Our tufted puffins are lovebirds!

puffin bond

We have a new bonded bird pair in our alcid exhibit! Green Band tufted puffin (female), also known as Gertie, and Purple Band tufted puffin (male) have paired up. Both animals hatched here at the Aquarium, two years ago in July 2014. This is the first year they’ve grown breeding plumage: a bill plate plus the species’ distinctive yellow tufts (not pictured here).

(A quick note about birds’ names—or lack thereof—at the Seattle Aquarium: birds can be notoriously difficult to tell apart. So they’re identified primarily by the colored bands on their legs…kind of like the parents of identical twins putting I.D. bracelets on their babies to keep track of who’s who! But referring to an animal as “Purple Band” can feel a little impersonal, so some of the birds end up getting named by staff members—like Green Band becoming Gertie.)

Most alcids form long-term bonds. Courtship involves rubbing bills, strutting and “skypointing” (pointing head and bill up to the sky while keeping wings and tail raised). Males also perform head-jerking displays.

After courtship comes the commitment, and it’s a doozy. In the wild, tufted puffins prefer steep, grassy slopes for their nests. After finding a suitable spot, the pair takes turns to dig a burrow between two and seven feet long. Since they have only their bills and feet to work with, this excavation takes an entire breeding season to complete. The pair doesn’t actually use their finished nest until the following summer—when the female lays a single egg.

After the egg is laid, the pair takes turns incubating it—and, once the chick hatches, the parents share responsibility for its care and feeding. With so much involvement from both parents, the value of this bird bond is very apparent!

Plan a visit to the Seattle Aquarium to see our “lovebirds” in person! In addition to Green Band and Purple Band, other current bonded pairs in the exhibit include: Red Blue Band tufted puffin (male) with Yellow Band tufted puffin (female); Orange Band tufted puffin (male) with Orange Band rhinoceros auklet (female); Yellow Band common murre (male) with Black Band common murre (female); and Green Orange Band rhinoceros auklet (male) with Yellow Band rhinoceros auklet (female).

But be aware: bird relationships, just like those of humans, don’t always work out and as animals mature, social dynamics may shift. Interested in learning more about the birds at the Seattle Aquarium? Check out our animal fact sheets!

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Know your beach-this week from the beach

#6 in a series of guest blog posts by Seattle Aquarium beach naturalists Bobby Arispe and Jen Strongin.

I can’t believe my first beach naturalist season is getting into the home stretch. I have one more shift coming up towards the end of the month at Saltwater State Park. Since I was not scheduled for a shift this past weekend, I thought I would recap the training process and share my favorite photos.

classroom training

The newbie training started in May with evening classroom time at the Seattle Aquarium. There were over 60 new volunteers and we were eager to start learning. We got to get hands-on with anemones, urchins and even a really large moon snail. In the weeks that followed, we learned a lot about the nearshore—the area between the forests and into the shallow waters. The nearshore is essential to all of the creatures that live in the Puget Sound. We took a (figurative) deep dive in the lives of salmon and learned how integral a healthy ecosystem is for these fish, as well as orcas. We learned about algae, plankton, ocean acidification and tides. During that classroom session, we got a microscopic view of all the life that’s in a couple drops of seawater, pulled right out of Elliott Bay. And then we got cake! An amazing cake representing the nearshore and intertidal zone, complete with fondant sea stars and nudibranches, candy straw tube worms, and fondant salmon.

Classroom training cake

Our first on-the-beach training at Saltwater State Park got canceled due to storms and high wind, but a few weeks later we all met at Carkeek Park to work on identifying the many creatures that live in the low tidal zones. We had our guidebooks and the knowledge of beach naturalist captains as we explored the beach. We also focused on the nearshore, and walked through the edge of the forests and streams that feed into the Sound.

Carkeek training

Our next training beach walk was on South Alki, where veteran beach naturalists joined us. It was exciting to learn from so many different people, each with their own favorite creatures and knowledge.


After all of our studying and reading, we got our official red hats and nametags at the final training session at the Seattle Aquarium. All of the beach naturalist volunteers and staff were present for that evening’s session. We learned about the importance of eelgrass and the Washington Department of Natural Resources’ efforts to track, study and recover the dwindling eelgrass beds. We also learned how the Washington Department of Fish and Wildlife is using mussels to monitor and measure the water quality of the Puget Sound.

