When the Genesis Flood’s Tsunamis Hit Norway and Svalbard, Terrestrial Dinosaurs were Power-Washed Out to Sea

When  the  Genesis  Flood’s  Tsunamis  Hit  Norway  and  Svalbard,   Terrestrial  Dinosaurs  were  Power-Washed  Out  to  Sea

Dr. James J. S. Johnson

They that go down to the sea [yâm] in ships, who do business in great waters [mayîm rabbîm]; these see the works of the LORD, and His wonders in the deep [metsûlâh].   (Psalm 107:23-24)


Recently I wrote about some unusual dinosaur-related paleontology finds in 2 territories belonging to Norway, specifically Spitsbergen (the main island of the far-north Svalbard archipelago) and the sedimentary seabed of “Snorre Field” (in the Norwegian North Sea), a deepsea oil-drilling location more than 50 miles to the west of Norway’s western coastline — with mention of how the best explanation for those finds (i.e., the Genesis Flood) reminded me of the gigantic Whopper Sand in the Gulf of Mexico, where an enormous Flood-blasted sand formation now yields literally billions of barrels of deepsea petroleum.   [See “Doomsday at the Beach for Nordic Dinosaurs!“, posted at  https://pinejay.com/2019/04/26/doomsday-at-the-beach-for-nordic-dinosaurs/   —  with picture/image credits shown here, cited there.]

Dinosaur tracks were found on Svalbard’s sedimentary rock beaches, and some Plateosaurus dinosaur bone was found (inside an oil-drill core!) about a mile-and-a-half deep, more than 70 miles offshore of Norway!

Only the forceful mega-tsunamis of the Genesis Flood could cause those results, says geologist/paleontologist Dr. Tim Clarey (who formerly worked for Chevron):

Only a massive, high-energy flow of water and muddy sand could transport a dinosaur over 70 miles offshore. And only repeated high-energy flows could bury it about 1.5 miles deep.  We are talking unimaginable energy needed here, greater than any tsunami witnessed in historic (post-Flood) times.  And similarly, the Whopper Sand in the Gulf of Mexico needs massive, high-energy sheet-flow off the (North American) continent.  Something again, beyond anything happening today (geologically speaking).  These features, and the dinosaur footprints on Svalbard, are difficult to comprehend without recognizing a catastrophe as big as the great (global) Flood described in Genesis.  There is just no other conceivable explanation (that fits the observable facts).”

[Quoting Dr. Timothy Clarey, summary provided in writing AD2019-04-25.]

WOW! It was a terrible day at the beach when the Svalbard ornithopod dinosaurs were tsunami-blasted into the sea.  Likewise, the doomed Plateosaurus, buried (~1.5 miles deep!) in sea sediments, off the shore of western Norway (70+ miles away from his “home”) had no clue about  what had just hit him.


Today I wrote a limerick poem, as a post-script of that paleontology/geology study.


Dinos, who roamed Norway’s shores,

Got buried, in North Sea floors;

Power-washed, by the great Flood,

Buried deep, in sand and mud  —

Left behind, and drowned, dinosaurs.

Other than the God-selected dinosaur pairs who were safety aboard Noah’s Ark, it was a catastrophic watery death for Earth’s terrestrial dinosaurs, including those then living in the Nordic-polar lands that we today call Norway and Svalbard.  Thankfully, there will never be another global flood  —  and we are wise to recall how it illustrates God’s holy judgment (as Peter reminds us, in 2nd Peter chapter 3)  — it was a one-of-a-kind cataclysm that violently destroyed beach-going (and other terrestrial) dinosaurs, in the polar North and elsewhere, all over on planet Earth.



Not-so-irrelevant  trivia:   For 3 weeks  during the summer of AD2003,  Dr. James J. S. Johnson taught history and geography  on the high seas,  aboard the MARCO POLO  (a cruise ship  about the same size as Noah’s Ark).

HARBOR SEALS: Swimming, Diving, Guided by Super-Sensitive Whiskers

James J. S. Johnson, JD, ThD, MSGeog, CNHG


They that go down to the sea in ships, that do business in great waters, these see the works of the LORD, and His wonders in the deep. (Psalm 107:23-24)

Those who fish at sea, and other who “go down to the sea in ships”, have many occasion to see God’s “wonders in the deep”.  All creatures of the oceans and their coast-waters fit that category – because all such sea creatures, by their very lives and life cycles, are “wonders” in water, who give witness of God’s glory and providence, showcasing the amazing Creator He is.  One such example of is the Harbor Seal.


