BVAL 2011 with Dr. Mike Lomas

Dr. Mike Lomas, Chief Scientist aboard the 2011 BVAL cruise, takes time out of his hectic schedule to share his experiences on this year's expedition:

After an unscheduled steam back to Bermuda, things turned around for the better.  We spent the night of October 7th tied up to Penno's Wharf in St. George's enjoying a short break.  Bright and early on the 8th it was back to sea.  We steamed for nearly a day to get back to the next station on our transect from Bermuda to Puerto Rico.  When we arrived at the first station it was clear the less than ideal luck had not been left behind - the stern A-frame wasn't functioning.  With a minor change in plan we used the starboard A-frame to deploy our optical sensor package and it actually worked much better.  The cruise settled down after this and we started to get in a groove.  We were able to conduct our short 30km transects across convergent and divergent eddy interfaces, we occupied all the odd latitude stations that we had time left to occupy.  'Part 2' of the first leg of the cruise ended well.

BIOS Research Technicians and Interns hard at work on the aft deck.

We arrived in San Juan Puerto Rico at ~1600 on the 13th of October.  After tying up to the dock it was a short but anxious wait for U.S. Customs and Immigration officials to come by and clear us all off the ship.  Once done it was a mad dash to the cash machine and then on to WalMart to pick up some extra coolers for shipping back samples.  Due to it being rush hour the trip ended up being longer than it should have but in the end we headed back to the ship.  After a quick science meeting to hand the reins over to Steve Bell who would be the Chief Scientist for the 2nd leg returning to Bermuda, it was time to relax for a little bit and enjoy being on solid ground.

Waves crashing over the starboard gunwales during a CTD deployment.

The next morning, myself and several others left for the airport bright and early for the trip back home.  The afternoon of the 14th, the Atlantic Explorer started her steam home to Bermuda.  As luck would have, they had a following sea and beautiful weather and made great time.  In fact they made such great time they arrived back in port a day early.  Now the packing up is nearly done, samples have been sorted and arrangements made for all the ancillary research groups to get their gear back to their home institutions.  It's now Friday the 21st and the cruise is pretty much a wrap.

BIOS staff and international colleagues at the dock in Puerto Rico.
All photographs appear courtesy of Steve Pike from Woods Hole Oceanographic Institution.

Until we sail to Puerto Rico next year...

BVAL Day 6

Well at least I think it's day 6. It's hard to keep track of the days. The beginning of the cruise was going well until we had to run away from Hurricane Ophelia! We managed to work as planned up until Saturday afternoon but then we had to steam way off course to avoid the storm. We actually ended up not far off the coast of the US, in an area called George's Bank but with Ophelia moving up to a Category 4 we couldn't take any chances. If you follow this link you can see where we went.

Saturday's weather was still pretty rough, with the sea washing over the back deck while we tried to work. Although this was nothing to do with the hurricane, it was just a little squall! We had hoped to do some sampling at 40 degrees north but only managed to get to 39 degrees north before we had to change course. Oh well, next year we might make it to 40 degrees north! So apart from finishing off the samples from Saturday we haven't been able to do any science because we are not in the right area.

Later today we hope to be in position for the guys from Woods Hole to carry out a 16km line of sampling. Then we should arrive at the regular BATS site some time Wednesday morning and fingers crossed, we can carry on as planned. We have missed a big chunk of work north of Bermuda that won't get done this year - but they have extended the return leg from Puerto Rico by one day to try and squeeze in some extra work.

Now we just have to hope Philippe doesn't come our way.

One week until BVAL

Its all go in PEL at the moment, packing for a big cruise at the end of the month. We are off to Puerto Rico on the annual BATS validation cruise, or BVAL for short. This is a 22 day cruise split into two legs. On the first leg we will head north from Bermuda (and hope the weather is kind) to 40 degrees North. Then we turn round and come back past Bermuda, heading south past the regular BATS site at 31 degrees North and eventually, after a lot of hard work, end up in  Puerto Rico at 18 degrees North.

