#narwhal tooth

[namu-the-orca]

Arctic Odontocetes

And here's the three other Icelandic whales poster illustrations. All true Arctic species, roaming the frigid water of the high north. While Atlantic white-sided dolphins can occasionally be spotted along European shores, Narwhal and Belugas roam the true ice seas.

Narwhals are famous for their rather striking dentition: the huge, up to 3 meter long tusk, is hard to miss. It's actually their left canine tooth - every once in a while the right canine erupts too, making for a double-tusker. It's usually only males who are so adorned, as only a very small number of females (15%) bear tusks.

The exact function of the tusk is still debated: originally thought to be a simple weapon, now it is mostly thought to serve as a secondary sexual characteristic, inducing status in the bearer. The bigger the tooth, the sexier the man. However, researchers suspect they may have many more functions. Through the tusk run thousands of nerves which enable Narwhals to sense differences in water temperature and salinity. On top of that tusks have been observed to aid hunting and social interactions between males, and perhaps more. And the occasional Narwhal has been found with a broken tusk embedded in their cheek. So perhaps some good ole fashioned fighting happens after all, though no one has ever observed it happening.

The tuskless females survive just fine without them though and often live to be even older than males (up to 115 years!), so the advantages can't be that critical. Nevertheless it's fascinating to think about. Somewhere out there in the ice cold seas where we would freeze to death in an instant, swim whales - fellow mammals - sensing the waters with their 3 meter long canine tooth, occasionally slapping a fish unconscious. A wholly alien experience lived by an animal not so essentially different from us.

Atlantic white-sided dolphins may be far less mysterious, but nevertheless amongst my favourite delphinids. They've such beautiful markings. And the beluga... no doubt well known too as living marshmallows. I must say that youtube videos of their melons and fatty flabs being wobbled is great watching material.

Also - the "Whales of Iceland" poster is officially up for sale! You can nab one at Pappyr's website here. Not sponsored or anything, I just think the poster turned out super neat.

[wind-tied]

some cetacean ocs :)

[lord-soba]

Types of whales (Baleen Whale) 1. Humpback Whale 2. Blue Whale 3. Dwarf Minke Whale

(Toothed Whales) 1. Killer Whale 2. beluga whale 3. narwhal whale

[narwhalandchill]

FINALLY 😭😭😭😭😭😭😭😭😭😭

ITS BEEN 84 UEARS😭😭😭😭

[sweetsuenos]

How it started vs. How it's going

At first the narwhal swims on the outside of the group, trying to keep up with his new friends in unfamiliar waters.

When the same group of whales is spotted a year later, the narwhal swims in the middle of the group of belugas, now officially a permanent member of their pod!

From: Secrets of the Whales (2021) Episode 3: Beluga Kingdom

[mystical-beasts]

narwhal blessings be upon you!

[thechromebucket]

Mermay 2023: Nethuns

Nethuns is the Etruscan name for Neptune. 

I definitely took ideas from Zhaan of "Farscape" (the bracelets) and andorians from "Star Trek." If you're wondering what's on his chest, that's the skull of a small hammerhead shark. And his spear is a narwhal tusk. 

[bethanythebogwitch]

Wet Beast Wednesday: beluga

Welcome back to Wet Beast Wednesday and cine it's been unbearably hot here I'm going north to discuss the magnificent beluga. The whale, not the sturgeon. I know a few of you will be disappointed by that, but I'll get to sturgeons eventually. The beluga is one of the most popular cetaceans and it is threatened. Let's learn why this white whale has more to fear from Captain Ahab than the other way around.