The HARBOR SEAL (Phoca vitulina), known in Great Britain as the “Common Seal”, is a creature well-known to the Vikings of old, as is documented below.  These fine-finned marine mammals are impressive (if not peerless) swimmers and divers, and they can tolerate a wide range of temperatures (warm, lukewarm, cool, and super-cold!).  And, thanks to the super-sensitive whiskers that God designed and installed upon them, Harbor Seals know just where to go, as they chase fleeing fish!

Harbor Seals are the world’s most common temperate-water seal, often found along the temperate water coastlines (and continental shelves) of the Northern Hemisphere – in both the northern Atlantic and northern Pacific Oceans, and in coastal estuaries, and sometimes even as far south as Portugal! Oddly, one subspecies (Phoca vitulina mellonae) lives only in freshwater.

Seals were well-known for their swimming skill, as is illustrated by the following quotation from an old Viking saga: “There was a man whose name was Gunnar [Hamondsson] … a tall man in growth, and a strong man – best skilled in arms of all men. He could cut or thrust or shoot if he chose, as well with his left as with his right hand, and he smote so swiftly with his sword, that three [swords] seemed to flash through the air at once. He was the best shot with the bow of all men, and his arrows never missed their mark. … He could swim like a seal [emphasis added], and there was no game in which it was any good for anyone to strive with him; and so it has been said that no man was his match….

[Quoting fromChapter 19,NJAL’S SAGA. See, accord, Magnus Magnusson & Hermann Pálsson,NJAL’S SAGA(New York: Penguin Classics, 1982).]   Vikings, including Gunnar’s Icelander contemporaries, were obviously impressed with the superlative swimming skills of seals!


As a marine mammal, the Harbor Seal is a “pinniped” – i.e., it has fins, not feet. Also, it is earless (i.e., bearing no external ears) and carnivorous (eating animals of the sea). Being mammals, the seal mothers (“cows”) breastfeed their children (“pups”), as do mothers of all mammal species. Regarding size, the adult Harbor Seal ranges from 5 to 6 feet long, with bulls (males) a bit larger than cows). Body weight can approach 375 pounds!


The Harbor Seal’s four flippers are ideal for swimming (as well as for diving and surfacing), and are not designed for a lot of “shore duty” walking, so seals move on land by undulating, like a caterpillar. These flippers have webbed digits – like finders or toes blended together – which can be used to scratch, groom, or provide defensive movements – and they stroke powerfully for precision swimming.


But daily life, for a harbor Seal, is not all about swimming – they often “haul out” on shoreline or harbor-water rocks (or sandy beaches), to rest, to bask, to molt, to nurse babies, to give birth, and even to congregate with other seals for defense (e.g., against predators who cannot leave the seawater, such as orcas, a/k/a killer whales). Mother seals usually nurse their suckling pups at low tide. Ironically, seal reproduction occurs at sea. Like humans, seal gestation lasts for about nine months; after birth, on shore, lactation lasts for about 4 to 6 weeks, with the birth weight of baby pups (as much as 35 pounds) doubling (i.e., to as much as 70 pounds) by the time they are weaned off their mother’s fat-rich milk. Within hours of being born the seal pups can dive and swim – and their future lives will continue that habit for years to come.

When it comes to life at sea – and the Harbor Seal’s true home is the water – the pinnipeds display their Creator’s design-bioengineering to imagination-stretching levels (or depths!). Although Harbor Seals sometimes sleep on land, they can even sleep in the water, subconsciously surfacing for air as needed. Diving, and swimming, underwater, is a seal’s quintessential element – whether that be in the ocean, an estuarial bay (i.e., “harbor”), or some freshwater river flowing into the sea.


These seals can dive even more than a half-mile deep, when searching for food, and can remain underwater for about 40 minutes (though most dives last only around 5 minutes) – then they must return to the surface, to replenish their air for breathing. When seals dive into the ocean, their God-given interactive sensor-systems (which measure oxygen levels) and pre-programmed instincts adjust their physiology to their underwater diving needs.

