East
London was not impressed with the find. He dismissed the fish
as a common rock cod, a species of grouper.

But
on January 3, 1939, Miss Latimer heard back from Smith in a now
famous cable: "MOST IMPORTANT PRESERVE SKELETON AND GILLS
= FISH DESCRIBED". However, in an attempt to preserve the
fish by mounting it, the innards had been discarded. A search
for them in the museum and town trash bins proved fruitless. Even
photographs taken of the preparation had somehow been spoiled.
Smith,
anxiously biding his time, wondering how he could incorporate
the possibility of such a discovery into an already overloaded
dual career, did not arrive at the East London museum until February
16. The professor, a thin man of about 5'7", sporting, as
was his custom, a close-cropped crew cut, khaki bush shorts and
sandals, viewed the mounted specimen, exclaiming, according to
one account, "I always knew somewhere or somehow, a primitive
fish of this nature would appear." Smith identified the fish
immediately as a coelacanth, that is as a member of what must
be a still living coelacanth species. The fish would soon be called
the "most important biological find of the century."
A living dinosaur, it was said, would be no more amazing than
this incredible discovery.

After
a local newspaper reporter was allowed to take a single photograph
of the mounted coelacanth, the picture soon appeared around the
world. Smith, Courtnay-Latimer, and the coelacanth became overnight
celebrities. When a public viewing for one day only was arranged,
20,000 visitors are said to have shown up.
J.L.B.
Smith took the specimen back to the university at Grahamstown.
But some of his envious colleagues, at home and abroad, were skeptical.
Was it possible that these remains were really those of a coelacanth?
This was hard to prove without the fishes primitive internal organs.
His professional reputation as a naturalist was challenged.
Smith
was soon obsessed with finding a second intact specimen. Speculating
that the fish had drifted down from the north on the Mozambique
Current, he had a reward notice with a picture of the first specimen
posted along the East African coast up as far as Kenya. A decade
went by with no response. Smith continued his project of cataloging
the fishes of the Indian Ocean, always proselytizing about the
coelacanth wherever he went. It was during this period that the
myth of the coelacanth as a deep ocean fish took hold in the popular
and scientific imagination. Oceanographic expeditions from Europe
scoured the ocean depths in search of coelacanths. But Smith was
convinced that the fish's physiognomy and blue color made it a
lower reef predator and not a true deep water fish.
Captain
Eric Hunt, a dapper 38 year old Briton who owned and helmed a
vessel, the "Nduwaro" trading among Zanzibar, Madagascar,
and the Comoros, a group of small islands in the Mozambique Channel
belonging to France, attended one of Smith's lectures in Zanzibar.
An intelligent curious fellow, he quickly became fascinated with
the whereabouts of the coelacanth. Hunt offered to post Smith's
reward notices among the Comoro islands, which are located midway
between what was then Tanganyika and Madagascar. Smith was eager
to oblige Hunt, and with the help of local authorities, the Comoros
were soon plastered with coelacanth reward notices.

On
December 21, 1952, fourteen years after the discovery of the first
living coelacanth, Captain Hunt, returning to the port of Mutsamudu
on the Comoran island of Anjouan, was approached by two Comorans
carrying a hefty bundle. One, Ahamadi Abdallah, had caught by
hand-line what the locals called a "mame" or "Gombessa,"
a heavy grouper-like fish that turned up on their lines from time
to time. The fisherman was accompanied by an astute school teacher,
Affane Mohamed, who had noticed that this was the same fish pictured
on the reward notices Hunt had posted. Hunt was ecstatic and arranged
for Smith's award of one hundred British Pounds to be paid them.
As there was no better preservative available at Mutsamudu, Hunt
and his crew salted the fish, then sailed with it along the coast
to Dzaoudzi where he bought Formalin from the Director of Medical
Services. Carefully, already aware of the scientific importance
of the internal organs, Hunt injected the specimen with Formalin
preservative. From Dzaoudzi Hunt cabled Smith in South Africa,
then sailed the "Nduwaro" with the fish still on board
further along the coast to Pamanzi to await Smith's response.

