Day 1: Hangin' out in kayaks, talkin' ocean chemistry--gotta love Saturdays.

I am grateful for all organizations that strive to improve their communities but there are some that stand out above the rest. The difference, at least in concept, is simple: they see the big picture.

Outdoor Outreach is one of those organizations. I had the privilege of volunteering with them last weekend on their kayak tour through the La Jolla Kelp Forest and caves (AKA the Matlahuayl State Marine Reserve). From their website, their stated mission is to “empower at-risk and underprivileged youth to make positive lasting changes in their lives through comprehensive outdoor programming.” But they don’t stop there. They don’t pretend that this concisely stated goal is so important that they can just ignore the other details. Details like eating a healthy lunch during the outings, not just ordering fast food; bringing reusable water bottles, not adding more plastic to the oceans; talking about science on a Saturday morning, not just splashing each other and trying to flip each other’s kayaks (although there was still plenty of that…).

Learning the differences between and sea lions & seals and
pelicans, gulls, & cormorants.
Cormorants can hold their breath down to 170 feet to go fishing!
Photo credit: Jason Ward Studios, 2013.

Outdoor Outreach is a group with a vision for the big picture. I was quite lucky to have had the chance to kayak with OO in the local kelp forest, just south of Scripps Pier. Not only did I have a blast paddling around, but it was really fun to talk to the kids and other volunteers, everyone stoked to be spending their weekend on the beach and ocean. I thought I was volunteering to teach, but I learned a lot! People often assume that all oceanographers know about everything that lives in the ocean. We don’t. Well, at least, I know I don’t. I learned about the different types of kelp that reside in La Jolla (giant, elkhorn, & feather), sat above the Rose Canyon Fault, and discovered that only sea lions bark, not seals. To a chemist, learning this biology and geology was pretty cool, especially since it’s right in my “backyard.”

Outdoor Outreach's Adventure Clubbers answering questions about ocean acidification, pollution, and conservation.
Photo credit: Jason Ward Studios, 2013.

I had a couple opportunities to talk about chemical changes in the ocean as a result of human pollution, notably ocean acidification (OA). OA is the result of human-produced carbon dioxide dissolving into seawater, decreasing the ocean’s pH. Many creatures have a harder time surviving in these lower pH waters and many of them are either creatures we like to eat (like oysters) or form the bottom of the food chain for other critical (and tasty) species. We played a quick game where kids had to figure out whether certain common activities contributed more to pollution or conservation, and to what degree (for example, eating fast food produces much more pollution than eating fresh, local fruits and veggies and biking to work or school instead of driving an SUV counts toward conservation).

At the end of the day, though, I learned far more from the experience than I could ever hope to teach. Thanks again to Outdoor Outreach for doing such an amazing job and letting me play a small part. I can’t wait to get back out there!

SUP, Science

Many people think that scientists are just geeks who like staring at beakers in the lab. We’re not. At least we're not just that... We’re (grown-up?) kids who love exploring. We like surfing, rock climbing, hiking, biking, running, sailing, diving, paddling, and, most importantly, learning about the world around us.

SUP, Science is all about the adventure. SUP, Science is an engaging oceanographic research program designed to take advantage of two very powerful things: (1) the nascent developments of fast-response chemical sensors and (2) the pure enticement of playing in the waves. We are strapping chemical sensors (to measure pH, oxygen, temperature, and salinity, to be specific) to Stand Up Paddleboards and paddling through the local surf zone and near shore waters. Paddleboards are ideal for near shore measurements because they are extremely mobile while barely disrupting the natural dynamics of the water—critical for accurate recordings of our environment. Equally importantly, SUPs are accessible by people of essentially all ages. This means that our scientific discoveries won’t be hidden in the lab; they’ll be on the water’s surface where all can see and even participate. Ocean chemistry is changing at a rate that hasn’t been "experienced" for over 20 million years. We have at our fingertips a unique opportunity to begin recording these changes in a tangible way. 