We leave Bermuda on the 28th of September, not long after Marine Science day (which is on the 24th of September, check our Facebook page for details!). We will be taking samples and working day and night as we go. The work we do is very similar to the regular schedule carried out on a BATS cruise.

"BioNauts" from the BIOS Ocean Academy spent the day on our research vessel, the R/V Atlantic Explorer. Click on the YouTube logo to watch the video in HD!

The aim of the cruise is to compare the BATS site to the broader western Sargasso sea. We want to know how representative BATS is of a broader spatial range and according to our PI (principle investigator) Dr. Mike Lomas "once we get south of about 28N it's a whole other world". So I'm looking forward to that!

The first leg of the cruise finishes when we arrive in Puerto Rico on the 13th of October. Then it's time for the crew and scientists to have a meal and celebrate their arrival. A lucky few of us then get to jump ship and spend the weekend exploring the rainforest and bioluminescence of Puerto Rico. For the rest of the crew is time to turn round and head back to Bermuda with the next batch of scientists, who will fly in to meet the ship and carry on the work for the homeward leg.

So lets hope for calm seas, no tropical storms, plenty of good food provided by our fantastic chefs and lots of successful science!

I shall keep you updated, until then I better get on with the packing.

Susan

PEL Research Technician.

The crew hard at work preparing the R/V Atlantic Explorer for the 2011 BVAL cruise.

Food Web Cruise – Day 11

A pod of dolphins was spotted off of the bow yesterday afternoon which sent people running to try to catch a glimpse of a fluke or fin. It is always exciting to see something other than the ship, sea or sky. We have also seen flying fish, a few birds (mostly longtails) and a cargo ship on the horizon.

We are currently at the BATS site where we will be remaining until Thursday morning and then we will head back to Bermuda. As we are in one location for so long, we will be deploying the sediment traps twice at this station. Today will be quite busy for us as we have recovered the sediment trap array this afternoon and we are deploying it again tonight. With 33 traps on the array, there will be lots to do to ensure we are ready for the fourth, and final, deployment of this cruise.

Crew, marine tech and scientists for PITS deployment 4

Food Web Cruise - Day 6

It has been another hot and humid day at sea. But the sea is staying relatively flat so that more than makes up for the heat.

A video camera has been attached to the CTD on some of the shallow casts to film animals in the surface water. Unfortunately, the camera has not been functioning correctly so only one video has been recorded so far, and it was taken during the day so not many animals were at the surface. A video at night would be preferable as, once it gets dark, many animals come to the surface to feed. A night time video cast is scheduled for this evening; hopefully it works and some interesting footage is captured.

Interesting animals have been captured this cruise, not on film but in the net tows. The plankton nets are towed behind the ship to collect small animals that are near the surface. A juvenile pufferfish, a tiny transparent squid and a small octopus have been caught in these nets, in addition to the various types of zooplankton that are commonly found in the Sargasso Sea.

The sediment traps that had been drifting for 72 hours were recovered yesterday. While retrieving the traps, a small fish was spotted swimming around the line. The recovery was halted in order to try to net the fish because one of the scientists on board is studying the Sargassum fish and its predators. She would like to study any fish that can be caught while on this cruise. A few other fishing attempts have been made, mainly with fishing rods instead of nets, but no one has been successful.

We are about half way through the cruise now. It is hard to believe...we will be back to land before we know it!

Food Web Cruise - Day 2

Hi, I am Claire and I am interning in the Phytoplankton Ecology Lab for the summer as part of the Bermuda Programme. In the lab, I mainly help to prepare Particle Inceptor Trap (PITS) filters for analysis by removing the zooplankton from the filters. I also assist with cleaning, which involves washing the many bottles that are used to collect seawater on research cruises.

I am currently on a two week research cruise onboard the R/V Atlantic Explorer. The goal of the cruise is to collect data to understand plankton food web interactions in oligotrophic ocean regions and the role of plankton in sequestering atmospheric carbon to the ocean interior.

We departed the dock yesterday at 0800 and headed towards Hydrostation S to do our first CTD (connectivity, temperature and depth) cast. We had a slow start as the CTD array was not commutating with the ship so the cast was delayed for a few hours. After the cast, a few plankton net tows were done and then we set out towards an eddy located to the southwest of Bermuda.