The
French authorities at Pamanzi were not sure that this creature
was indeed the fabled coelacanth. Nevertheless, concerned that
they might be missing out on something important, cables were
dispatched to French scientific authorities in Madagascar. But
no message came back. Hearing nothing, the Pamanzi authorities
decided to take possession of the fish anyway, if Smith did not
come for it personally. Hunt sent a frantic second cable to Smith
urging Smith to fly to the Comoros immediately.
For
J.L.B. Smith this find, if indeed it were a coelacanth, would
consummate a fourteen year obsession. Worried all the time that
Hunt's specimen might not be what he claimed, Smith negotiated
with Prime Minister Malan of South Africa, for a plane to fly
him to the Comoros. Malan, out of the capital on yet another Christmas
holiday consented. By now Smith was a nervous wreck.
A
Dakota with a flight crew of six was put at his disposal for the
trip. On the flight out to the islands the pilot faked a radio
message that French fighters had scrambled to intercept them.
Smith was not amused. It was a quick trip from the airstrip down
to the harbor at Pamanzi where the "Nduwaro" was moored.
When Smith saw the dead fish he wept. It was indeed a coelacanth.
He now had his second specimen, organs intact, and the familiarity
of the natives with this creature meant that at least one location
of the coelacanth's habitat had been discovered. The Dakota left
the same afternoon, flying Smith and "his" prize back
to Grahamstown. Smith and the coelacanth hit the world's front
pages again. Even Hunt had his fleeting fifteen minutes of fame.