As a graduate student at Scripps Institution of Oceanography, an avid waterman, and engaged environmental volunteer, I see an immense opportunity to bring my interests together to match the world’s need for a better understanding of our role in global change.

Model of the SurfpHOx: a pH, oxygen, temperature, and
salinity sensor developed by the Martz Lab
@ Scripps Institution of Oceanography.

Coinciding exactly with Ocean Hour, April 13, 2013, we will kick off SUP, Science with a paddle through the La Jolla Kelp Forest and a brief lesson on changing ocean chemistry. As part of my volunteer experience with Outdoor Outreach, students will learn how to clean up their waste, not just by picking up garbage, but also by discovering how their daily decisions are connected to the ocean. Fresh, local, organic food choices produce significantly less pollution, much of which would end up in the ocean. Going for a bike ride is good for our bodies and minds and produces less pollution than playing video games. As Mother Ocean’s founder and Quiksilver Waterman Justin Riney writes, “every person on this planet, regardless of location, is affected by the ocean in some way; likewise, the ocean is equally affected by our actions as individuals and collectively as a society.” 

Justin captures the essence of SUP, Science’s message: we have a powerful opportunity to change our planet for the better. It starts with awareness. It continues through experience. Get outside!

Acknowledgements: The birth of SUP, Science comes as a result of generous support from Timothy Ray's family and the Scripps Foundation for Science & the Environment. Thank you!

Sensory Overload

Again, I'm reposting an entry I wrote during BLOOMCRUISE 2011. Check out the full BLOOMCRUISE blog to see what my colleagues were researching.

Life on a research vessel is a strange conflation of simplicity and almost overwhelming stimulation. On the one hand, it’s essential that we bring only what we need to avoid excess clutter. In the labs, we tend to bring spare components for just about everything possible in preparation for the inevitable malfunctions but there’s always much more that we need to leave behind (such as our highly-inclined-to-seasickness advisors). Personal belongings are even more constrained:
-“Hey, isn’t that the same shirt I saw you wearing a few days ago?”
-“Um, nope. That was yesterday…”
Despite our attempt at modest packing, though, the sensory environment on board is far from limited, in every category.

Let’s start with taste. Mike, Erskin, and Thomas have done a deliciously fantastic job of fattening us up with every style of cuisine and an incessant supply of desserts and freshly baked breads (we have regularly scheduled breakfast, lunch, and dinner, a snack before lunch, cheese and freshly baked bread before dinner, and an evening snack every day—I’m not kidding). I have a difficult enough time making my meals taste fresh after I’ve had the food stored for a week so I’ve been amazed by how fresh everything has been here, especially now that we haven’t seen land for three full weeks. I am very impressed with the variety, too. I expected to be eating variations of the same meals after the first few days but I don’t think I’ve seen the same thing twice at any lunch or dinner. Matt talks about this culinary phenomenon more in his post, below.

In the olfactory and vision categories, the stimuli can bring either a flooding calmness or an emptying loneliness. We see the same ship, same faces, same clouds, and same five foot waves every day, accompanied by an irreplaceable smell that only the open ocean can bring. At times, this can be the best combination imaginable. It’s quite peaceful to be out in the middle of nowhere with new friends and an infinite view of the horizon yet there are times when it’s easy to forget the soothing feeling and wish to be back on land, back in a more familiar setting where it’s possible to walk more than fifty steps in one direction (without falling off of a boat into near-iceberg-temperature (or, freezing) water).

The feelings sensed on board can create some strange problems. With the ship’s constant rocking, the disconnect between what we feel and what we see can be quite an uncomfortable combination. Even for those who don’t get seasick, it takes a few days to get used to the rolling and pitching. And no matter how much you adjust to the feeling, it’s simply impossible to learn how to predict the onslaught of every rogue wave and avoid stumbling into the nearest wall. These waves, by the way, have an incredible ability to know exactly when you’re carrying soup or a recently refilled mug of tea.

