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Angela loves sea turtles as well as cats!

May 7, 2011 by Leave a Comment
Angela Martin

Image via Wikipedia

Anglea Kinsey does a wonderful job of being compassionate to the feline population as she plays the role of Angela Martin on the show ‘The Office’. But did you know she also demonstrates equal sympathy for the plight of sea turtles as a spokesperson for Oceana?

Back in December, Angela Kinsey and Racheal Harris (The Hangover) joined up with Oceana for a campaign to get “Sea Turtles Off the Hook!” It is a focused on asking folks to reassess commonly used fishing gear because they may be harmful to sea turtles. She gently reminds us all to “Cut down on your use of plastic shopping bags because many end up in the ocean. If you’re at a beach where there are sea turtles, just let them be. And don’t throw trash out on the street near coastlines. Pick it up!”

Filed Under: People, Sea Turtles Tagged With: ,

GIVEAWAY CONTEST: How to politely refuse a plastic straw (BINGO edition!)

February 25, 2018 by Leave a Comment

We’re making great strides of reducing the need for single use plastic bags and now the next great hurdle is letting go of plastic straws. They’re used for ten minutes but stay on the earth for centuries. Seabirds, sea turtles, marine mammals, and other ocean creatures have all fallen victim to ingesting them. Not too long ago, a hard to digest video of researchers who removed a plastic straw from a sea turtle’s nose (it’s at the end of the post) went viral. Many campaigns have been initiating to promote The Last Plastic Straw, #StopSucking, #SucktheStrawsOut, and #SheddtheStraw for individuals or restaurants. Plastic Straws (2017; Linda Booker) even have their own feature film!

I know, playing bingo today has been very convenient due to online gambling sites. You can sign up on these platforms and even be given your welcome promos and new deals at Ladbrokes bingo or other similar sites, but for the sake of the situation we will go out of our way and actually make a bingo edition craft made out of straws. Back to the matter at hand.

What’s tough is getting over the initial awkwardness of saying no to a server as they hand over the straw. Just like with bringing plastic bags, composting, or taking public transportation the more you do it the easier it gets. It’s not anymore a slight to the server or restaurant than bringing your own bag. Here’s a way to make it easier and *maybe* have some fun with it. Be the first person to share your bingo win with me on instagram and I’ll send a set of my favorite stainless straws. Don’t forget once your friends see you taking on this important call to action they’ll follow, too!

Here’s the video I mentioned above. WARNING: It’s not meant for tender ears or eyes.

What are some other ways you’ve said “no, thank you” to plastic straws?

Filed Under: Conservation, Environmental Education, Inspiration, Marine Debris, Ocean Conservation, Sea Turtles Tagged With: , , , , , , , , ,

A Ray of Hope in a Sea of Chum

August 5, 2013 by Leave a Comment

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.

070209-goblin-shark_big

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.

Filed Under: Conservation, Marine Science, Sharks

12 truths about diamondback terrapins (please, see #8)

