In April, my friend mailed me a dried four-leaf clover. I damaged the fragile specimen while opening his letter and thought I was in for a streak of bad luck.
The luck charm must have still worked, however, because not long thereafter I got an e-mail from Dr. Shank asking me to accompany him on a research cruise to the Challenger Deep in the Mariana Trench (the deepest point in the ocean)! The trip included about two weeks at sea, three weeks total travel time. We left from Guam. Wow.
Where is the trench, anyway?
A Science Cruise
When scientists talk about cruises, it’s really hard to imagine what they are talking about. Many people come up with images of Carnival Cruise Lines, pool boys, and drinks adorned with little umbrellas. Around the lab, when you say “I’m going on a cruise,” different images come to mind.
For me, a cruise means really cool science. I’ve always wanted to go on a cruise. I think of deep submersibles traveling to the ocean’s depths and bringing back presents for us scientists—be they water samples, rocks or mud, or as is the case for me and my fellow biologists, little critters that we would never see or touch were it not for the technology that takes us out to sea.
For many who do coastal work, getting samples is relatively straightforward, at least as far as geography goes. For those of us who work on deep-sea habitats like hydrothermal vents (basically hot springs at the bottom of the ocean) or seamounts (similar to mountains or volcanoes on land, only underwater), it’s really hard to get animals to study. That’s where the technology comes in.
In addition to the work and the science, you still get the amazing vistas that you might imagine on any type of cruise.
Sunrise at Sea:
Sunset at Sea:
This particular cruise was the final test cruise for WHOI’s new deep submersible Nereus, which is a Hybrid Remotely Operated Vehicle (HROV). That means that it can be either a remotely operated vehicle (ROV)—tethered to the ship and controlled by a team in real-time—or an Autonomous Underwater Vehicle (AUV). AUVs are preprogrammed with a mission and sent out to complete that mission free from human contact until retrieved and the data collected. Nereus wears both hats, which is why we call it a hybrid.
I witnessed the culmination of many years of work on the part of an all-star engineering and design team from WHOI and Johns Hopkins University. Because of these masterminds, US scientists now have the ability to work at the deepest parts of the ocean. I am extremely lucky to have been on such a historic cruise and was perpetually awed by the sheer brainpower aboard the ship!
I was part of the science team on the ship (consisting of Dr. Tim Shank and myself from WHOI, and Dr. Patricia Fryer and Sam Hulme from the University of Hawaii) and I helped Tim to preserve and catalog the biological specimens we pulled up with Nereus.
HROV is designed to travel to the deepest regions of the ocean and to withstand pressure too intense for other submersibles. It allows us to stay at depths of approximately 11 km (deeper than Mount Everest is tall) for many hours to explore and collect scientific samples.
For more information about the vehicle, please visit WHOI’s Nereus website. You can also visit the press release for the cruise.
Nereus and me on the back deck:
The only slight hesitation I had when responding to Tim’s invitation was that I’d miss my college graduation. That only detained me for a few minutes because it occurred to me that the life-long dream of going to sea for science research was WAY cooler than staying for commencement. So I said bye to my friends early and headed off to Guam.
The day of my commencement back in Ohio, however, some of the other scientists on the cruise surprised me with a shipboard graduation ceremony. It was extremely sweet and funny and I was truly surprised. Everyone dressed up in “robes” that were really garbage bag capes and mortarboards that were made out of cardboard boxes. The tassels were made out of thick twine. There were mini-speeches and everything!
I could go on and on and on about his trip—my first cruise, my first real-time observation of a hydrothermal vent, my first time snorkeling (I know, I know, how had a marine biologist not snorkeled? I’m from Seattle and went to school in Ohio!). I think I was also the first person to have a fake graduation ceremony on the RV Kilo Moana (the University of Hawaii's research ship that took us out to the trench).
This trip won my “most amazing scientific experience ever” prize and is an opportunity that I wouldn’t have had if I hadn’t been in exactly the right place at the right time. The people who work at WHOI's Deep Submergence Lab do incredible work and I am so honored to have been included on this cruise! One of my favorite things about WHOI is the high level of interdisciplinary collaboration and this trip is an excellent example of how scientists work with engineers to explore the ocean and push the boundaries of ocean science.
Neat picture of HROV going into the water:
More to come!
***All photos By Ellie Bors, Woods Hole Oceanographic Institution
Monday, June 29, 2009
Wednesday, June 24, 2009
Consider this a prologue:
I was born and raised in Seattle, Washington. While my proximity to the ocean certainly influenced my development and shaped my childhood experiences, I didn’t always know I wanted to be a marine biologist, nor was I always interested in science. Once you’re hooked, though, there’s no going back! In high school I participated in a marine science course at the Sea Education Association (SEA) in Woods Hole. It was more or less an abbreviated version of their semester program—10 days on land in classes and 10 days at sea on the SSV Corwith Cramer, a 134-foot brigantine. Needless to say I had an amazing time.
Since then, I’ve been seeking out marine-related internships and courses. I met Dr. Tim Shank (my advisor here at WHOI) at the March 2008 Ocean Science Meeting in Orlando, FL. I was there to present a poster about research I conducted at the Mount Desert Island Biological Laboratory (MDIBL) through a Research Experience for Undergraduates internship during the summer of 2007.
I’ve been interested in Dr. Shank’s work since I learned about hydrothermal vents in high school (coincidentally while I was in the SEA program) and was nervous to meet him—it’s scary to meet a researcher whose science is so cool that you almost feel unworthy of even meeting them! After collecting my thoughts, I introduced myself at his poster presentation and tried to ask the smartest questions I could muster. I soon learned about the guest student program here and that, even though I’d missed the 2008 Summer Student Fellow (SSF) application deadline, I could still apply to come as a guest student. I e-mailed Tim my resume and he encouraged me to apply. That’s how I ended up at WHOI last summer. I loved it so much that I came back this year as a SSF!
This May I graduated from the double degree program at Oberlin College and the Oberlin Conservatory of Music with a Bachelor of Arts in Biology (minor in politics) and Bachelor of Music in Cello Performance. The SSF program is unique in that you can apply while you’re a senior and come after you graduate, which is not the case with many undergraduate fellowships. I’m taking a year off before graduate school—after 5 years of college I thought I’d benefit from some learning away from the classroom—and a summer at WHOI is a fabulous way to kick off my year of exploration and personal growth.
Whew. With that out the way, I promise never to talk that much about myself again! While the primary goal of this blog is to chronicle my summer in the SSF program, I also hope that future entries will give you a sense of (1) why I think science is so cool and (2) why I think WHOI is so cool.
Until next time,