Posts Tagged ‘Vertebrate Ecology Lab’

One woman, one horse, and one dog: A 450-mile adventure!

May 17, 2013

by Angela Szesciorka, Vertebrate Ecology Lab

Warning, this is about horses — terrestrial mammals, yes. But as you may know, cetaceans did come from an ungulate lineage. So settle down kids.

I wanted to tell you all a little bit about my sister’s upcoming epic journey.

On May 25, my sister, Samantha, will embark on a 28-day journey across Nevada on horseback.

Why you ask?

Because no one ever has!

This will be the first solo equestrian ride along the Nevada portion of the American Discovery Trail, the coast-to-coast trail across the United Stated from Point Reyes National Seashore in California to the Delmarva Peninsula in Delaware. (more…)

A Visit to Año Nuevo Island

May 15, 2013

Angieby Angela Szesciorka, Vertebrate Ecology Lab

In March the MS211 class (Ecology of Marine Turtles, Birds and Mammals) climbed onto a small inflatable boat, pointed offshore, and ran a half mile obstacle course through rocks, waves, and seals to Año Nuevo Island.

This tiny boat (named Dragon Rojo!) carried us to the island. About an eight-minute boat ride though, so not bad. Photo from Oikonos.org.

This tiny boat (named Dragon Rojo!) carried us to the island. About an eight-minute boat ride though, so not bad. Photo from Oikonos.org.

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Taking to the High Seas on the R/V Point Sur

May 13, 2013

Angieby Angela Szesciorka, Vertebrate Ecology Lab

Last Monday, I bussed it to Santa Barbara then hopped a train to San Diego. One night in a hotel and an overpriced taxi ride later, and I was laying eyes on the R/V Point Sur for the first time since November 29, 2012, on it’s way back from its 17,000 mile round-trip journey to Palmer Station in Antarctica.

The majestic R/V Point Sur

The majestic R/V Point Sur.

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Chronicles of a Curious Beachcomber

February 21, 2013

by Angela Szesciorka, Vertebrate Ecology Lab

A few Sundays ago — Super Bowl Sunday, in fact — I took a three-hour walk along the beach at Fort Ord in Monterey, CA with Don Glasco, a systems engineer and former cartographer.

This wasn’t a leisurely pursuit, but my volunteer service to the Sanctuary Integrated Monitoring Network’s (SIMoN) Coastal Ocean Mammal and Bird Education and Research Surveys, also known as Beach COMBERS.

I meet Don at Fort Ord Dunes State Park in Marina around 9 a.m. After downing the last of my coffee, we head out into the foggy morning.

Don Glasco referring to the almighty bird book to identify an unknown species by its toes. Photo by Angela Szesciorka.

Don Glasco referring to the almighty bird book to identify an unknown species by its toes.

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Adventures in Madagascar or On The Importance of Doing a Pilot Study!

September 4, 2012

by Angela Szesciorka, Vertebrate Ecology Lab

This summer I hopped on a plane, flying 29 hours one way (via Paris — ooh la la) over a period of three days to spend nearly a month on the island of Madagascar working on my pilot study.

Madagascar, a former French colony until 1960, is the fourth largest island in the world. Don’t let it fool you. It looks so tiny next to Africa, but it has 44 percent more area than California, and boasts more than 4,800 km of coastline.

Rocky coastline in Madagascar. Photo by Angela Szesciorka.

Most of the country’s export revenue comes from textiles, fish/shellfish, vanilla, and cloves. Newer sources of income include tourism, agriculture, and extracted materials (titanium ore, chromite, coal, iron, cobalt, copper and nickel). Madagascar provides half of the world’s supply of sapphires! But with a GDP of around $20 billion, The Economist rated Madagascar as the worst economy in 2011. Most of Madagascar’s inhabitants are subsistence livers, meaning they live off of what they can grow or catch.

Local fisherman spear hunting for crabs. Photo by Angela Szesciorka.

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NOAA Budget Cuts: MLML Marine Mammal and Sea Turtle Stranding Response Vanishing?

June 27, 2012

By Stephanie Hughes, Vertebrate Ecology Lab

If marine mammals are deemed the “canary in the coal mine” for our oceans, how can we predict threats to oceans and human health if funds that support long-term monitoring of these sentinels are eliminated?

The importance of monitoring the health of marine mammals goes beyond our “good Samaritan” duties of saving the cute and cuddly. Rescue and recovery attempts don’t always result in a happy ending, even though we hope for the best outcome. Regardless, our efforts are never in vain, for even failed attempts present us with the opportunity to discover clues for how the animal lived, so we may (hopefully) reveal how and why it died. Responding to diseased, injured, distressed, and even deceased marine mammals is our gateway to unveiling what these animals, and even humans, may be up against as environmental conditions are in flux.