Work is done around the clock so there are rarely times when no one is deploying or recovering apparatus, sampling from the CTD or filtering water. And if no science equipment is in the water then the fishing rods go in! We almost had mahi-mahi for dinner, as there were a few circling the ship, but they just wouldn’t bite... maybe tomorrow.

The first deployment of PITS was this morning. The traps will stay suspended at 150, 200 and 300m for 48 to 72 hours before being recovered. The plan is to have four deployments during this cruise; that means we will be kept busy with dismantling, cleaning and rebuilding PITS tubes over the next two weeks.

Hopefully hurricanes and tropical storms will avoid this region of ocean for the next two weeks. I will be quite happy if the sea remains as flat calm as it is now. And even happier if the temperature would drop 10 degrees or so. I think the latter is too much to hope for though!

Doug and Mike with the first PITS deployment

Diving in the Morning

Always up for a day free of the library, I got to put my science diver training to work on Wednesday. It’s not that I don’t love writing, mind you; it’s just nice to get back out in the sun and on the water.

That being said, with a boat chock full of six coolers and four people, I left with the BEACON project on Twin V early Wednesday morning. A fairly simple day, the plan was to go out to Hog reef and Crescent reef to return corals, which we did, without too much fuss.

As happy as I was to be out on the water, the leftover wrath of Tropical Storm Bret made the ride kind of choppy and my stomach a bit queasy, still, the morning passed without much fuss. It was even warm enough out there to dive with no wetsuit. (Which was great until I leaned on some fire coral. OUCH.)

BEACON had collected their corals to weigh and measure during the previous week. So we put them back into the water and collected other samples. At Hog and Crescent, there were six coral plates per area. These plastic plates each have four individual corals attached to them and are bolted on to a numbered cinderblock around the reef. We re-attached the corals plates we brought out with us and collected six more at each site to be taken back to BIOS to be weighed and measured by BEACON.

Dr. Mike Lomas at TEDxBermuda

Watch Dr. Mike Lomas' talk "Ocean Heal Thyself" from the 2011 TEDxBermuda event:

Science Diver Training Final Exam Day!

Now… when Alex said we were having a “practical” final exam for our dive class on Friday morning, we all assumed we’d be doing a dive during which he would test our skills.

When we got on the boat and headed back to the site of the Mari Boeing reefing, that line of logic still made sense. In fact, it made sense until we got to the bottom and Alex handed each of us a clipboard and a pencil… WITH A TEST ATTACHED.

Yes, we had gotten final exams, printed out on waterproof paper, that we were to take 35-feet under the water. Sometimes I just love the scientific community.

The exams did contain some practical skills:

• Remove your mask and replace it.
• Do the next three questions while breathing from the octopus of the diver to your right.
• Answer the next page while hovering, without your fin-tips touching the ground.
• To finish the test, trade BCDs with another diver.

That last bit may have been my favorite part, since Stu’s BCD was a comfortable one, and Jorge looked absolutely ridiculous wearing Alissa’s hot pink gear.

______________________

This class has been a bit of a wild ride, but we’ve learned quite a lot in a very short time. And while I now have two weeks of work to catch up on, I’m going to miss being out on the boat every day.


In other news… Eight new science divers available: will work for air.

Science Diver Training Day 7

After a relatively quiet morning taking tests and re-learning how to use dive tables (all but one of us have dive computers), I think everyone assumed Thursday was going to be a pretty easy/slow day.

Boy, were we wrong! Search and rescue training commenced after lunch.

This time we weren’t running slow search patterns for beer bottles and cinderblocks, it was time to learn what to do in an actual emergency. Towing a tired diver in full gear back to the boat and figuring out how to subdue a panicked diver in order to tow them back to the boat is seriously tiring.

Not to mention that we took Twin V out by Fort St. Catherine, so the current was kind of killer. No matter how tired we were after our four dives on Tuesday, I think any one of us would have taken a four-dive-day over swimming against a current in full gear for four hours.

