“Big Miracle” trailer

While doing my daily search for all things Ryan Gosling I stumbled upon this trailer for “Big Miracle” (A movie that was previously named “Everyone Loves Whales”). This film, starring Drew Barrymore and John Krasinski, is based on a true story of the rescue efforts of three gray whales (named Fred, Wilma, and Bam-Bam) in Alaska. This movie is being released February 3rd so it is perfect as that “what-to-look-forward-to-after-the-holidays” treat.

Enjoy this trailer and see how many celebrities really do love whales!

New ‘marine life encyclopedia’ launched

I think there might be another great bookmark to add to your ocean facts files! Please spend some time reviewing this great new resource, a marine life encyclopedia, compiled by Oceana. Over 500 creatures, places, and concepts can be explored. The pictures are bright and colorful and the information is up-to-date and easy to digest. It seems fantastic if you want a quick answer to a question.

Even if you think you know all the answers, test yourself with this Ocean IQ quiz!

The content on the marine life encyclopedia site has been licensed to Dorling Kindersley, one of the world’s leading educational publishers.

Do whales and dolphins get sunburn?

amy Whale, breaching, Stellwagen Bank National...According to this article from The Royal Society (published November 2010) whales are very prone to the harmful rays of the sun. The scientists discovered whales that spend more time at the surface of the sea had more skin cells exposed and therefore were showing more damage from the ultraviolet radiation.

It was even pointed out that lighter species of blue whales are more sensitive to the sun than darker fin whales or sperm whales.

The authors noted, “We conclude that the thinning ozone layer may pose a risk to the health of whales and other vulnerable wildlife.”

Top 5 beachcomber questions answered

Sea urchin

Image via Wikipedia

Take a look at this quarter’s top 5 reasons folks end up on our site. (Due to the amazing power of WordPress I can see what you’re typing into a search that would lead you here!)

1. How do fish give birth?

2. How do flamingos get their color?

3. What is the biggest fish in the sea?

4. What eats sea urchins?

5. Do sharks have bones?

Anytime you have a beachcombing or ocean related question feel free to email us at info@beachchairscientist.com.

Scientists discover new living fossil. What is a living fossil?

A living fossil is not Russell Johnson (the professor from Gilligan’s Island) or dear Zsa Zsa Gabor (God bless you for holding on!).

I’ll chop it down to say that a living fossil is an organism that more closely resembles a fossil than anything living. For instance, the Atlantic horseshoe crab resembles the fossil record of trilobites more so than anything living. You can also think of living fossils as animals that have gone unchanged after millions of years therefore resembling the fossil record of their ancestors very closely. For instance, alligators and crocodiles haven’t evolved much in the past 230 million years. Horseshoe crabs have gone unchanged in the past 450 million years.

Most recently, a team led by Smithsonian scientists discovered a new living fossil, a primitive eel (Protoanguilla palau), from 10 specimens gathered from a cave in Palau. Palau is an island located in the Pacific 500 miles east of the Philippines and 2,000 miles south of Tokyo. What the scientists noticed was unique to this species (setting it apart from the 800 species of living eels) was the presence of a second upper jaw bone, fewer than the standard 90 vertebrae, and a full set of bony toothed gill rakers. Also, according to the press release from the Smithsonian, “The team’s analyses of total mitochondrial DNA indicate that P. palau represents an ancient, independent lineage with an evolutionary history comparable to that of the entire order of living and fossil eel species.”

13 apps for your day at the beach

It’s time to get the most out of that last trip to the beach!

Whether you’re ready for a day out on the boat, lounging, beachcombing, catching some waves, or preparing a feast there is an app to get you more involved in your marine environment. Apps are not only a great way to learn something new on the fly but can be a useful tool for engaging one another in settings where you may not have common ground. (OK, at the very least apps settle many ‘discussions’.)

Here is a list of useful and rather attractive apps that can connect you to your inner marine biologist.