French
officials in Paris and Madagascar were furious that the coelacanth
had escaped their grasp through a bungle of communications. Alternate
versions of the discovery were cooked up by French bureaucrats
in order to give the French more credit. In these accounts Smith
appears to have virtually stolen the fish from the Anjouan authorities.
This line of attack was even supported by a prominent member of
the Royal Society in London who later attacked Smith in the English
press. But Smith knew what was "ethically his", and
defended himself defiantly.
Nonetheless,
J.L.B's attempts to return to the Comoros for more research and
hopefully to capture a live coelacanth for an aquarium were frustrated.
First, a major expedition he was organizing fell through when
the backer wouldn't meet his terms. Then, the French Government,
determined to capitalize on a scientific bonanza, declared the
coelacanth a "poisson nationale," barring J.L.B. and
other non-nationals from further involvement in the Comoros.
Embittered
by the French response, Smith, in several published articles,
turned on their "senseless slaughter" of coelacanths
after some ten more had been caught by natives. In his view, science
had no more need for dead coelacanths. Supposing the coelacanth
population to number in the low hundreds, Smith wrote: "The
only excuse for further hunting of coelacanths at the Comores
is that mankind may be able to see one alive in an aquarium."
(E.P. Herald 14/6/56)
J.L.B.
wrote his account of the two discoveries in the book "Old
Fourlegs," first published in 1956. He continued his fish
studies and many publications until, seriously ailing from cancer,
he took his own life in January, 1968. Smith's "Sea Fishes
of the Indian Ocean," meticulously illustrated and co-authored
by his wife Margaret, remains the standard ichthyological reference
for the region.
Marjorie
Courtnay-Latimer remained as curator of the East London Museum,
never visiting the Comoros until 1989, fifty one years after her
"discovery" of the first living coelacanth. On her brief
stay there, she heard an odd variation of the Comoran part of
the coelacanth story. A Comoran remembered his parents telling
him that Captain Hunt had simply purchased the world famous "Second
Coelacanth" at the fish market.
Four
years after his "rediscovery" of the coelacanth, Captain
Eric Hunt disappeared at sea when his schooner ran aground on
the reefs of the Geyser Bank between the Comoros and Madagascar.
Five of his twenty-six crew and passengers reached Grand Comoro
Island alive, after drifting for 17 days in a row boat. They admitted
having to cut loose a makeshift raft with eighteen others aboard
to keep them from trying to climb into the row boat. Hunt had
tried, unsuccessfully, to tow both the row boat and the raft from
a small outboard dingy, then left with two others in the outboard
to seek help. The eighteen on the raft were never seen again.
Hunt's outboard dingy was sited and recovered by a Dutch frigate.
The overturned dinghy still contained three hundred Pounds in
cash, Hunt's personal papers and those of his African cook and
a French passenger. Near the dinghy were three shredded life-vests.
All aboard were apparent victims of shark attack.
While
Hunt had probably been carried off course on a typical passenger/freight
run, one rumor claimed that he had been looking for more coelacanths
outside of French controlled territory. Hunt had told an acquaintance
that an unidentified museum had offered him $5,000 for a specimen.
In
1954, non other than Captain Jacques Cousteau explored the Comoros
with a submersible, yet had no luck finding coelacanths.
For
ten years, from 1953-63, French scientists led by Dr. Jacques
Millot and Dr. Jean Anthony, exploiting their French-Comoran connection,
took over coelacanth research. Of the several annual catches,
most were sent back to France in Formalin for research, where
they were given a listing at the National Museum of Natural History.
Others were sold through the museum to institutions elsewhere
in Europe and North America.
During these
years, research was carried out on the gross anatomy of the coelacanth.
Its parts, including sense organs, nervous system, digestive tract,
reproductive organs, muscles, and skeleton were described in painstaking
detail. Capping this pursuit, in March of '55, a female was caught
which on dissection was found to contain sixty eggs of varying
sizes, three large and well formed like chicken's.
It
was the lure of a living specimen, however, and a chance to observe
its behavior that brought scientists, photographers and aquarium
representatives to the Comoros during the late Sixties, Seventies,
and early Eighties. By then the French had lost their grip on
the Comoros and their prehistoric legend.
The new wave of international expeditions were a mixed and largely frustrated lot. In 1966, a French photojournalist, Jacques Stevens, filmed and photographed a coelacanth at night in its natural habitat, 130 feet down. Stills were published in Life magazine, but their authenticity was called into question by scientists who determined the fish was a dying specimen, probably caught by local fishermen in the usual manner, then released for the photographer.
The
same year, the first frozen coelacanth made a long sea voyage
from the Comoros to New York, and into the custody of American
researcher Keith Thomson at Yale. Work on this fish established
that its blood was like that of sharks, and that the jointed sections
of the upper skull undoubtedly hinged in feeding.
Cousteau's
Calypso visited the islands again for three months in 1968 without
finding a coelacanth, although, according to ichthyologist E.K.
Balon of the University of Guelph, a shot of one was faked.
In
1972, a joint Anglo-American-French expedition fished unsuccessfully
for coelacanths in the Comoros. However, this group did succeed
in taking film of a dying specimen caught by natives and placed
in a tank while they were there. From this specimen and another
also caught and killed by a Comoran during the expedition, they
returned tissues for study. The English members of the group established
a coelacanth research organization within Britain's Royal Society,
which continues to the present day. That same year, the Vancouver
Aquarium made an unsuccessful bid to capture a live specimen for
exhibition. The Vancouver group also returned with a purchased
specimen.
Peter
Scoones, a photographer/cinematographer for David Attenborough's
"Life on Earth" BBC series, succeeded in filming a dying
specimen caught and released underwater in 1979, providing the
world with its first really good look at a living coelacanth.
Then,
in 1975-6, the Steinhart Aquarium of San Francisco sent two expeditions
led by its Director, John McCosker. Both were unsuccessful in
catching a coelacanth, but purchased specimens and published through
the California Academy of Sciences a detailed monograph on the
fish's history, habits, and anatomy. This work remained the definitive
word on the coelacanth for over a decade.
In
the early '80's, a group called The Coelacanth Research Mission,
loosely associated with Tokyo University, began visiting the Comoros.
These Japanese expeditions recovered only dead fish for research
in Japan. They also helped lay the foundations for significant
economic "cooperation" between Japan and the Comoros.
The
living coelacanth remained a frustrating enigma. Where exactly
did it live? How did it swim, feed, and reproduce? Why had it
changed so little in 300 million years. How had it survived for
so long? And could it survive in captivity? All these questions
beckoned yet a new generation of the fascinated and the foolhardy
into another round of coelacanth mania. I was one of those people.
What would happen next?