Parts were pretty entertaining, however. We weren’t supposed to yell “help,” for obvious reasons, so our mock-tired divers yelled “PIZZA” to get the attention of the divers on the boat.

On the less entertaining side, I think Jorge and I were covered in bruises from people practicing pulling us onto the boat and rolling us over to do “CPR.” (My upper thigh kept getting rolled into the motor… fun!)

Finally, Forrest pretending to be a lost diver, still submerged and we worked as a team to find him, rid him of his gear, alert emergency medical services, and get him on the boat to start CPR. We got him back to Twin V in four minutes and 23 seconds.

The moral of the story: If you’re ever in a diving emergency, you absolutely want our crew on your boat.

This is me!

Science Diver Training Day 6

Wednesday morning was spent in a classroom doing oxygen training.

This is something extremely important in diving, since everything from decompression sickness to drowning is treated with oxygen. (You know, in addition to CPR with the drowning). Still, once we actually learned how to use the equipment, the majority of our morning was spent doing scenarios and yelling:

“Hello! My name is Emily! I’m a trained First Responder! This is oxygen. It may make you feel better. Do you want some?” 

This phrase is obviously very important since the drowning victim is likely to resist the chance to breathe again and the diver with the bends would rather stay in excruciating pain than have the nitrogen bubbles dissipated with oxygen. Obviously.

Still, it was necessary and informative and I actually feel better knowing how to use the oxygen kits in case of an emergency. Plus, after lunch it was time to dive again.

Since we’d had no luck finding our snails the day before at Bailey’s Bay flats, we headed to where oil tanker Mari Boeing wrecked in 1978 and was subsequently freed by blasting the reef with dynamite.

Jorge and I collected our required five snails in roughly 46 seconds, so we spent the rest of our dive swimming around the reef getting harassed by the Puddingwives. Puddingwives are a type of wrasse that love stirred up sediment, so they tend to come right up to divers on a sandy bottom. One of them was pretty intent on following us around no matter where we went.

Most exciting thing that happened all dive: Alissa found a lionfish! Sadly, Alex didn’t have his spear to kill the dangerous invasive species, so we left it where it was and moved on to our second dive: the Cristobal Colon.

As tired as we all were, nothing spurs a second wind quite like the sight of Bermuda’s largest shipwreck. The Cristobal Colon was a Spanish trans-Atlantic luxury liner that sank in 1923, it was nearly 500-feet long and its wreckage is scattered across 100,000 feet of seafloor.

Allie and I searched every nook and cranny we could, though we did stop to live out our childhood dreams of being Olympic gymnasts. The other divers looked a bit confused when we started doing summersaults and handstands on our makeshift balance beam (which was actually a part of the engine).

We gave ourselves a 9.7, overall.

Science Diver Training Day 5 (Part 2 – Everything Else)

The Rita Zovetta, a 5,107-ton steamship sunk in 1924 in the waters off of St. David's. It was also the site of our second dive on Tuesday.

In a buddy team of three, Miriam, Stu, and I set of to sketch and measure the 360-foot long ship. While the Rita Zovetta is far bigger than the Dredger we dove earlier in the course, I found it less impressive to actually look at. When you look at the dredger, it’s easy to see and imagine the whole ship, the Rita Zovetta is so broken up over reef that it’s almost a bit overwhelming.

Not complaining, mind you. There were still lots of interesting bits to explore once we'd done our jobs. Plus...When the ocean floor is your classroom, it’s hard to complain.

Stu and Miram measuring the propellor of the Rita Zovetta.

(Img Credit: Emily Greenhalgh) 

Dive site three was significantly less exciting that dive sites one and two. We headed back to Whalebone to do some search and recovery.

Alex and Forrest placed two cinderblocks and four bottles of beer on the bottom. Each buddy team was to conduct search patterns with rope or reel in order to find and retrieve our “lost divers.” Fortunately, under the water, we were safe from the spontaneous downpour on the surface.

Searching for bottles of sand-colored beer on the sandy bottom of Whalebone was neither fun nor easy. Miriam, Stu, and I swept our area as best we could (we had some navigation problems at first) and eventually rescued what I started referring to as “comrade Corona.”

