Tuesday, 5 February 2019

Theory Overview


The possibility that a novel species of pinniped evolved a long neck, a neck longer than the extant families, presents a morphological and taxonomical conundrum, and although such a proposed creature has changed shape and size in the hands of various authors, the case for its existence remains purely theoretical.

Having said that it is clear that a number of sightings of unusual aquatic animals, certainly over the last 100 years or so, which have been described as sea serpents or lake monsters, do appear to bear an uncanny resemblance to such an animal.

The aim of The Seal Serpent was to undertake a critical reappraisal of the evidence for such a pinniped, reviewing historical accounts and theories to see if it could indeed exist. During the course of this research however, several things became apparent.

·         There were a number of inaccuracies detracting from the historically cited evidence, by ground-breaking authors such as Heuvelman`s and Costello.

This was not intentional, but a result of the limited availability of accessing sources at the time. There was no internet, no online archives, and no electronic type-face. Compiling their works must have been no easy feat.

Unfortunately, some subsequent researchers, who have had access to modern technology and resources, have simply regurgitated this proposed evidence at face value without any effort to elucidate.

·     It is quite clear from our research that over the last 100 years or so a number of non-indigenous pinnipeds, California sea lions and possibly Steller sea lions, have escaped from captivity or have been deliberately released in the UK and Europe. Such events have also likely to have occurred worldwide.

This is a potential game-changer and has been completely unexplored as a possible explanation for some such reports and completely missed by sceptics, who have certainly dismissed lake monsters out of hand.

A number of reports of sea serpents and lake monsters from Europe are most likely simply reports of these errant animals’ subsequent escapades. The morphology of sea lions is far removed from the indigenous phocid (true seals) of this region (below).















Such large animals (8-10 ft. in length, below), swimming around the coasts, up rivers and into lakes where they might not be recognised for what they were, especially when coupled by a deep rooted folkloric belief in entities such as the water horse. Combined with a latent expectancy on the part of the observer that prehistoric reptiles were alive and well and living in small bodies of water, (thanks to Loch Ness).









·     There does appear to be a small body of evidence to suggest that an unusual species of novel   pinniped may remain undiscovered.
This possibility requires a new theoretical approach, something that the authors have explored in some depth within The Seal Serpent (amongst the typos). As a result the following suggestions have been made.

1.    An existing species of sea lion or fur seal (otariidae), has become detached from its normal distribution pattern, sometime in the past, possibly due to a climatic event or self-dispersal, subsequently colonising an area where no such species has been documented previously; for instance the North Atlantic.

2.      A presently unidentified ancestral otariid pinniped diverged into this region as above.

3.   Various ecological factors, such as competing with indigenous phocid seals in this area, encouraged either such colony to forage inland; up rivers and into lakes which in turn encouraged a form of hyper speed evolution- the evolution of a more flexible neck for catching migrating prey.

4.    An otariid species endemic to the North Atlantic which had evolved novel features, present for hundreds or thousands of years in this region, foraging inland as above, complete with ears, a mane and the ability to move over land fairly easily, may have been the origin of the fabled water horse of Celtic and Scandinavian folklore.

5.     Any such species will not be too different in size and shape from extant otariid species.



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