When the seal’s face is submerged, it automatically holds its breath, its heartbeat slows by up to 90% and its blood circulation is reduced, except to the most vital organs, the heart and brain. … The dive reflex is responsible for the seal’s ability to remain submerged for long periods. The harbor seal breathes out before diving, reducing its buoyancy. Also, the harbor seal has a very high blood / volume ratio, about 1.5 times that of a human. This allows a large amount of oxygen to be carried in the bloodstream instead of the lungs. The harbor seal has high myoglobin levels, allowing high levels of oxygen to be carried in the bloodstream and tissues, about 2.5 times that of a human.

[Quoting from AquaFacts: Harbour Seals (Phoca vitulina), posted by Vancouver Aquarium Marine Science Center, 2005, pages 1-4, citing Steve Kleene’s “A Medical Marvel: the Diving Seal”, SEA FRONTIERS, 35:370-374 (Nov.-Dec. 1989).


Even the sea’s whiskers help – the nerves inside seal whiskers help sense underwater pressure changes; the whisker nerves trigger internal physiology adjustments that are needed to optimally respond to those changing underwater pressures.

When waters are murky, how do seals find fish? They don’t have a sonar apparatus like whales, and yet they somehow hunt successfully in the dark.

It turns out that the seals follow fish trails by sensing very subtle water pressure changes with their whiskers. In a study published in the Journal of Experimental Biology, investigators trained harbor seals to give a visual signal indicating the direction of a “swimming” rubber fin that mimicked a fish. They then blindfolded and placed headphones on the seals to test their ability to hunt without sight or sound cues.

Not only were the seals able to detect the “fish’s” movements, their whiskers may be able to distinguish even more precise information than just their prey’s whereabouts. Senior author Wolf Hanke of the Marine Science Centre at the University of Rostock, Germany, told BBC News, “They seem to be able to discriminate between different shapes, which might even mean they discriminate between different species of fish.”

The authors found evidence that the seals track the direction that a fish swims by sensing its underwater wakes, or trails of slightly disturbed water, that linger for up to 35 seconds. To do this, seals detect and interpret “the structure and spatial arrangement of the vortices” that spin off from a fish’s underwater trail.

Not only can seals detect the vortices, but they can sense the “high water velocities” behind a swimming fish even after the fish is long gone. Water that trails a fish flows just a little faster than the surrounding waters. Somehow, the seal must automatically subtract the resistance caused by its own motion through the water in order calculate the exact location of its moving dinner. …
The best explanation for the origin of these complex creatures remains the one presented in Genesis–that on the fifth day of creation, God said, “Let the waters bring forth abundantly the moving creature that hath life,” and it was so [Genesis 1:20].

[Quoting Brian Thomas, “Seal Whiskers Track Fish Trails”, ICR News (June 22, 2010), citations omitted here, posted at http://www.icr.org/article/seal-whiskers-track-fish-trails/  .]


As warm-blooded mammals, Harbor Seals need to burn food energy to keep warm. Blubber helps to insulate the seal’s core but food energy is a must, constantly! So, to maintain their body temperature, especially while they swim in super-frigid seawaters, they must eat a lot – and they are habitually hungry!


Harbor Seals frequently feast on cod, sea bass, mackerel, anchovy, whiting, herring, hake, sole, flounder, some crustaceans (including crabs and shrimps), small-sized octopus or squid, sometimes salmon or trout, or maybe even a sea-duck – eating about 5% of their body weight each day! Humans (like me) can enjoy a similar “marine platter”, but not in the large portions that adult seals voraciously consume, to fuel their minimum daily nutrition requirements! (To compare seal appetites to your own metabolic habits, multiple your own body weight by 5%, then imagine eating that much each day!)


Harbor Seals don’t really “chew” their food, though – rather, they bite and they tear, they crush with their molars, then they quickly swallow whatever meat they eat.  Perhaps a fitting greeting to a Harbor Seal would be “Bon appetit!  But seals have a right to be hungry, and to eat a lot, because God made them to operate that way – they have a lot of work to do, as they eat and swim and dive, always displaying God’s marvelous bioengineering !

O LORD, how manifold are Thy works! In wisdom hast Thou made them all: the earth is full of Thy riches. So is this great and wide sea, wherein are things creeping innumerable, both small and great beasts.   (Psalm 104:24-25)

[An earlier version of this article appeared as “Harbour Seal: Nordic Natural Heritage (Spotlighting Amazing Creatures of the Vikings’ Natural World)”, in Viking History & Heritage Review, January AD2005 issue, pages 4-6.]
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