(Image: a beluga whale seen from the side. It is an animal reminiscent of a dolphin that is white all over. It lacks a dorsal fin and its head is bulbous with a short snout. End ID)

Belugas (Delphinapterus leucas) are one of two whales in the family Monodontide, the other being the narwhal (which has its own WBW you can read if you can tolerate by complete inability to write useful image descriptions back then). Belugas are small for whales, reaching 5.5 meters (18 ft) and 1,600 kg (3,530 ft), with males being about 25% larger than females. The name beluga comes from the Russian word for "white" and is fitting because belugas are, uniquely among cetaceans, bright white all over. Belugas have short snouts and enlarged melons, giving their heads a distinctive lumpy shape. The melon is an organ containing fat and wax that helps with echolocation by focusing and amplifying sound produced and received by the whale. Uniquely amongst whales, the beluga can alter the shape of its melon at will. This likely assist echolocation by altering factors such as the direction, frequency, and size of the echolocatory clicks. Another unusual feature of belugas is their lack of a dorsal fin. Instead, they have a short ridge running down the back that serves the same function, which is aiding in turning and keeping the animal from rolling over. Belugas and narwhals are also the only whales with unfused neck vertebrae, meaning they can turn their heads side to side. The lack of dorsal fin and mobile neck helps belugas navigate under sea ice without getting stuck.

(Image: a shot of a beluga's head emerging from the water. Its skin is slightly wrinkled and has a yellowish tint, indicating it will molt soon. End ID)

Belugas are carnivores who hunt fish, squid, and other invertebrates. Belugas are slower than most toothed whales and their teeth are tiny, eliminating the possibility of chasing down prey or ripping apart large prey. Instead, they hunt via suction. By suddenly opening their mouths, belugas create a vacuum that water and food is sucked into. Belugas swallow their food whole. Belugas have also been observed hunting prey on the seafloor by spitting water to blow away sediment covering buried animals. Belugas are social animals that hunt in groups. They will cooperate to herd prey into kill zones or have a few belugas break off of the pod to chase prey toward the rest. While hunting, belugas will dive in search of food. The typical dive reaches around 20 meters (66 ft) for 3-5 minutes, but can dive up to 900 m (2,953 ft) deep and last up to 20 minutes. Often the whales make a sequence of 5-6 shallow dives followed by a deeper one. During dives, the heart rate drops from 100 beats per minute to 12-20 and blood is redirected to the brain, heart, and lungs to conserve oxygen. Furthermore, oxygen can also be stored in the muscle and the red blood cells carry more oxygen then those in land mammals.

(Image: a beluga foraging for food near the seafloor. It is rotates so its belly faces the camera. Its head is down, looking toward the camera. Three other belugas are visible in the background. End ID)

Belugas are social animals who live in pods that typically reach a maximum of 25 members. Unlike some cetaceans, pod membership is not family based or fixed. Members will leave their pods to join others at will. Belugas are highly playful and when they are not hunting, they tend to play with each other. Games observed in the wild include chasing, play-fighting, rubbing against each other, synchronized diving, and playing with and carrying objects. Belugas in captivity show more complex play behavior including blowing bubbles for others to pop, something similar to Simon says, and following and startling human observers. Physical contact seems to be important to belugas as they will rub against each other and make mouth-to-mouth contact as an apparent sign of affection. Belugas both in the wild and captivity are curious and will approach humans. Belugas in aquariums will examine humans through the glass while those in the wild will approach boats and even interact with humans in small vessels. Belugas have also been known to follow bowhead whales, likely because the larger whales are better at punching breathing holes in ice. They have also been observed joining narwhal pods. Belugas are some of the most vocal cetacean species and have a very wide range of vocalizations with 11 distinct types of sounds. Belugas use these noises to communicate and do so frequently. Captive specimens vocalize to each other almost non-stop. Like with some other cetaceans, beluga vocalizations show region-based distinctions that may be akin to regional dialects or different languages. Belugas are sometimes called canary whales due to their high-pitched noises.