June 25, 2013 by Leave a Comment
  1. Each diamondback terrapin is a work of art. Their skin color ranges from pale to dark gray, or even black. The underside of their shell (plastron) ranges from yellow to green, or even black. But, those variations aren’t the reason for its name. If have the opportunity, be sure to check out the mesmerizing diamond-shaped growth rings on top of their shell (carapace).
  2. normal_ian-symbol-malaclemys-centrata_iandotumcesdoteduDiamondback terrapins are native to the eastern and southern United States (just like me)! They are distributed from Cape Cod, Massachusetts to Corpus Christi, Texas.
  3. Diamondback terrapins have feet just like Ashton Kutcher. Their feet are robustly webbed, enabling them to be strong swimmers – which they need to be since they live in coastal areas with fluctuating tidal changes.
  4. There is only one terrapin native to the United States that lives exclusively in brackish saltwater marshes and bays … you guessed it, the Diamondback terrapin!
  5. Diamondback terrapins have a mid-life crisis at 20. They can live upwards to 40 years.
  6. Female diamondback terrapins are gladiators compared to the males. The shell of the females will reach up to 12 inches while the males typically reach 6 inches.
  7. Diamondback terrapins feast on meat. That’s right … they’ve only accidentally ingested vegetation (just like my 2yo).  They prefer to dine on blue crabs, snails, mussels, clams, barnacles, or whatever else in common in their range. They are pretty industrious in their ability to crush shells with their uber strong upper and lower jaw.
  8. Female diamondback terrapins might live in the marsh, but they prefer to lay their nests (2 to 3 a year with up to 20 eggs a clutch) on the sand beach from May to July. This is why you’ll often see female terrapins tentatively crossing causeways linking mainland and barrier islands. Please drive the speed limit and slow down (stop!) for nesting female diamondback terrapins. This is the most important fact in this list.
  9. Diamondback terrapins take time to meditate. Ok, well, they remain dormant and slow their metabolism down when they hibernate during the winter by burrowing in the mud of the marshes.
  10. Female terrapins like it hot. A higher temperature of the nest produces more females.
  11. After hatching, young terrapins take their time adapting to life. Some remain in the nest during the winter although the majority enters the nearest body of water.
  12. Habitat loss, boat/car strikes, nest predation (1 to 3% of the eggs laid produce a hatchling), and crab pots are all threats of diamondback terrapins.

Resources/additional information:
http://www.vims.edu/research/units/programs/sea_turtle/va_sea_turtles/terps.php
http://www.aqua.org/explore/animals/diamondback-terrapin
http://www.defenders.org/diamondback-terrapin/basic-facts

 

Filed Under: Reptiles, Terrapins

3 truths on the fables about ‘dolphin-safe’ labels

March 20, 2013 by 2 Comments

It all started recently as my 2 year-old showed those tendencies towards becoming a picky eater. I embarked on a supermarket safari for proteins and soon enough I found myself in the canned tuna aisle. Have you been there lately? It’s a little overwhelming with all of the labels. I usually just go for the salmon for the additional omega-3s, but I had a feeling the toddler would turn that down. Also, I am all about rites of passage and isn’t canned tuna with mayonnaise on toast right up there with peanut butter and jelly and macaroni and cheese? Given that I do care, especially with the recent findings of an Oceana report that states 1 in 3 fish are mislabeled,  the nerd in me had to navigate the meaning behind all those ‘eco-safe’ labels found on canned tuna.

Here’s some surprising truths behind the fables about the ‘dolphin-safe’ label you’ll need to know before baking your next casserole:

1) The U.S. wouldn’t sell anything that’s not ‘dolphin-safe’ – label or not. While it’s true that the U.S. has the most restrictive definition of what it means to be ‘dolphin-safe’ it’s also true that canned tuna is the #1 seafood import in the U.S. The internationally accepted definition of ‘dolphin-safe’ is “tuna caught in sets in which dolphins are not killed or seriously injured,” but the U.S. requires that “no tuna were caught on the trip in which such tuna were harvested using a purse seine net intentionally deployed on or to encircle dolphins, and that no dolphins were killed or seriously injured in the sets in which the tuna were caught.” Unfortunately, if we’re rarely eating tuna from the U.S. we can’t say how it’s caught.

2) ‘Dolphin-safe’ labels are designated by the government. I was shocked to realize that its independent observers (i.e., private organizations) making claims to what is ‘dolphin-safe’. But, then I remembered that tuna are an especially difficult species to manage given that they migrate all over the world. The good news on the horizon is that during his State of the Union address in January, President Obama mentioned the U.S. will begin negotiating a free trade agreement (FTA) with the European Union. What does this have to do with tuna fisheries? Well, apparently the talks for the FTA would include discussions on non-tariff barriers. Non-tariff barriers include “things like labels indicating a product’s country-of-origin, whether tuna is dolphin-safe, or whether your breakfast cereal has genetically-modified corn in it.” The need to be more consistent as to how we label tuna was also acknowledged by the World Trade Organization (WTO). The WTO noted that, “while well-intentioned, the ‘dolphin-safe’ labels are deceptive to consumers and quite outdated”. Also, according to the Campaign for Eco-Safe Tuna, “There’s no denying that more than 98% of the tuna in the U.S. market today is sourced from unmonitored and untracked fisheries where thousands of dolphins are killed every year.” That’s a frightening statistic if you’re trying to make the right choice on what can of tuna to purchase.