(No, we weren’t allowed to drink the beer after we found it, though we did ask).

We may have found all of our targets eventually, but seeing as how an actual lost diver only has three to six minutes before a rescue is realistically a recovery, we probably need some more practice…

Our last dive was a genuinely scientific one. We were collecting coral samples for one of the scientists (as well as searching for tiny inch-long snails that were impossible to find).

Hammer and chisel in hand, buddy pairs went off to collect two to three dinner plate sized coral samples per group. This actually ends up being trickier than it seems, since managing to get the proper angle as to not chisel off a chunk of the reef with your desired coral.

It was a long day and (after lots of napping on the boat ride home) we were all happy to get back to BIOS. Once there, as if to add fuel to the fire of an awesome day, I got to meet Sylvia Earle that night.

Win!

Science Diver Training Day 5 (Part 1 – Deep Diving)

To seemingly make up for Monday’s "day off," (we took two exams in the morning and then did CPR/First Aid training in the afternoon) we dove four times Tuesday.

It was absolutely exhausting.

Sometimes I forget how draining diving can be. The gear itself is heavy: an Aluminum tank weighs a little over 20 pounds empty and then divers need to add more weight via a weight belt or integrated pockets in their BCD to make sure they’re neutrally buoyant. So hauling around that gear is no easy task. Not to mention that your body is working overtime trying to stay warm while you’re in the water.

Exhausting as it may be and as physically tired as I get while I’m out there, I don’t think I’ll ever actually get tired of diving.

Our first dive was a deep dive south of Gurnet Rock. With Sonya as my partner, we dove to 111 feet, through a cloud of comb jellies, to reach the bottom. I don’t know why the gorgeous Bermudian waters keep surprising me, but I really could not believe the amount of light that reached us at 111 feet.

No exaggeration: When I did my deep dive in New England, we had to follow a rope to 100 feet, watching our gauges and holding on to the rope/our buddy the whole way so as not to get lost in the pitch black water. We each had two dives lights, just in case, and huddled around the rope and our dive master for fear of losing the each other in the murky darkness.

My previous experiences were pretty much the antithesis of this deep dive, where we were still happily bathed in sunlight as Alex had us write our names backwards on a slate to test our coherency.

When diving to great depths, some divers “get narced,” or rather experience nitrogen narcosis. Jacques Cousteau once referred to the condition as the “rapture of the deep,” it causes euphoria, anxiety, and loss of concentration and coordination. While it sounds like a good time (I’ve never gotten narced, but apparently it’s similar to getting laughing gas at the dentist) some divers are actually affected by this drunken-like state as shallow as 66 feet and can stop caring about their own well being as well as the safety of divers around them.

Fortunately, no one in our group was affected, so we all got to stay at the bottom to watch the next awesome and totally-scientific-and-relevant-I-swear demonstration... 

Do you know what happens if you crack an egg 100 feet underwater?
No, that’s not a riddle.

Fun fact: it stays in EXACTLY THE SAME SHAPE! It's awesome! Forrest brought some eggs down in a Tupperware container and cracked them using my diving knife. It’s absolutely awesome to see, actually. You can swirl the egg around with your hand and it still just stays together.

I felt a bit like an astronaut, seeing as how that’s also what happens when you crack an egg in space.

Next stop of the day: another wreck dive, woo!

Marine Microbes: Invisible Superheroes of Our Planet

The Bermuda Institute of Ocean Sciences is pleased to present a lecture by Dr. Craig Carlson, BIOS Adjunct Faculty and Professor at UCSB, entitled "Marine Microbes: Invisible Superheroes of Our Planet".

(Too small? Click on the image above to see a larger version!)

Science Diver Training Day 3

Friday was an all-day boat day… and it was glorious!

Too many dive classes do all of their training sessions at plain sandy/rocky-bottom dive sites, where it’s easy to test skills, but not really that interesting to look at. Fortunately, our divemaster Alex is not prone to boring dive sites.