(Image: a pod of 6 belugas seen from above. One has exhaled, leaving a trail of bubbles. A single male narwhal has joined this pod and is swimming with them. The narwhal has a similar body shape but is skinnier and a mottle gray and white color. A long, straight, tusk extends from the front of its head. End ID)

(video: an employee at Mystic Aquarium, Mystic, Connecticut, USA instructing a Beluga to demonstrate a variety of vocalizations. End ID)

Belugas live in Arctic and sub-Arctic marine waters. Different populations of belugas have been identified based on their home region. Belugas migrate seasonally. During summer, they spend their time along coasts and in estuaries. In winter, when the ice sheets expand and cover their summer habitat, belugas move to the open ocean, hunting alongside or underneath the ice. Some populations who live in coastal ares that do not frees do not migrate. Migration patterns are passed from parent to child. During summer, belugas will come together in massive pods that can number hundred to thousands. All the belugas in a given population group will typically travel to the same summer water. Belugas may reduce or eliminate their food intake during migration. While primarily marine, belugas often summer in estuarine bays and will even swim up river. Belugas have been found up to 1,700 km (1,056 mi) upriver. They may chase migrating fish upriver and mothers with calves likely use rivers as a safe place away from predators. Exposure to fresh water also seems to help with the yearly process of shedding their skin and growing a new layer, something that must be done in warmer water. Belugas may rub themselves against gravel at the bottom of rivers to help loosen their shed skin.

(Image: two narwhals with their head sticking out of the water. They are nuzzling their faces together. End ID)

Most belugas mate between February and May, though they have been observed mating at other times of the year. Gestation is estimated to last between 12 and 14 months. Belugas usually give birth in the warmer waters of their summer habitats. It is possible that belugas can delay fertilization, storing sperm internally to fertilize at a later time. This could help females ensure they give birth at the correct time. During mating season, male beluga's testicles double in size. They prefer to mate in the early morning, between 3 and 4 AM local time. Calves are born around 1.5 m (4.9 ft) and 80 kg (180 lbs). Beluga calves are grey and will have lightened to their adult coloration by age 4. Calves are dependent on their mother's milk for their first year, at which point the teeth grow in. After this point, they will begin supplementing their diet with small fish and shrimp. Most calves wean after 20 months, but there have been cases of calves continuing to nurse for over 2 years. Females will not mate again until their current calf has weaned or died. The average reproduction rate is one calf every 3 years. Belugas in captivity have been seen taking care of the calves of other females. There have also been cases observed in captivity of a pregnant female or female who has lost a calf stealing the calf of another female. It is not known if this behavior happens in the wild, but it is seen in other species of mammal. Males reach sexual maturity at ages 7 - 9 and females at ages 4 - 7. Females seem to undergo menopause around age 40. The maximum lifespan of belugas in the wild is unknown, though some estimates put their lifespan at 70-80 years. Genetic testing has revealed the existence of beluga/narwhal hybrids.

(Image: a juvenile beluga born in the Shedd Aquarium, Chicago, Illinois, USA. It resembles an adult, but is smaller and gray. It is sticking its head out of the water by the ends of its tank. An adult beluga, presumably the mother, is doing the same thing in the background. End ID)

Belugas are classified as least concern by the IUCN, meaning they are not at risk of extinction. The species was commercially hunted heavily in the past for blubber, meat, and skin. beluga skin is the only cetacean skin that can be cured into leather and was used to make some of the first bulletproof vests. Fishermen also killed belugas as they considered them to be a threat to the fish population. Once the end of international whaling, beluga numbers have recovered. In modern times, belugas have national and international legal protections, though indigenous communities in Russia, Greenland, Canada, and Alaska have special permissions to hunt them in keeping with historic practices. These hunted belugas are used for food and their bones and teeth are carved. Belugas are considered a good sentinel species, a species that can be used as an indicator of environmental health. Belugas can sequester pollutants in their cells for long periods of time and are susceptible to pollution. As belugas are near the top of the food chain, toxic chemicals can bio-accumulate up the trophic levels to be sequestered in them. This means that deceased or captured belugas can be examined to get an idea of what pollutants are in their habitat. Belugas are also negatively affected by the noise of boats, which can interfere with their echolocation, drive them from their habitats, and causes considerable stress. Climate change also poses a threat to the species as it alters their environment. Natural predators of the beluga include orcas and polar bears.

