Which “holiday” crustacean am I?

Here are five facts to help you identify the featured “holiday” crustacean from the BCS “Christmas/winter-themed marine organisms” Pinterest board.

1. This crustacean belongs to a group (including species from five different families) which prefer the habitat of caves, pools, crevices, or wells in limestone or lava rock that is flooded by seawater.
2. This crustacean has poor eyesight (i.e., tiny eyes) and are brightly colored.
3. This crustacean prefers temperatures above 20 degrees Celsius.
4. This crustacean is quite jolly, enjoying it’s time cleaning parasites and other debris off of fish (HINT: I wonder if this leaves a minty flavor?).
5. Some species of this shrimp have bright green eggs.

Have fun guessing by leaving a comment below.

Hark! The herald angel (shark) strikes?

Angel Shark

Just one of the 25 Christmas/winter marine themed organisms on the Pinterest board. Check out the others here: http://www.pinterest.com/beachcscientist/christmaswinter-themed-marine-organisms/

Not often. But, the angel shark has been known to strike – if provoked. These strikes are similar to those made by its cartilaginous relatives, rays and skates, coming from the surface of the ocean floor (they’re pretty good with the camouflage as you might notice from the picture on the right). However, unlike rays and skates, the nocturnal angel shark doesn’t have a mouth on the underside of its body, but rather in front. This location is best suited for a diet of crustaceans, mollusks, and flatfish. With their enormous mouth they’ll suck the prey in and swallow it whole.

But, one of the most significant “Did you know?s” about the angel shark are that their lower lobe is longer than the upper lobe, whereas most shark caudal fins are top-heavy.

Also, pretty fun to learn is that angel sharks are ovoviviparous, just like frilled sharks, seahorses, and scorpionfish. This means “The young sharks tend to develop inside the female mothers.”

Jellyfish protein help create glow-in-the-dark ice cream

Looks like seaweed isn’t the only ocean organism used to make ice cream a special treat these days, particularly if its glow-in-the-dark ice cream. Charlie Francis, British ice cream creator, partnered with a Chinese scientist interested in understanding the nuances of jellyfish proteins, to synthesize the fluorescent jellyfish protein specifically for use as part of an ice cream flavor. Francis and his partner recreated the luminescent protein to construct a specialized calcium-activated protein that only glows in the dark once you lick it. And, the more you lick it the more it glows. No jellyfish were harmed in the making of this ice cream flavor. Is it safe to taste? Francis tasted it and said “I tried some and I don’t seem to be glowing anywhere” How much is a scoop? $220. Would you try it?

la-dd-glow-in-the-dark-jellyfish-ice-cream-201-002

Check out the ‘Lick Me, I’m Delicious’ Facebook page to learn more about all of Francis’ creations here: https://www.facebook.com/lickmeimdelicious

Under normal, non-dairy related circumstances, jellyfish protein glow when the photoprotein aequorin interacts with seawater to produce a light (i.e., green florescent protein or GFP). Why do animals and plants glow in the dark? Find out here.

gfp2_conncolldotedu

GFP was first described in 1955.

The Coral Song: “I may look like a rock, but I’m certainly not”

I listened to this three times last night. It’s “The Coral Song”. It’s a fun song. It’ll get caught in your head. I had to share. Maybe we’ll hear each other humming in line at the pharmacy. The Reef-World Foundation gets all the credit for helping the production get the science straight on this catchy tune.

The screenshot below is of my favorite line. What line do you find completely genius … in that “oh, so perfectly simple” way?

coralsong_image

5 things you might not know about oarfish

Last week 2 giant, shimmering oarfish washed ashore in southern California. This is not a common occurrence and some speculate that it may be a means to warn of an impending earthquake. Others say that it could just be a “banner week for weird fish photo ops“. In either case, I’m making the most of the teachable moment and sharing some facts about the prehistoric looking bony fish.

1. Oarfish, nicknamed “King of the herring,” are the longest bony fish in the sea reaching a length of up to 56 feet. This fact is not to be confused with the largest fish in the sea or the largest bony fish in the sea.

2. Oarfish got their common name from their long extended pectoral fins. Another identifying feature of oarfish are the long red plumes stretching from their head and other fins.

3. Oarfish swim holding themselves straight up and down in the water column. It’s believed that’s how they search for food.

4. Oarfish are inedible with a gelatinous body texture and hold no commercial value.

5. Oarfish tend to reside in the deep-sea up to 660 feet below the surface of the water. They only come to the surface of the sea when they are sick and vulnerable and often wash ashore after storms. Because of these sightings they’ve tended to prolong sea serpent lore. It wasn’t until 2001 that a oarfish was captured on film by the US Navy.