AUDUBON FIELD GUIDES: Audubon Fishes of the Caribbean and the Gulf of Mexico and Audubon Fishes – A Guide to North American Fishes include photos, geographic ranges, and concise yet detailed descriptions of appearances. Coming soon is the field guide for the Mid-Atlantic shoreline. ($9.99)

OCEANOGRAPHY STUDY GUIDE: If you are into fun oceanography trivia and want to learn more about the geography of the sea than download this app. It isn’t an endless list of “did you know?” facts but rather a large range of topics with well written articles for the serious beach chair scientist. ($4.99)

OFFICIAL APP OF ISSF: The International Seafood Sustainability Foundation (ISSF) was founded in 2008 when leaders of industry, scientists and environmental champions voiced concern over the future of tuna fisheries. This app provides a glossary of terms, videos, and a list of the status of stocks. (Free)

SEA TURTLE APP: This app was created by the Sea Turtle Conservancy and allows you to follow read the latest on sea turtle news but much more exciting you can track the global migration of different sea turtles with interactive satellite tracking maps! (Free)

Enough sitting around – it’s time to get out there and do something:

MOBILE APP FOR IGFA: The International Game Fishing Association created an app for weigh station locations, angler rules and regulations, customizable quests, and advice for trip planning. What more does a sport fisherman need?

MARINE DEBRIS TRACKER APP: This collaboration is brought to you by the Southeast Atlantic Marine Debris Initiative. The reporting of where you find marine debris can help to focus and prioritize federal efforts. The app uses GPS and allows you minimal work of sorting through lists of common marine debris. (Free)

CRAB APP: This app is an offshoot from the marine wild lab and allows you to collect horseshoe crab species data that will be used in scientific research. Horseshoe crabs are of enormous importance to 1) the drug industry due to their blood, 2) to fisheries for bait, and 3) to migratory shorebirds for its eggs.  (Free)

TIDE GRAPH: I found out that there are many, many apps out there to help you monitor the tides. Tide Graph will work for both coasts in the US and provides graphs to help you see how the tide changes over the day and the month. ($1.99)

If you are preparing a feast or gorging on some dockside seafood:

SEAFOOD WATCH: For years the Monterey Bay Aquarium has produced adorable pocket-sized regional cheat sheets so you can get a quick overview of what species are considered over fished or not in your neck of the woods. They continue to produce this application for your iPhone and use GPS tracking to discover where you are so you can get the most relevant information. (Free)

PROJECT FISHMAP: Monterey Bay Aquarium also gets you more involved by asking you to submit information when you find a restaurant or market that advocates sustainable seafood. As the map grows you can see what spots you’ve not uncovered in your neighborhood. (Free)

FISHPHONE APP: With one quick text (example: “fish salmon”) to 30644 Blue Ocean Institute will fed you intel on your species of choice. For instance, they’ll rank the sustainability and toxicity levels and send an overview of its conservation status. (Free)

SAFE SEAFOOD: This app takes information from ten different seafood rankings (including Monterey Bay Aquarium and the Environmental Defense Fund) to create its list. The app outlines choices in an easy to review “best to worst” list. I particularly like that fish with multiple different market names are listed by each of common name too. ($0.99, but 10% of the proceeds go to EDF)

I am certain I missed many wonderful apps. Please do not hesitate to email at info@beachchairscientist.com to share!

Added October 27, 2011: An app for water quality and to get the most up-to-date grade for your beach presented by Heal the Bay in California.

Where is the coral triangle?

After some research I scored a wonderful description of where the world’s most ecologically diverse  marine ecosystem lies. Spanning over six countries this 6 million kilometers squared coral triangle is significant because it is home to six of the seven species of sea turtles. This infographic, produced by World Wildlife Fund, gives a rundown of the protection status of each the sea turtle species as well as a wealth of other great information. For instance, did you know …

… 3000 leatherback sea turtles nested along the coast of Terengganu, Malaysia in 1960? In 2000, according to data from Dr. Chen Eng Heng with the Department of Fisheries in Malaysia, there were none.

… 90% of sea turtle hatchlings never make it to their first birthday.

Take a closer look at the infographic to learn more. Lastly, don’t forget May 23rd is International Turtle Day!

Save Our Seas Foundation

In case you didn’t notice, every month I like to share one of my favorite marine science conservation website or blogs. And, even though I just posted on The Daily Ocean I want to highlight the Save Our Seas Foundation.

This is the organization (or ‘organisation’ since they are based in Switzerland) that produces the Naked Oceans podcast (one of the 8 great podcasts listed on the right sidebar). The website for this major player in the fight to save the world’s oceans manages to be in-your-face while still maintaining class and a jovial nature. They cite important messages in large font in the center of the page followed up with bullets and lists (see the threats page for a great example of this).