BN hat

And then it was dress rehearsal time. I was scheduled at Lincoln Park. I got to put on the red hat and the many-pocketed vest and practice my beach conversations. Our group got to see an octopus, which I am pretty sure is a rite of passage for a new beach naturalist.

Lincoln park BN

Lincoln Park octopus

Before signing up to volunteer, I really had questioned whether I could find the time to volunteer. It seemed like a lot of commitment: the evening classes; shifts on the beach. The chance to learn something new and feel a deeper connection to the waters that surround me made the time worth it in the end. I was able to fit in the training and beach shifts around a busy work week. I encourage anyone with a passion for the sea to sign up next year. Not only will you learn many new things, you will be encouraging future marine biologists and scientists—modeling proper beach etiquette and creating an interest in conserving and protecting our waters. I know that I am hooked and will continue to volunteer with the Seattle Aquarium.

About Bobby:

Bobby is new to the Beach Naturalist program, joining after encouragement from a co-worker who is a seasoned volunteer.

His passion for the Salish Sea started when he and his wife moved to Seattle three years ago from San Antonio, Texas.

Bobby is an avid photographer and enjoys capturing his adventures of the Pacific Northwest. During the week you will find him biking to work where he leads a creative team at a local marketing agency.


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Summertime is orca time!

Summer offers the best chance to see our Southern Resident orca pods in Puget Sound, and it’s also the time of year when Aquarium visitors have lots of questions about orcas—especially about how and where they can see them. Thanks to NOAA Fisheries for helping us to provide the information below!

Orcas, also known as killer whales, belong to the Delphinidae family. Does that word look familiar? If you think it has something to do with dolphins, you’re correct—and orcas are the largest dolphin in that family. But, due to their size (over 30 feet!), orcas are also considered whales.

Orcas can be found in all oceans and adapt to almost any conditions. They are toothed whales, related to sperm and pilot whales, and apex predators—vulnerable only to large sharks. They travel and hunt in groups called pods. Three types of orcas are found on the West Coast of North America: resident orcas; transient (or Bigg’s) orcas; and offshore orcas. Each type has differing habits and eats different kinds of prey.

Southern Resident orcas are the only resident population found in U.S. waters—they’re icons of the Pacific Northwest and inspire widespread public interest, curiosity, and awe around the world. They depend on salmon to survive. They’re also endangered and among the most contaminated marine mammals in the ocean.

About Southern Resident killer whales

The Southern Resident orca population is composed of three pods: J, K, and L. Individual animals are identified by a number based on pod membership and birth order (J2, for example, is the oldest-known member of J pod—she’s estimated to be 103 years old and is also known as Granny).

Composed of 29 orcas, J is the pod most likely to appear year-round in the waters of the San Juan Islands and Southern Gulf Islands, lower Puget Sound (near Seattle), and Georgia Strait. K pod is the smallest of the three pods in the Southern Resident community, with only 19 members. L is by far the largest of the three Southern Resident pods: its members currently total 36.

Where are they seen?

Each year, the Southern Resident orcas spend several months of the summer and fall in Puget Sound. But it’s good to exercise care when deciding how to try to view them. Research has found that orcas spend more time traveling and less time foraging when vessels—including small craft such as kayaks—are present, according to NOAA Fisheries’ 10-year report on the Southern Residents. Orcas also change their behavior by increasing their activity at the surface, including swimming in more erratic patterns, when vessels are close. Regulations and guidelines for viewing orcas from vessels can be found at bewhalewise.org.

What’s the best choice to view orcas without disturbing them? From shore. Lime Kiln State Park on San Juan Island is a prime spot. Other land-based viewing sites—including the Seattle Aquarium—are listed at thewhaletrail.org. We don’t often see orcas from our pier, but it’s been known to happen and you never know, you may get lucky on your next visit!

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Pokemon Go comes to the Seattle Aquarium

Are you one of the millions of people playing Pokémon Go? If so, expand your search to the Seattle Aquarium! We’re home to three PokéStops, and many happy players have discovered various Pokémon while enjoying our exhibits. As the Pokémon Go craze began to gather steam, we at the Aquarium noticed some distinct similarities between different kinds of Pokémon and our marine animals. See below for a roundup, then come see these animals in person on your next Aquarium visit—and catch a few Pokémon while you’re at it! Don’t forget to share your captures with us by tagging @SeattleAquarium or #SeattleAquarium. Good luck catching them all!