Image (c) Catalina Island Marine Institute

The first of the 2 sighting from last week was found by some very lucky environmental educators. Image (c) Catalina Island Marine Institute

Ocean 180: A contest to create a compelling 3 minute video on your latest ocean study

cosee_floridaMovie makers … find a marine scientist with a paper published between January 1, 2008 and November 30, 2013. Marine scientists … find a movie maker with some serious skills for interpreting science. Have the dual set of skills? It’s time to get to work.

The Center for Ocean Sciences Education Excellence (COSEE) Florida is sponsoring the Ocean 180 Video Challenge contest.  I love this idea, not only because it promotes science communication skills and teamwork, but because the judges who will pick the final three videos are potential future ocean scientists … 6th-8th graders from classrooms all over the globe!

Also, it doesn’t hurt that they entice you with a cash prize (but, you didn’t get into marine science or movie making for the money, did you?). The top three video abstracts will receive cash prizes of $3,000 (1st place), $2,000 (2nd place) and $1,000 (3rd place). All entries must be received by 11:59 p.m. PT on December 1, 2013.

oceans180Which fields of ocean sciences are eligible to participate?
The Ocean 180 encourages scientists from all fields of ocean science to participate in the competition, including (but not limited to) the following:
  • Biological oceanography/marine biology: plankton, benthic organisms, biology and ecology of marine and estuarine invertebrates and vertebrates, ecology, taxonomy, molecular biology.
  • Physical oceanography: currents and waves, air-sea interactions, ocean modeling, near shore and coastal processes, bio-physical coupling.
  • Chemical oceanography/marine chemistry: trace elements, isotopes, nutrient dynamics, organic substances, gases.
  • Geological oceanography/marine geology: geophysics, sedimentology, paleontology, sediment dynamics.
  • Marine pollution: analysis and monitoring of pollutants, fates of contaminants, aquatic toxicology, ecotoxicology.
  • Marine policy: regional, national, and international marine policies, management, regulation, and protection of marine fisheries and resources, conservation and use of marine resources.

Find the complete set of guidelines and more FAQS for submitting a movie and for teachers interested in having their classroom judge at http://ocean180.org/. I cannot wait to check out the winning entry … Good luck, everyone!

Beach Chair Birding

While enjoying the pleasures of beach chair conftiness when you add a the seat covers for wedding, it would be a real shame to overlook the wide variety of coastal birds that can be observed from a comfortable lean. I know, I know those seagulls may be obstructing your view, but if you head out at the right time of day or year, and if you look closely enough, you’ll find a wide variety of different birds to study and learn about.

Ruddy Turnstone (Arenaria interpres)
 This little beauty is found all over the world, as long as there are beaches nearby. Its harlequin pattern makes it beautiful in and out of breeding season, but the patterns that emerge when this bird is breeding are unforgettable. So, I’m afraid, is its call, which is rattling most of the time and quite obnoxious when it transforms into the alarm-call.

Ruddy Turnstone

Ruddy Turnstone

Spotted Sandpiper (Actitis macularia)
These fun, freckled shorebirds are most often found in North and South America, although one will occasionally make his way into Europe. They not much for flying, usually choosing to foraging for their food and building their nests on the ground, but they can put on a show, catching insects in mid-flight.

Spotted Sandpiper

Spotted Sandpiper

American Oystercatcher (Haematopus palliated)
I’ve always found Oystercatchers to be sort of silly looking, but like most birds they’re beautiful in their own way. Their long, thick, orange beak is perfect for breaking open mollusks, which is how they got their very descriptive name. They’re most likely to be found along the Atlantic coast of the US and the Pacific coasts of South and Central America.

American Oystercatcher

American Oystercatcher

American Avocet (Recurvirostra americana)
This particular avocet is a member of the stilt family, and it’s thin, gray legs earned it the nickname ‘blue shanks.’ It is most likely to be found on the North American Pacific coast, but it will move inland as far as the mid-west during its breeding season. They’re migratory, making their way down into Mexico during the winter, and they’re also quite social, forming breeding colonies with dozens of pairs, and then grouping into huge flocks when the season is over.

American Avocet

American Avocet

Wandering Tattler (Tringa incana)
I saved this for last to reward you for reading all the way through. I’ve been a birder for many, many years, and I find pleasure in just about every aspect of it, but sometimes the names we give to the creatures around us just make me smile.