(Image: a black-and-white photograph of Alaskan Inuit carving of animals on a piece of beluga bone. End ID. Source: Canadian Museum of Natural History)

Belugas were among the first cetaceans to be kept in captivity and are still some of the most popular cetaceans found in aquariums, zoos, and other establishments. They are considered good aquarium animals due to their docile temperaments and charismatic personalities. Belugas can be easily trained to perform tricks and submit to medical examination. Ethical concerns over the treatment of captive cetaceans has been raised and a growing number of locations are banning or regulating cetaceans in captivity. Most captive belugas were captured form the wild. Captive breeding programs have been mostly unsuccessful. Belugas raised in captivity rarely thrive when released into the wild, with individuals who were not fed by humans showing the greatest success when released. One captive beluga was reported to be able to mimic human speech. From the 1970s to the 90s, the US navy studied beluga echolocation and trained belugas to seek out submerged objects while wearing or carrying cameras. During the cold war, the Soviet navy trained belugas to assist in removing naval mines. In 2019, a tame beluga named Hvaldimir was found in Norway wearing a Russian harness for mounting equipment, leading to speculations that Russia is still training belugas for military purposes.

(Image: two people in wetsuits identifying them as employees of Shedd Aquarium. They have a bowl of fish and are instructing a beluga to open its mouth. End ID)

[a-dinosaur-a-day]

yes, I know, not on blog theme, but we're a bunch of dino lovers so I wanted to see what we thought was weird in mammals

[ltwilliammowett]

Cute scrimshawed letter opener in the shape of a narwhal, made from a walrus tooth, c. 20cm long, 19th century

[the-ancient-dragons]

EXTRA OVERCOMPLICATED ICEWIIIIINGS

You know how it goes, Joy Ang is cool and I'm not yadda yadda move on.

Details and explanation below!

Otherwise, next week is the last Pyrrhian tribe: NightWings!!!! See you then!

More overcomplicated dragons.

If the RainWings are the design that destroys Joy's work the least, this one takes the original IceWings and tosses them out the window. Going into this design I knew it would be hard, but boy was I unprepared to get art block for 2 months because of it.

I eventually found my inspiration in the girdled, spiny, and horned lizards, They. Are. So. Freaking cool. If you think a crocodile skink is awesome, look up girdled lizards. Not as fancy with the eyeliner but they are SPIKY!

I fell in love in particular with the giant girdled lizard. I knew I wanted the scales of the IceWing to look rough and like they were made of actual ice or diamonds - or covered in frozen sleet and snow - and this lizard was basically perfect inspo for that. Also, blue spiny lizards. They are basically real life IceWings, full stop.

But even though I had perfect references to draw from, I still struggled with the head shape. I wanted them to feel like a reptilian polar bear, which is why I slightly blunted it, but I think I should have gone with a more angular shape instead. I can always change it later when I do their full-body.

I did have a very fun time with the horns, however. I wanted them to be a mix of narwhal teeth and icicles (yes, narwhal 'horns' are actually overgrown teeth. One tooth, usually, but sometimes they can have two!!). Before I get distracted I should explain how they grow: the scales at the base of the horn are constantly growing and essentially create the horn. That's what gives them their narwhal-like spirals.

I chose a similar approach to the neck spikes (untangling that mess was fun, let me tell you. Grids are very useful when doing many scales/spikes). At the base of each one you'll notice a scale forming it. On the back, I wanted to give a good side profile of the spikes. Technically, they are ever-growing, and need to be trimmed or sharpened constantly.

Now, as I was drawing them, I asked myself: why do IceWings need a mane of spikes?

A stupid question, you might wonder, but to me it's very important. Animals look the way they do for survival. So, while it's important visually for the ice theme, how could they be explained scientifically?

And then, when thinking of polar bears, I got my answer.