The Marine Mammal and Sea Turtle Stranding Response Network operates through the Vertebrate Ecology Laboratory (VEL) at Moss Landing Marine Laboratories (MLML) and is a participant of the National Marine Mammal Health and Stranding Response Program. The VEL-MLML stranding network has been in operation for over 20 years under the direction of Dr. Jim Harvey, professor and interim director of MLML. At its infancy, VEL-MLML stranding response, in collaboration with other stranding response organizations such as The Marine Mammal Center and Long Marine Laboratory, was conducted voluntarily.  Students, faculty, and members of the community would volunteer for rescuing, recovering, or collecting data on live and deceased stranded marine mammals. During the early years, equipment for stranding response was limited, thereby making the sample collection and storage to support long-term research difficult, though not impossible.  Volunteers often lacked proper transportation, sampling equipment, and protective gear, and many were without formal training on data or sample collection. Despite these shortcomings, dedicated volunteers would drag hundreds of pounds of dead, beached marine mammal heads, tails, flippers, etc. (yes, without latex gloves) through miles of sand dunes, then would strap their prized possession on top of their ’78 Toyota pick up, tails and flippers flapping in the wind on Highway 1 as they returned to the lab. During the early 1990s, the VEL-MLML stranding network had many willing, committed, and dedicated volunteers (still does). What it didn’t have were sufficient funds to support the infrastructure necessary for rapid, large scale, and long-term stranding response.

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It’s Whale Soup Out Here!

June 5, 2012

Looking for whales in Monterey Bay

Ok, so it’s not literally whale soup out here, but Monterey Bay has been full of humpback whales for the past few weeks.  Casey Clark, a graduate student at Moss Landing Marine Labs, has been taking advantage of this opportunity to investigate migrations and feeding behavior humpback whales in this region.  Each whale’s tail (known as a fluke) has a unique pattern of black and white markings and scars, which can be used to identify individual whales, much like fingerprints are used to identify humans.  As part of his research, Casey has been photographing the flukes of whales encountered in the bay and referencing them to a catalog to determine when and where they have been seen in the past.  Spring and summer are great times to see humpback and blue whales in Monterey bay, so keep your eyes out for a glimpse of these huge marine mammals!

Last look at a humpback whale.

Habitat Restoration: One Bird at a Time

October 5, 2011

by Angela Szesciorka, Vertebrate Ecology Lab

“The latest tool in wildlife biology is a garden spade,” says Ryan Carle, as he happily describes his work with Oikonos Ecosystem Knowledge, a nonprofit working worldwide to improve biodiversity conservation and increase understanding of human impacts on marine ecosystems.

Ryan started this fall as one of Moss Landing’s newest students, but has been working with Oikonos as a project biologist for two years on seabird habitat restoration on Año Nuevo Island.

Ryan surveying the island. (photo: Oikonos)

Año Nuevo Island, part of Año Nuevo State Reserve, is located roughly half way between San Francisco and Santa Cruz. It is a critical breeding habitat for seabirds and marine mammals, including the Rhinoceros Auklet, burrow-nesting seabirds similar to puffins.

Auklet chick. (photo: Oikonos)

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You’re Wearing a Red Fur Coat?

March 22, 2011

MLML student Elizabeth Mchuron is studying why some harbor seals develop rust in their coats.

By Elizabeth McHuron, Vertabrate Ecology Lab

This harbor seal was captured in San Francisco Bay as part of several students’ thesis projects.  One of these projects is looking at why harbor seals in San Francisco Bay are rusting (notice the red fur), and why some seals rust and others don’t.  Some of the samples collected for these projects include blood, hair, morphometric (body) measurements, and nasal/rectal swabs.  All seals involved receive two blue rear flipper tags and a PIT tag (microchip), so that they can be identified in the future.

 

How to Find a Dead Whale

February 2, 2011

by Nate Jones, Vertebrate Ecology Lab

STUNNING, isn’t it?

 

Humpback and Shearwaters, Unimak Pass. Photo: NMML

 

The magnificent power, the grace,  the vigor of truly giant life.  BUT, where do whales go when they die??

And, what about all those seals, sea lions, dolphins … heck, walruses, even?!

 

A Walrus carcass makes it into the 300m strip transect! Turns out even veteran at-sea researchers like USFWS Marty Reedy can still be surprised by new experiences. Photo: M. Reedy

What happens to them if they die at sea, as you might expect most of them would do?  To explore this question, we might think to ask a marine scientist (naturally!).  And, of course, there are scientists that are studying dead marine mammals (you aren’t surprised, are you?).  In fact, Moss Landing’s very own Gillian Rhett is focusing her MSc research on dead whales!  Turns out, studying the afterlife of marine mammals is every bit as intriguing as chasing them in the living flesh.  Scientists are  still learning about what happens to these animals after they die, and it’s a remarkable story.

 

Scientists and crew (Nate Jones, among them) encounter a dead Sperm Whale, seen from flying bridge of USFWS R/V Tiglax. Photo: N. Jones

Nate Jones first saw this whale at about 2 km distance; a mysterious, looming chunk of something, floating low in the water, unmistakably immobile in the snotty tumult that is a typical Bering Sea day.  Whatever this thing was, it was large.  And probably of animal origin; there were about half a dozen gulls swarming the area, looking for a free meal.  Sure enough, a Sperm Whale carcass.

You can see how tall tales are born on the high seas!  Some of them are true…


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