The Wandering Tattler is a somewhat plain-looking bird without much pattern on its back at all, just dull gray wings. Their breast is covered by a scaly pattern, but otherwise they’re what we used to call ‘Plain Jane.’ They migrate from Alaska to Australia, so depending on the time of year they can be found along the costs of North and South America.

Wandering Tattler

Wandering Tattler

They are wading birds and feed mostly on crustaceans and marine worms, but during mating season they’ve been known to expand their diets to include a variety of insects. They may be plain in color, but their foraging process more than makes up for it. They have a tendency to bob in and out of the water, giving the Oystercatchers a run for their money when it comes to silliness.

Ernie Allison is a freelance writer for PerkyPet, which makes high quality bird feeders to bring a little more nature to your backyard.

If you’re interested in guest posting for Beach Chair Scientist, please email info@beachchairscientist.com for more information.

12 bite-sized shark posts (holding the hokey here)

Ok, maybe not so much in the title. Did you know sharks have roamed the earth for 400 million years and have been instrumental in maintaining healthy ocean ecosystems?  They’re amazing creatures and in case you’re actually interested in learning about sharks (instead of becoming frightened by them while watching Shark Week), here are 12 of the most popular posts about sharks on BCS from the past five years.

  1. What I know about whale sharks (March 2013)
  2. CITES recognizes marine species (March 2013)
  3. Myth debunked: Delaware Bay not an annual pit stop for all shark species (September 2012)
  4. Sink your teeth into this: 20 facts about shark teeth (August 2012)
  5. 10 fish you don’t see during Shark Week (August 2012)
  6. What is shark finning? (February 2012)
  7. 5 most dangerous shark species (June 2010)
  8. The sixth sense (August 2009)
  9. What do sand sharks eat? (February 2009)
  10. What are the rarest shark species? (February 2009)
  11. Do sharks have bones? (January 2009)
  12. What is the biggest fish in the sea? (November 2008)

Also, feel free to email any questions to info@beachchairscientist.com if you have additional questions!

A Ray of Hope in a Sea of Chum

Megalodon: The Monster Shark Lives
Discovery brings SHARK WEEK viewers on a search for a massive killer Great White shark responsible for a rash of fatalities off the coast of South Africa. One controversial scientist believes that the shark responsible could be Megalodon, a 60-foot relative of the Great White that is one of the largest and most powerful predators in history. Our oceans remain 95% unexplored, and this massive prehistoric predator has always been shrouded in secrecy, but after a rash of newly discovered evidence, authorities are forced to investigate and hunt for the predator long thought to be extinct. A crew of scientists and shark experts examine evidence and fearlessly seek answers to the many questions surrounding one of the last great mysteries of the deep ocean while creating the largest chum slick in history. (http://bit.ly/SharkWeek2013-programming) 

That’s the way Shark Week feels to me these days, like a big, multi-platform chum slick…a greasy, fetid soup of fear and fascination that titillates more that it educates. Is that over the top? Yeah, probably, but then it will fit right into a line-up that includes titles like: I Escaped Jaws, Great White Serial Killer, and Sharkpocalypse. In all honesty, most of these shows will not be nearly as bad as their titles suggest. My primary beef is (and continues to be) the lack of shark diversity during Shark Week.

But hark, what’s that? A bioluminescent beacon of light from the deep? On Thursday, August 8, Discovery’s feature program is Alien Sharks of the Deep. Reading that title out loud makes it sound worse than the rest…like an early draft of the robo-monster blockbuster Pacific Rim. But no, this program appears to explore the weird, wonderful, and diverse sharks of the oceanic abyss. Could this restore my faith in the potential that is Shark Week? Think of some of the possibilities:

 Goblin sharks: Goblins have been known as tenguzame, after tengu, a fantastical creature of Japanese mythology often depicted with an elongated nose or beak. Goblins are fantastical in their own right, with long, blade-like rostrums and slingshot protrusible jaws that have to be seen to be believed.

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Goblin shark

 Taillight and lantern sharks: Many deepsea sharks are bioluminescent, creating light with specialized organs called photophores. Many of these sharks use their photophores to hide in the downwelling light by erasing their shadows through counterillumination. Tailight sharks also secrete a blue luminescent fluid from their, um, ‘tail end.’ Since the species is known from only two specimens and has never been seen alive, no one knows exactly what this fluid is for.