And finally, we have the sounds, without a doubt the most overwhelming of the five. A complete list of these would span pages, so I’ll highlight just a few. The obvious ones include the sound of the water buffeting against the hull, the whirring of the motors in everyone’s instruments, and the steady hum of the ship’s engines. The ones for which I wasn’t as well prepared include the cacophonous drilling, rust removing, sanding, and paint chipping of the non-stop boat maintenance (don’t get me wrong, I’m not complaining, I’d much prefer a well-maintained ship and a little extra noise than the opposite), the gym’s radio dialed all the way up, the fog horn that blasts every two minutes, Cyril’s chatter, and, of course, the dragon. We must have acquired the dragon when we were up near Iceland (naturally). The dragon’s quarters, apparently, are directly below mine and she is clearly not happy to be on board. She intermittently roars loader than I could have imagined possible, bangs into the walls, and occasionally hisses (letting the built-up steam escape, presumably). I mentioned my discovery to the Captain and he looked at me strangely and quickly mumbled something about stern thrusters, large waves hitting the hull, and the engine’s cooling system. I shouldn’t be surprised; I’m sure I’d manufacture a response like his too if I were trying to smuggle a dragon into the United States. Anyway, this new addition to our ship has kept me wide awake during the past two nights, it being far too noisy to consider sleeping or even thinking, for that matter.

After three weeks of nonstop sensory overload, I’m looking forward to a real bed in a silent, dragonless room but I’ll certainly miss the peacefulness of the open ocean. Twenty-four hours left! (But who’s counting?)

What are the smallest things in the ocean?

Here come a few entries from an oceanographic research cruise opportunity that I had in the summer of 2011. This one is a reposting of my entry from BLOOMCRUISE 2011...

When many people think of oceanography, they picture the whales, sharks, waves, coral reefs, and submarines. Most think of the large things, whether they're organisms, phenomena, or machines associated with the water. Many of us learn about the microscopic plankton that live in the ocean in our early school years, but those things are, at least for most of us, the smallest that are out there.

We're on this trip, however, to study things even smaller: the chemicals in the ocean and those in the air just above the ocean as well as the forces that cause them to move back and forth between the two. My own research involves inorganic carbon--basically carbon dioxide gas that has dissolved into ocean water. There are two main things that we can learn from studying dissolved inorganic carbon: 1) there was always a certain amount of inorganic carbon in the water but a very large quantity of the carbon dioxide that humans have emitted has dissolved (and is dissolving) in the oceans; we can use dissolved inorganic carbon measurements to help determine where and how quickly the CO2 is entering the ocean (it doesn't occur at equal rates at different places across the globe). 2) Just as humans & other land heterotrophs (things that eat stuff, quite simply--like a hippopotamus) respire by intaking oxygen and releasing carbon dioxide and plants & other land photoautotrophs (things that make energy from sunlight--like dandelions) produce oxygen and capture carbon dioxide, so to do ocean creatures capture carbon dioxide (phytoplankton) or release it (zooplankton, fish, etc.); we can estimate rates of respiration and production with our measurements.


My type of oceanography is unique. I don't watch or listen for whales or collect samples of water from the ship. Instead, I let the water come to me. Oceanographic ships (as well as many other ships, named volunteer observing ships) have small intake pumps on the hull at the bow of the ship which deliver water directly to instruments inside the ships' labs. In this picture, you can see that there is quite a bit of sophisticated equipment; all of it is inside the Knorr's lab and will never need to leave its location since the ocean water is coming directly to it.

If you look closely, you might notice that every piece of equipment is meticulously tied down. While the conditions we've seen so far have been quite mild, the ocean is a powerful (and potentially destructive force). It's better for us to be prepared well in advance of any bad weather that could suddenly arise. We aren't searching for storms out here but it would certainly be interesting to see the changing chemistry during violent weather patterns!