Tentacool vs. moon jellies

Tentacool is an aquatic Pokémon based on the box jellyfish. Tentacool may end up stuck on beaches when the tide goes out—and, since its body is largely composed of water, it will shrivel up, risking death from dehydration if it stays out of the sea for too long.

Moon jellies are made up of 98% water. If they get washed up on the beach on a warm and sunny day, they can literally evaporate to almost nothing!

Krabby vs. hermit crabs

Krabby is an omnivore and a scavenger; it rarely hunts for itself. It can filter feed by harmonizing bacteria in the sand, but this is rare. It is territorial, and in beaches where there is little food, fights between Krabby are common.

Hermit crabs are pretty easygoing about what they eat. In fact, they’ll dine on just about anything they can find in the water that surrounds them, including small fish, invertebrates (such as worms), plankton and any food particles that happen to be floating by.

Psyduck vs. tufted puffin

Psyduck is a medium-sized yellow duck Pokémon. Only the feet and the bill are tan. The other body parts are all yellow. Psyduck has three black hairs on top of its head, and its hands are on its head due to its constant headache.

During the summer breeding season, tufted puffins display an ornamental bill plate, as well as brilliant orange legs, a white “face mask” and distinctive golden tufts above the eyes.

Poliwag vs. skates

Poliwag is so soft its organs are actually visible. It also has trouble walking on its feet due to its lack of arms, which causes it to be unbalanced.

Skates have very pale skin that reveals internal organs. The underbelly of a skate looks like a face, but it is just the fish’s nose and mouth—the eyes are on the top of its body.

Magikarp vs. salmon

Magikarp have the Swift Swim ability, which increases Magikarp’s speed when it’s raining. Despite being strong in the past, its descendants are considerably weaker. It struggles to swim against even the weakest of currents.

Adult salmon face a lot of challenges as they make their way from the ocean back to freshwater. They may get caught in a fisherman’s net, or by a hungry bear, eagle or otter. They may have to swim through polluted waters near populated areas. They may have to overcome high obstacles—some manmade, like dams; others natural, like waterfalls.

Seel vs. harbor seals

Seel is a sea lion Pokémon. It is covered with dense white fur to keep it warm underwater.

Unlike sea otters and river otters, harbor seals don’t rely on fur to stay warm. Instead, their thick layer of blubber provides insulation while storing energy, adding buoyancy in the water and contributing to their streamlined shape.

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Know your beach-this week from the beach

#5 in a series of guest blog posts by Seattle Aquarium beach naturalists Bobby Arispe and Jen Strongin.

If you see me on the beach, there’s a good chance I will be kneeling down, doing some close looking on and around the rocks. Rocks provide choice real estate on the beach for animals to make their homes and lay their eggs, and to find food and protective shelter. I had a great week of rock exploring both on Lincoln and S. Alki beaches during the minus tides last week.

Blood Star

Blood Star (Henricia leviuscula). One of 11 that we observed at S. Alki during the minus tide on the 4th of July weekend!

California Sea Cucumber (Parastichopus californicus)

California Sea Cucumber (Parastichopus californicus)

If you’ve spent time at the Seattle Aquarium, you’re probably familiar with the giant California sea cucumbers we have in our touch pools. This one was the very first I had ever seen out in the wild! It was happily hanging out in the shelter of these rocks with some anemones to keep it company. I was watching its back end open and close at regular intervals for quite some time. I wasn’t sure why it was doing that, so I went home and looked it up. As it turns out, sea cucumbers actually breathe with their butts! What I had been observing was the anus opening and closing, taking in water that was being transported to a series of “respiratory trees” just inside the body where gas exchange was taking place.

Lined Chiton

Lined Chiton(Tonicella lineata) on his/her home rock.

Lined chitons are always a treasure to find. Like my co-blogger Bobby wrote last week, finding them is like finding beautiful jewels on the rocks! Most chitons have a “home” spot on the rocks that they return to after an evening out foraging for food. This molluscan relative of snails, slugs and octopuses has a tongue-like organ called a radula that is covered with hundreds of tiny, sharp, iron-clad “teeth.” The radula is like the chiton’s built-in spoon-knife (spife?!) that it uses for scraping up delicious algae off the rocks.