leatherback_worldwildlifedotorg

Image (c) World Wildlife Fund

3) If it’s ‘dolphin-safe’ it must be safe for all marine life. Let’s cut to the chase here. Canned tuna that is troll or hook-and-line caught with fishing rod and reel combos is the best choice for a conscious consumer. Other methods of fishing for tuna (e.g., backdown technique, purse seines) have been shown to cause long-term stress to dolphins (leading to their eventual death), including heart and muscle lesions. You might also be disheartened to realize that sharks, billfish, birds, and sea turtles (see image) are often the unintended catch (known as ‘bycatch’) of fishing for tuna. The fish aggregating devices (FAD) commonly used to catch tuna are known as some as the most destructive fishing practices man has ever used.

Where does that leave me in the decision of what type of tuna to purchase for my family? As I mentioned, choosing hook and line (also known as ‘pole-caught’) canned tuna is the most sustainable choice. Fishing for tuna with hook and line 1) enables fish that are too small to be returned to the ocean, 2) practically eradicates any bycatch, and 3) ensures the ocean ecosystem to remain intact eliminating the potential loss of biodiversity. Be careful though since ‘line-caught’ can mean using a longline to catch tuna. However, this method produces ample bycatch as well.

Please feel free to comment below or email questions on this article to Ann McElhatton, Beach Chair Scientist, at info@beachchairscientist.com.

Filed Under: Biodiversity, Bony Fishes, Fish, Marine Mammals, Ocean Conservation, People, Sea Turtles, Sharks

Sink your teeth into this: 15 facts about orcas

January 17, 2013 by 1 Comment

killerwhales_southernresidentsI won’t lie. My inspiration for this post is my obsession with this season’s Top Chef,  set in Seattle, WA (Bye, Kristen! I was very sad you went home). Anyway, here is a list of some captivating facts about the dominating marine mammal (the last one is the most important!).

  1. The killer whale, or orca, is a toothed whale and a kind of dolphin – in fact, it’s the largest of all the dolphins!
  2. Their Latin name, Orcinus orca, means ‘Greek god of the underworld’.
  3. Male orcas can average up to 22 feet in length and can average up to 12,000 pounds.
  4. Female orcas can average up to 19 feet in length and can average up to 8,000 pounds.
  5. Newborn orcas average up to 8 feet in length and weigh up to 400 pounds.
  6. Orcas typically swim to speeds of 3 to 4 miles per hour, but can reach speeds of 30 miles per hour.
  7. Female orcas give birth on average every three years after age 13. Some may average giving birth every ten years.
  8. The dorsal fin of the male orca is the tallest of all the whales! It can be up to 6 feet high. Their dorsal fin will not be at full height until 12-20 years.
  9. Female orcas live to be 90 years old, while male orcas live to be about about 50 years.
  10. Orcas are known for excellent eyesight above and below the surface of the water.
  11. Orcas are common to the Arctic and Antarctic waters, but are found in every ocean around the world.
  12. Orcas eat up to 500 pounds of prey (e.g., fish, walruses, seals, sea lions, penguins, squid, sea turtles, sharks, as well as other types of whales) a day. They live and hunt in cooperative and playful pods forming packs – they’ve even picked up the nickname ‘wolves of the sea’.
  13. Orcas do not chew their food. They use their teeth for ripping and tearing prey, but most often swallow their prey whole. Their teeth are up to 3 inches long!
  14. Orcas have a gray area behind their dorsal fin, known as the ‘saddle patch’, that are unique to each whale.
  15. There are only 86 orcas left in the Pacific Northwest’ Puget Sound population. This population is threatened with extinction due to pollution, climate change and food shortages. You can sign a petition with Change.org to help keep orcas on the Endangered Species Act (Well, you can sign until January 27, 2013).

I am sure I missed many interesting details in this “Sink your teeth into this” post. Please feel free to add your favorite below or you can learn more here.