 Megamouth: Not to be confused with Megalodon. In fact, the two couldn’t be less alike. Large Megalodon teeth may be 5-7 inches long (about the size of your hand), megamouth teeth 5-7 millimeters (half the size of your pinkie fingernail). Whereas Megalodon likely fed on whales and other large marine mammals and turtles, megamouth is a plankton specialist. There have been only 55 confirmed sightings of megamouth sharks since 1976, and only a handful of these have been examined by scientists.   

Megamouth-shark

Megamouth shark

 Frilled sharks: Frilled sharks are a freak show. They hardly look like sharks at all. Well, they do, just more like sharks from hundreds of millions of years ago. The long, eel-like body, terminal mouth, unusual teeth, fins, and other anatomical features are all distinctly ancient. 

Frilled-shark-showing-specially-adapted-teeth

Frilled shark

 Rough sharks: Rough sharks are another group that breaks the stereotypical shark mold—small and hunchbacked, with large spiny dorsal fins. They may be fairly common in the deep waters where they’re found, but still, we know very little.

Rough shark. Photo Joanna Franke

Rough shark. Photo Joanna Franke

 Six- and sevengills: Cow sharks are another group with distinctly ancient features. Many have seen sevengills in public aquariums, but the larger sixgill sharks don’t do as well on display. Sixgills are broad, ponderous creatures, with large specimens more than 16 feet long and as big around as a Volkswagen (as one diver describes them). These normally deepwater denizens have been occasionally spotted right under pier at the Seattle Aquarium. Puget Sound’s deep, glacier-etched profile provides a unique opportunity to observe and study these sharks without the need for research vessels or submersibles. 

Bluntnose six-gill shark

Bluntnose six-gill shark

 Cookiecutters: Interested in learning about a glowing foot-long shark that feeds on whales, tunas, swordfish, and squid? So are scientists, as they don’t seem to agree on how this small, slow-swimming shark seems to manage it. While they might not have the physique for the feat, they have the oral equipment. Fleshy lips and a strong tongue create a suction grip that buys time for the cookiecutter’s large, triangular lower teeth to cut a plug from its unsuspecting victim. 

Photograph by Reuters/Tokyo Sea Life Park/Handout

Cookie cutter shark. Photograph by Reuters/Tokyo Sea Life Park/Handout

 Cats and dogs: The deepsea is really the realm of dogfish and catsharks…dozens of species, some with names alone that inspire curiosity. Don’t you want to know more about lollipop catsharks, mosaic gulper sharks, birdbeak dogfish, spatulasnout catsharks, velvet bellies, demon catsharks, frog sharks, pajama sharks, pocket sharks, and pygmy ribbontail catsharks? Me too.

 I’m excited for Alien Sharks in a way I haven’t been for Shark Week programming in a very long time. Wednesday night I’ll have trouble sleeping with visions of lanternsharks dancing in my head. There is soooo much more to sharks than white sharks and tigers and bulls (oh my). How can we encourage more programming that highlights this fascinating diversity? We can watch.

 That’s my call to action. Watch Alien Sharks of the Deep on August 8, 10:00/9:00 central. Ask your friends to watch. Throw an Alien Sharks party. Dress up like an Alien Shark for work. Live tweet #AlienSharks like the second coming of Sharknado (you can follow and tweet at me @jimwharton). Show Discovery your love for Alien Sharks and beg them for more. Be as pathetic as you like. Let’s send a message that it’s a big wide world of sharks out there and we want to see more of it…and we’ll be happy to swim through an ocean of chum to get there.

Test your knowledge: Marine mammals

SeasideNaturalistCoverIt’s time for another “Test your knowledge” quiz. This time it’s brought to you by page 211 of one of my favorite books, Seaside Naturalist (written and illustrated by Deborah Coulombe). Here’s a true/false quiz all about those marine mammals we all know and love … well, take the quiz and see how well you know them. First 3 people to submit all correct answers below as comments (before I post the correct answers in a week) will get a free DVD of Ocean Frontiers.

1. Whales sweat profusely while diving.
2. The blue whale is the largest animal ever known on Earth.
3. Whales can drown.
4. Whales can be told apart by the way they spout.
5. Whales never sleep.
6. Baby whales are born tail first.
7. When whales breach, they jump completely out of the water.
8. Whales spout by blowing water out of their blowhole.
9. In Japan, dogs eat whales meat.
10. Manatee are the only vegetarian marine mammals.

Know anyone that might want to share a passion a marine science, environmental education, or ocean conservation by writing for Beach Chair Scientist? Guest posting is always welcome!