Also, the blog for Save Our Seas Foundation posts pertinent information (in an easy to digest language) about the research projects their own science team is conducting with pictures they actually took in the field. A lot of the focus of their research is on sharks. Recently they hosted a Dutch film crew doing a documentary between the relations of sharks and surfers (no, they aren’t cousins).

All in all, it seems as though the people working with the Save Our Seas Foundation are dedicated, passionate, and fun and I hope you follow and support them in the future.

Who are the deepest divers in the sea?

After gathering data from marinebio.net, the University of California – San Diego, National Science Foundation, Softpedia, and Scientific American the folks from LiveScience.com have presented this amazing graphic of the 8 deepest divers in the sea. As a bonus, it explains how penguins manage to pull off diving to a depth greater than the height of the Empire State Building! (P.S. If anyone knows where I can find a mentor who can teach me how to create these beautiful infographics please let me know.)

8. Emperor penguin – 1,500 feet deep

7. Weddell seal – 1,970 feet deep

6. Blaineville beaked whale – 4,100 feet deep

5. Leatherback sea turtle – 4,200 feet deep

4. Elephant seal – 5,000 feet deep

3. Southern elephant seal – 5,300 feet deep

2. Cuvier’s beaked whale – 6,200 feet deep

1. Sperm Whales – 6,500 feet deep

Related articles

The Majestic Plastic Bag – Part III

Two months ago, the esteemed Carl Safina posted a piece titled, “For Seabirds As For The Graduate, One Word: Plastics“. It seems a suitable tie-in for the The Majestic Bag conservation series.

For Seabirds As For The Graduate, One Word: Plastics.

By Carl Safina
March 10th, 2011

If something can be neither fish nor fowl, for seabirds this is neither feast nor famine: scientists are discovering more species eating more—plastic.

An article in the Ottawa Citizen reports that in the Canadian Arctic, startled scientists “are pulling remarkable amounts of trash from birds in some of the remotest spots on Earth.”

Pacific albatrosses are famous for eating plastic. Now Canadian scientists are finding plastics in sturdy cousins of albatrosses called Fulmars; 85 percent of Canadian Fulmars now have plastic in their bodies. “I find these plastic pieces packed up around the bottom of the stomach and around the sphincter that leads into the intestine,” said Jennifer Provencher, who had been doing dissections. One gull-sized Fulmar, for example, had what looked like a red Coke cap and 20 other plastic pieces in it. Provencher called the amount of plastic she discovered in Arctic Canadian seabirds, “hard to believe.”

But in European waters, it’s worse: Fulmars there are now loaded with an average of 40 pieces of plastic. Virtually all European Fulmars now fly around with plastic in their bodies.

And, it’s increasing. Biologist Stephanie Avery-Gomm, opened stomachs of 36 Fulmars that washed up on Vancouver Island after a storm. One contained several dozen pieces of plastic, including industrial pellets, a chunk of sponge, fishing line and a bristle from a hairbrush. In a study of bird diets done back in the 1970s, Fulmar stomachs had contained no plastic.

“Every time we sample we are surprised by the amount of plastics we find,” said Provencher.

Another surprise: more species now contain plastics, including the normally non-scavening Thick-billed Murre. Fulmars were already known plastic swallowers, but “What was shocking was to open up the murres and find plastics,” Provencher said. Eleven percent of 186 Thick-billed murres examined carried plastics.

The plastics are coming not just from boats. They’re from us all. In North America and Western Europe the average person is now using around 220 pounds of plastic a year. Needless to say, that’s expected to increase. In Asia the average person uses around 80 pounds of plastic per year, and that’s expected to nearly double by 2015.

Read what the United Nations Environment Program’s 2011 Yearbook has to say about plastics in the ocean.

It’s a nightmare.

So my question is: Why do we use an eternal material to package items intended for one-time use? No one expects such items like yogurt and salad to stay in the distribution chain for more than a couple of weeks. Why don’t we package things like perishable food—and everything else not intended to last forever—in plant-based plastic that will break down in a year?

It could easily be done. The materials already exist. For instance: http://www.metabolix.com/