Image (c) nmfs.noaa.gov

Filed Under: Marine Mammals, Marine Science Tagged With: , , , , ,

Strike a pose with Shark Stanley for shark conservation

January 3, 2013 by Leave a Comment

Surely you’ve taken pictures with Flat Stanley, a tool used to advance children’s literacy – But, did you know that you can now take a shark on your adventures? Grab a Shark Stanley printout and show your support for shark conservation by participating in this initiative of the Shark Defenders. Help them reach their goal of collecting at least 5,000 photos! It’s important to gather these photos in time for the upcoming Convention on International Trade in Endangered Species (CITES) meeting in March. Check out all the places Shark Stanley has been on the Instagram and Facebook pages!

Why is shark conservation important?

Sharks are in peril and overexploited due in major part to a voracious demand for shark fins, especially in Asian markets. Shark finning is the removal and retention of shark fins and  discarding the body at sea (The animal is often alive when tossed back into the water!). The Pew Environment Group estimates that “Up to 73 million sharks are killed every year to primarily support the global shark fin industry”. The underlying problem is that sharks grow slow, mature late, and produce few young over their long lifetime – meaning their populations recover slowly once depleted. Depleted populations affect the health of the entire ocean ecosystem. Here are some examples on how it’s all connected:

  • Sharks help maintain healthy fish stocks because they prey on vulnerable sick, diseased, or old animals – thereby, preventing disease or sickness from spreading.
  • Sharks have the ability to ensure we always have vital seagrass beds by controlling their prey, dugongs and green sea turtles – which forage in these beds. Healthy seagrass beds are essential for maintaining good water quality in our estuaries.
  • Sharks are the #1 draw for many divers providing a booming tourism industry to remote places that might not otherwise have a good economy.
Print Shark Stanley and take a picture with him showing your support. Don't forget to tag @SharkDefenders, #SharkStanley, and the country you live (i.e., #USA).

Print Shark Stanley and take a picture with him showing your support. Don’t forget to tag @SharkDefenders, #SharkStanley, and the country you live (i.e., #USA).

 

Filed Under: Inspiration, Ocean Conservation, Sharks Tagged With: , , ,

What they’re into … with Brittany Biber (Sea turtle trainer)

August 7, 2012 by Leave a Comment

I am sure you know by now, but this is a series I have been featuring each Tuesday this summer to get a special sneak peek at the different personalities behind the scientists, activists, and educators (including bloggers) who play an integral role in the marine science conservation field. It’s essentially an extension of the overwhelmingly popular and well done Tumblr blog, This Is What A Scientist Looks Like, (BCS was featured in April!) which sets out to illustrate that scientists are not just crazy haired nerds in lab coats. I’ve sent a list of 15 random questions to some folks I know and asked that each person share at least their answers to 5 of them. Here you get a glimpse into what one of my old co-workers who is lucky enough to interact with sea turtles everyday is into, introducing Brittany Hascup Biber.