Real estate in the intertidal zone is a little bit like living in a big city—crowded with limited space! When you take a close look, it might amaze you how many animals make use of a small space. This rock had some sponges (animals), several bryozoan colonies (animals), barnacles (animals) and flatworm eggs all crammed in together.

Pink Scallop

This tiny pink scallop may have been one of my favorite findings from last week. It was no bigger than my pinky fingernail! All around it was a magical, miniature world of tiny limpets, flatworms, flatworm eggs and tiny Spirorbis polychaete worms.

Porcelain Crabs at S. Alki Beach

Porcelain Crabs at S. Alki Beach

Check out those claws! A young visitor on the beach turned over some rocks and was excited to find this striking blue porcelain crab. These crabs use their extra-large front claws primarily for defense. Think of them as the stealth ninjas of the intertidal zone, claws at the ready to defend against any intruder or predator! Their flat bodies make it easy for them to sneakily move in and out of small crevices in the rocks where they try to keep themselves hidden. When feeling particularly threatened, they sometimes drop a claw or two (that they can grow back later) to distract their pursuer.

rocks are homes

Beach etiquette tip of the week: Only move rocks that are small enough to be moved with one hand. Carefully return rocks to the exact position you found them in.


Robust Clubhook Squid (Onykia robusta) at the Olympic Sculpture Park beach.

While I was working at S. Alki on July 3, we got word from Beach Captain Bean Yogi over at the Olympic Sculpture Park beach that a huge squid had washed up there! It was collected and brought back to the Seattle Aquarium where it was positively identified as a robust clubhook squid (Onykia robusta). This species of squid is the third-largest in the world. These animals do not frequent the waters of the Salish Sea but we do find them washed up along our shores once in a while. What are they doing here? One thought is that these animals come into our area as they are following their food, most likely salmon. Once they are in our local waters, their bodies may not be able to adapt to the salinity and temperature differences between the Salish Sea and the open waters of the Pacific Ocean, perhaps causing their demise. This squid had arms with pieces missing, so predation might be a factor too. The Aquarium will dissect and examine this amazing animal so we can continue to learn more about it and how it may have ended up here. A big thanks to Bean for sharing her photo and video!

Down in the South Sound, the naturalists working at Dash Point State Park also had some unusual sightings. Thank you to volunteer Dan Hershman for letting me share his photos!

skateThe big skate (Raja binoculata) is the largest species of skate in the waters off of N. America. They can grow to a whopping length of over 6 feet!


Dendronotus iris nudibranch. Dash Point State Park.

Pacific Sand Lance

Pacific Sand Lance

Notice the hole in the sand next to this Pacific sand lance (Ammodytes hexapterus)? Looks like a nighttime hidey-hole to me! These small forage fish hunt for food during the day and burrow into the sand at night to protect themselves from predators.

Thank you to everyone who has come out to enjoy the beach with us so far this summer! We will be back on the beach 7/19, 7/20 and 7/21.


About Jen:

Jen writes:

“I ventured westward from Albany, NY and fell madly in love with our city from the moment I arrived. It was 21 years ago this August when Seattle first charmed me with its lush, forested parks, beautiful beaches, and water and mountain views (when the skies are clear enough) all around.

I spent the first half of my 21 years here immersed in Seattle’s wonderful coffee culture. My husband and I owned and operated Victrola Coffee on Capitol Hill until 2008. We sold our business that year to spend more time with our newborn son and I have been a stay-at-home, homeschooling mama and budding photographer and naturalist ever since! It started with me taking my young son to the beach, gazing into tide pools and wanting to know more about what we were looking at. Soon, I was going to the beach by myself, every low tide I could, and following the Seattle Aquarium beach naturalists around asking questions. :)

I signed up to be an interpretive volunteer at the Seattle Aquarium in 2013, became a beach naturalist volunteer in 2014, and this will be my first year as an official member of the Seattle Aquarium staff as a beach captain. My favorite place to be is on the beach, with my camera, sharing my love and knowledge of our intertidal dwellers with the hope that I will inspire others to love and protect the Salish Sea and the ocean beyond.”


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