How the hell does a giant sparkly dragon hunt in the north? Seals would probably be part of their diet, but it's hard to sneak up on them if you're a ten ton reptilian flying creature, so I imagine they would tackle the problem like a polar bear would by waiting by a breathing hole and pouncing at the right moment. They already look like a frozen snowbank, so that part is easy.

But any hungry polar bear would be doing the same thing, and like a giant dragon, they would be waiting downwind of the breathing hole too. They wouldn't pose a threat to adult dragons or dragonets larger than them, but in real life polar bears are dangerous hunters and prey on humans. Why wouldn't it prey on a dragonet it thinks it can take on? Things in the WOF universe seem to be extra big (or scavengers/humans are tiny) so I think it would be a feasible for a desperate bear to hunt a dragon. They cannibalize, anyway, so going after another apex predator isn't out of the question. In this case, the horns and neck spikes would be a dragonet's saving grace, discouraging attacks from behind and especially on their necks. A bear's teeth could never get through their scales, but they could still crush their airways and choke them, and the spikes would keep them away from their necks and protect them from that fate. As they grow up, the neck spikes' length and strength could be used to determine a dragon's health and help them select good partners.

Finally, continuing with the bear theme: for the scales, I took inspiration from polar bear fur (which is actually hollow) to help design how IceWings preserve their body heat. In polar bears, its used to make them look white by reflecting the light of the sun, but in IceWings it could keep the cold out. Air pockets would create a barrier between them and the outside elements, and whatever gets in would meet their thick layer of fat that does the real warming. Yes, IceWings would be squishy, but you'd probably poke your eye out or stick permanently to their side a la tongue to cold metal pole.

Don't hug IceWings; they're very cold.

[respect-the-locals]

🐋Daily Cetacean Fact:🐋

Narwhal: The narwhal is different from all other toothed whales in that it has no teeth in its mouth. Instead, male narwhals have a single long, straight tooth (or tusk) that protrudes two to three meters out of the upper left jaw. It is this tusk for which narwhals are best known. There are many legends about the tusk of the narwhal – it is essentially the origin of the myth of the unicorn as European whalers that were in the Arctic would catch narwhals and bring tusks back to Europe with great stories about what kind of animals the tusks were attached to. 

[fishyfishyfishtimes]

What Is and Isn't a Fish: a List

A list of the animals I discussed in my fish essay, but for those who don't want to scroll through paragraphs of text to find out if an animal is or isn't a fish. Just CTRL+F your way through here!

I'll add onto here more animals whenever I get asked about them being fish. See my fish essay here!

Some notes before you proceed:

Yes, all tetrapods are fish! We are phylogenetically fish, as we are and our ancestors were lobe-finned fish! "Fish" in the phylogenetic sense is a paraphyletic group if you try to exclude tetrapods, so it is frankly impossible.

How come tetrapods aren't listed as fish then? Long answer, read my essay. Short answer, me and other fish accounts tend to operate on the morphological definition of fish, so does most of the world. Here I use the morphological definition of "fish".

Fish:

Jawless fish

Hagfish

Lamprey

Cartilaginous fish

Sharks

Dogfish

Whale shark

Chimaeras/Chimeras/Ghost sharks

Ratfish

Ray

Stingray

Skate

Ray-finned fish

Teleosts

Catfish

Eels

Moray eel

Seahorse

Sea dragon

Lobe-finned fish

Coelacanth

Lungfish

Not Fish:

Crustaceans

Krill

Shrimp

Crab

Crayfish/Crawfish/Crawdad

Lobster

Spiny lobster

Triops

Mantis shrimp

Barnacle

Isopod

Copepod

Shellfish

Mollusks/Molluscs

Gastropods

Sea snail

Sea slug

Snails and slugs in general

Sea angel

Sea hare

Sea bunny

Cephalopods

Octopus

Squid

Cuttlefish

Nautilus

Inkfish

Bivalves

Clam

Mussel

Scallop

Oyster

Chiton

Chelicerates

Horseshoe crab

Sea spider

Water mite

Diving bell spider

Cnidarians

Jellyfish/Sea jelly/Jelly

Coral

Sea anemone/Anemone

Siphonophores

Portugese man o' war

Echinoderms

Sea cucumber

Sea pig

Feather star

Sand dollar

Sea biscuit

Sea cookie

Brittle star/Serpent star

Sea urchin

Starfish/Sea star

Comb jelly

Lancelet

Tunicates

Sea squirt

Salp

Annelids

Bristle worm

Bobbit worm

Spoon worm

Giant tube worm

Bone-eating worm

Sea mouse/Sea mice

Feather duster worm

Christmas tree worm

Leech

Flatworm

Amphibians

Salamander

Amphiuma

Mudpuppy/Mud puppy

Waterdog

Olm

Axolotl

Siren

Frog

Toad

Tadpole

Caecilian

Reptiles

Sea snake

Water snake

Snakes in general

Sea krait

Turtle

Snapping turtle

Softshell turtle

Sea turtle

Terrapin

Marine iguana

Crocodilian

Crocodile

Alligator

Caiman

Gharial

Bird

Penguin

Seagull

Loon

Swan

Mammals

Whale

Orca

Baleen whale

Toothed whale

Dolphin

River dolphin

Porpoise

Narwhal

Beluga whale

Sperm whale

Pinniped

Seal

Sea lion

Leopard seal

Elephant seal

Walrus

Sirenian

Manatee

Sea cow

Dugong

Otter

Sea otter

Beaver

Hippo

Platypus

Muskrat

Water shrew

[bestiarium]

The Magdeburg unicorn [Bad paleontological reconstruction; miscellaneous]

I have a different kind of creature this week, because it's April 1st!

In 1663, quarry workers excavated a bunch of odd skeletons near Quedlinburg, Germany. Otto von Guericke, the mayor of Magdeburg at the time and also a local scientist, identified the reconstructed creature as a ‘unicorn’ in his report in 1678. The creature had a slightly curved horn of 5 ellen (about 2.3m) long. Otto also mentioned that the remains were damaged due to the clumsy removal of the bones by the quarry workers.

In truth, the workers had found the remains of Pleistocene animals, including the front legs of a mammoth, what appears to be a woolly rhinoceros skull and either the tooth of a narwhal or an elephant tusk. The bones are not identified with 100% certainty because the reconstruction became lost to time.

Forty years later, another unicorn horn had been found (this one was actually the tusk of a straight-tusked elephant). Several respected scientists (including Gottfried Leibniz) would eventually confirm that these were indeed the remains of a unicorn. In 1714, Valentine published his somewhat clumsy attempt at a reconstruction of what he believed to be a fossilized unicorn. If palaeontologists or paleobiologists at the time had any theories about the ecology of the creature, they might have been lost to time, as I couldn’t find anything about it. Going by the contemporary illustrations, perhaps the Einhorn might have been assumed to hop around like a kangaroo, or maybe it was a slow walker, dragging its tail behind it.

The Museum für Naturkunde in Magdeberg currently displays the famous model of the reconstruction (a double reconstruction, if you will, for the original reconstruction got lost). Today, the ‘Guericke Einhorn’ is widely used as a textbook example of a bad paleontological reconstruction, though in Guericke’s defense, the mistake wasn’t as obvious back in the 17th century as it is today. Several unusual bones were found closely together and were incorrectly assumed to be part of a singular, puzzling animal, as Guericke obviously didn’t have access to the current knowledge about each of the Einhorn’s component animals.

The Sewecken Hills area actually has a very rich Pleistocene fossil record – the Lampe collection being famously catalogued by Alfred Nehring in 1904 – but at least for the time being, unicorn fossils remain absent from this list.