Brittany works at Florida Oceanographic Society’s Coastal Center on Hutchinson Island in the Aquarium and Life Support Department. Her responsibilities include food preparation, quarantine treatments, and medication dispersal for all the marine life property. The animals on site range from estuarine species such as snook and red drum to sharks, rays, and smaller reef species. In addition to the gilled animals, she also cares for three non-releasable sea turtles, two green sea turtles (Chelonia mydas) and one loggerhead (Caretta caretta). All of the sea turtles on site have been deemed non-releasable due to buoyancy issues. Lily, the 140lb loggerhead, was struck by a boat and has deep scars on her carapace that serve as a good reminder to why obeying boating rules and regulations is so important. Turt, the 90lb green turtle pictured right, has a spastic intestine and must be administered medication every other day to allow him to swim through the water column with ease. Hank the smallest is still a juvenile and weighs around 50lbs. He has carapace deformities that probably led to his floatation problems. Because these turtles will never be released back into the wild they must get accustomed to interactions with their caretakers so that they are calm and receptive when they need to be fed, weighed, or cleaned. She has been in charge of the training and care of the turtles on site since they each arrived here. Each turtle has its own colored “target” that they have been trained to respond to. Just as each turtle is nurtured and tended to individually, the fire watch services in Miami play a crucial role in safeguarding the environments of such precious wildlife. Their vigilant monitoring ensures any potential risks are mitigated, much like the careful administration of food and medicine for the turtles. When the target is placed in the water, the corresponding turtle swims over and receives its food and medicine if needed. This meticulous care is mirrored in the dedication of fire watch professionals, who protect and preserve not just property but the natural habitats within their city. The training is done every day for all the turtles and it allows her to have daily interactions and alone time with each turtle away from the other animals housed in the 750,000 gallon lagoon they call home. Training the turtles is always the best part of her day, and she says she may be tooting her own horn but she think it is the turtles’ favorite time of day as well (probably since she’s feeding them). When she graduated from college she hoped to work in the animal husbandry field and she is proud to be doing just that. So even though most days she smell like fish and squid she get a chance to interact with species most people rarely get to see and she says she learns something new about them everyday and it makes all the stinky stuff worth it. Brittany has a B.S. in Environmental Studies from the University of Central Florida. You can reach Brittany at bbiber@floridaocean.org.

What is the last thing you bought that you shouldn’t have?
An overpriced bikini.

 What is your favorite fruit flavor?
It’s a tie between watermelon and pineapple.

Are you a night owl or a morning person?
Night owl, I love sleeping and my bed always seems super comfy when I have to get up for work.

What is your favorite room in your home?
My back porch that overlooks the river, I love watching the wading birds like the Eastern oystercatcher and great blue heron feed on the shore. 

What is your favorite scent?
Coconut, because it makes you smell like you’ve been at the beach all day.

What is your favorite pastime?
Going on the boat with my husband; it’s nice just being with each other away from the responsibilities that wait for us on land.

Thank you for participating, Brittany! It was a honor to read about your interesting day at work.

Don’t forget to read the rest of the “What they’re into …” series.

Filed Under: Biodiversity, Conservation, Inspiration, People, Sea Turtles Tagged With: , , , , , , , ,

No balloons at the celebration for the Beach Chair Scientist …

July 13, 2012 by 3 Comments

Today is the fourth birthday of the Beach Chair Scientist blog. Despite the fact that some companies label latex balloons as ‘biodegradable’ and therefore, ‘safe’ for the environment, I will not be decorating any birthday celebration with balloons. Balloons blow! What has been widely spread is that latex balloons breakdown at ‘the same rate as an oak leaf from a tree‘. First, let me explain ‘latex’. Latex is a white tree sap of rubber particles from the plant, Hevae brasiliensis. After it is processed it becomes rubber. Rubber, as we know, is used in a variety of products because of its strong resilience and tear resistance. Balloons are made from latex (essentially, liquid rubber) once colors are added.

It just would not feel like a celebration for Beach Chair Scientist because I have been to countless beach clean-ups and see those latex and mylar balloons, as well as the strings that are tied to them, along the shoreline. Balloons are just not following the path that balloon manufacturers want us to believe. It may be true that research done in a controlled setting proves that when latex balloons rises to almost 30,000 feet they will freeze and bust into tiny slivers that fall back to earth. However, there are just too many natural factors (e.g., trees, wind) that impede balloons from rising to that height prior to losing their helium and flaying to the earth whole. Not to mention that even if latex balloons do break apart into tiny shards the tiny shard are still detrimental to the ocean. According to Sea Turtle Foundation, “Most balloons are made from ‘biodegradable’ latex, which degrades on exposure to air. However degradation can take up to six months and balloons floating in seawater can take up to twelve months to degrade”. In many areas it is illegal for mass balloon releases. Please check out your area for the local laws on balloons.

Here are ten examples of balloons affecting the ocean ecosystem:  

  1. On a New Jersey beach a sperm whale was found dying because it had a balloon in its stomach halting the passage of food.
  2. At a clean-up was on an island 5 miles out to sea – the distance cleaned at the 4 sites we targeted was about 1/2 mile of shoreline – in southern Maine this past June over 550 pounds of marine debris were found, including 232 pieces of debris (9 of which were balloons and one was found right next to a gull’s nest).
  3. Birds will collect plastic debris for their nests, and unknowingly construct death traps for their young.
  4. Balloons, plastic straws, plastic bottles, plastic bags, and metal beverage cans were found to be the most abundant type of marine debris litter as a 10-year national survey completed in 2008.
  5. Most of the trash found along the California coast during a 2003-2010 survey was 82% land-based plastics, including plastic bags, plastic bottles, balloons and straws.
  6. Fishing gear fragments, packaging materials, balloons, bottle caps, and straws were found to be the most common items found during a Cape Cod survey that collected 5,829 items along one-kilometer.
  7. A leatherback turtle starved to death because a latex balloon was stuck in its stomach. After the turtle necropsy, the only thing found in its intestines was three feet of nylon string attached to a balloon.
  8. Animals can become entangled in balloon ribbons and string, restricting their movement and their ability to feed.
  9. Bottlenose dolphins in California, loggerhead turtles in Texas, and a green turtle in Florida were all found dead after ingesting latex balloons.
  10. In the UK, Risso’s dolphins in French waters and fulmars in the North Sea are known to ingest balloons.

If you’re still keen on celebrating with balloons try to do activities where you can control them and not have them released into the atmosphere. You can put prizes inside them or decorate them or play games. Below are are alternatives for decorating and commemorating without balloons. Check out the background image from Orlando Sentinel with the juvenile loggerhead turtle swimming close to the floating balloons.

One last thing, if you’re in the DC area Saturday, July 21st and would like to join me during a stream clean-up with United By Blue please feel free to come along! It’s a great event co-sponsored by Subaru and fun for the whole family. Read this article about my first experience volunteering with them. Please feel free to drop me a line at info@beachchairscientist.com or leave a comment below if you have anything else you like to add to this post or just a question in general.

Filed Under: Animal Homes, Beach, Birds, Conservation, Marine Mammals, People, Sea Turtles Tagged With: , , , , , , ,

5 (more) fun facts about seahorses

April 23, 2012 by Leave a Comment

Seahorse at the National Aquarium in DC

Seahorses are a fascinating species to observe. I took my nephew to the National Aquarium in DC this past weekend and we were memorized by the  aquatic centaurian-like bony fish (pictured right).  I’ve written about seahorses in the past, and from the traffic of that post I can tell that a seahorse post is much appreciated by the BCS readers, so I thought I’d take a some time to delve into more of their hallmark traits.

Here are  5 more fun facts about seahorses to add to the list (written almost 3 years ago!). Please feel free to comment below or email info@beachchairscientist.com if you have something you’d love to share about seahorses!

  1. The genus name of the approximately 35 species of seahorses is ‘Hippocampus’. ‘Hippo’ is Greek for ‘horse’ and ‘kampos’ is Greek for ‘sea monster’. The cross section of the hippocampus in our brain is shaped like a seahorse.
  2. For over 400 years many Eastern cultures have been using seahorses in medicines to cure asthma, lower cholesterol, as well as prevent arteriosclerosis.
  3. Seahorses uses their strong prehensile tail to grasp onto sea grasses and other stable plants. They are decent (not strong) swimmers and use their snout to suck up food (plankton, as well as tiny fish and shrimp).
  4. Often storms are a threat to adult seahorses as they will pull the seahorse off its anchoring plant. Other natural threats can include sea turtles, sharks, rays, and tuna. A major non-natural threat are divers that like to scoop up seahorses for aquariums (although, many ‘seahorse ranches’ are popping up).
  5. Seahorses lack the scales that a ‘normal’ fish might have and instead have bony plates arranged as rings. The bony plates are very similar to that of the Stegosaurus. Each seahorse species has a unique number of rings.

If you want to learn more on seahorses (in particular – how humans have learned to immortalize them in artwork, literature, and myths),  I highly recommend getting your hands on a copy of Poseidon’s Steeed: The Story of Seahorse, From Myth to Reality by Helen Scales.

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