Sources: Diedrich, C. G., 2021, Unicorn ‘Holotype’ skeleton from the Late Pleistocene spotted hyena den site Sewecken-Berge (Germany), Acta Zoologica, 104(1), pp.1-70. Van Kolfschoten, T., 2021, The woolly rhinoceros from Seweckenberge near Quedlinburg (Germany), in: S. Gaudzinski-Windheuser, O. Jöris, The Beef behind all Possible Pasts, pp. 39-48. DOI:10.11588/propylaeum.868.c11306 (image 1: image on the left: a 2011 redrawing by Elke Grönig of Leibnitz’ 1749 illustration. Right: 2012 drawing by George Teichmann based on the famous reconstruction) (image source 2: Reddit user and_so_forth)

[naffeclipse]

I saw all those harpy Penguin posts and was like "I wonder if I could help or add something" when I noticed you wanted a name for it. Idk if you already have one but here is the essence of it I have so far in general.

Cardinal Instinct, or also words or phrases and concepts such as Nature vs Nuture, Core Instincts, Celestial Alingment, Harmonic Convergence.

Cardinal because it means most important or fundamental, and it is an aspect of the Zodiac signs with Cardinal, Fixed and Muted nature's based on the cycles of seasons and their phases of the start, the intrinsic bulk and the transitional conclusion.

It also is a play on Carnal, similar to how Apex Polarity is both a play on the phrase Apex Predator and Polarity with Polar, or maybe even also just with the Poles. It is also a reference to Cardinal directions, which are the defined and known directions on a compass, they are the familiar and known paths that are often taken because they form our understanding of the world and everything in it. But although they are the most formal they are most certainly not the only ways.

This references how Eclipse and PenguinHarpy!Y/N are both following their Instincts but also are in a situation where they are coming into question. They are both trying to care for the babies, but Penguin Y/N shouldn't by the technical detail of them not being Harpies but Orca Mer young, while it makes more sense for Eclipse to be compelled to tend to them. But Eclipse Is also bending the situation when he refrains from just following that direct line of instinct, naturally arriving at the typical bloody conclusion.

While nurture is what compelled our Harpy Y/N to take these 2 baby mers under their wings literally, it's up to Eclipse to either follow the vein straight to the scent of blood at the end or deviate from nature's course and answer in kind. The heart flows both in and out, and it's nature is as entrenched in its deep and darker reaches as it is swathed in the warmer and brighter patterns where the light touches.

But we all know at the end of the day if Eclipse gets what he wants he's taking a birdie home along with the two newly adopted children.

On another note I also did ponder over the concept of Sun and Moon being in the same universe as Apex Polarity, and my interpretation/idea was Sun being a Beluga and Moon being a Narwhal. Beluga fits Sun's personality quite a bit, but I will admit I cannot imagine how the heck you'd be able to fit that goofy-ass horn on Moon. I just wanted to mention this for the mental image of magical sea unicorn Moon and musical sea canary Sun for fun.

I love Cardinal Instinct! It flows well, has lots of thought and meaning behind it, and mirrors the structure name of Apex Polarity! I'd love to use that for the AU title if you don't mind!!! The dynamics of Orca!Eclipse and Penguin Harpy!Y/N are so well defined and explored within a few paragraphs, I'm in awe!

(He's absolutely taking a birdie home along with his babies)

That's so cute!!! A natural musical ability and a beautiful white and yellow tipped tail for Sun, and a majestic tusk for Moon with a tail of deep blue mottled with white markings like stars! I'm pondering some kind of sea shell or maybe even twisting his tusk into a head cap instead of a large canine tooth.

Regardless, these two would be much more mild-mannered with our lovely photographer, though no less interested in Y/N.

Excellent thoughts all around; I'm chewing on your every word!

[squartsquartson]

Squart speaking, here we have four sunlight zone inhabitants that we've drawn. We hope you enjoy these funky lads.

Here are some fun facts about each one:

-Belugas have a large squishy forehead full of fat called a "melon" that they use to echo locate.

-Manta rays are one of the few animals that can recognize their reflections.

-Thresher sharks hunt by slapping and stunning fish with their long tail fins.

-A narwhal's tusk is actually a very long tooth that has sensory capabilities.

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