In fact, our first site Friday morning was on a shipwreck. I’ve wanted to dive a wreck since I first got certified in 2005, so hopping into the water and seeing the Dredger was an amazing moment for me. Now, I’ve spent a good part of the last few years on boats, but I was still struck at the size of the 171-foot, King George Dredger. It was covered in coral and there were all sorts of nooks and crannies to explore while we were down there.

At about 60 feet down, our actual task was to use transects in pairs to measure parts of the ship and to practice getting our buddy’s PSI and depth every four minutes (something that’s hard to focus on when there’s so many interesting things going on around you). The measurements took only a fraction of our 40-minute dive, so we got to swim around and explore the ship after that. It sunk in 1930 and apparently, if you look far enough in the hull, you can see the ship’s toilet. I can only imagine the ridiculous photo opportunities that divers have used that for (unfortunately I didn’t have a camera).

Dive site two was also amazing. The reef at North Rock was perfect to practice video transects. Two pairs of two recorded video along a set transect of 25 meters while the other four divers worked with reels and navigation. Once again, our projected dive time was longer than our the time it took to practice our skill-sets, so we got to explore the reef, hang around with the fish, and see some cool coral colonies.

After heading back to BIOS to eat lunch and grab a few extra tanks, our last dive site was a bit less exciting than the first two. We went to Whalebone Bay, which, apart from being extremely close to BIOS, is also just a plain sandy bottom. It was, however, the perfect environment to practice navigation again.

Reciprocals and squares. This time I almost got the square right. So close! I was about four feet off. Seeing as how last time I made one turn and then messed up my compass and accidentally turned around and came back, my four-foot miscalculation was a big improvement.

All in all, not a bad way to spend a Friday.

Monday: Exams and CPR training.

Science Diver Training

Yesterday started American Academy of Underwater Sciences (AAUS) dive training here at BIOS. Science diving is different than recreational diving since collecting data/samples while diving takes a different sort of concentration and skill set. Ours is not a particularly big class; there are only seven of us.

First on the docket was the swim test: a 400-yard swim in 12 minutes, tread water for 10 minutes (the last two minutes with your hands out of the water), tow a person 25 yards, and swim 25 yards underwater. In hindsight, this was a fairly easy test for someone in shape, but my fellow classmates and I had been agonizing over the 25-yard underwater swim. We’d been practicing in the Reach (with no success) for the better part of the week, psyching ourselves out.

Swim test accomplished it was time to dive. Well, no, it wasn’t time to dive yet, it was time to stand in the middle of the soccer pitch with buckets on our heads. Seriously, that’s what we did!

We were practicing navigation. Going back and forth and making shapes using only your compass as a guide is important because underwater there aren’t really landmarks to base your swim on. Oddly enough, it seems that navigating squares is my downfall. Reciprocals and triangles I’m a master of, but adding and subtracting 90 is apparently the limit of my mental prowess.

We also entertained the weekly Wednesday tour when they walked out of reception while we were in the field in bathing-suits with 5 gallon buckets on our heads. I wish I had pictures.

The two dives after lunch were better than I hoped; we got to explore the reefs a bit. While our bottom time was primarily a checkout dive (ensuring we could all take our masks off and replace them while submerged, dump and replace our weight and BCD, share air with our dive partner, and retrieve a lost regulator) my favorite part was just exploring Cathedral Reef.

I’m from New England, originally, and that’s where I’ve been diving my whole life. While I’ve been snorkeling since I’ve arrived, diving is just something completely different. There was one tunnel we swam through that had light streaming in from the surface, we decided it felt like a scene from The Little Mermaid, and (much to the dismay of the two men on the boat) started singing “A Part of Your World.”

I really don’t know how I’ll go back to a visibility of five feet after diving here.

Tests today, no diving. Still: Two dives down, a summer full of awesome left.

B270 Days 2 and 3

Hello again from the R/V Atlantic Explorer.

It's been a busy few days for the PEL group. Yesterday we had a two hour delay in getting started due to problems with the winch. Luckily we have a very skilled crew who where able to take it to pieces and fix it. It was a real team effort, even the Captain joined in.

When the winch got fixed we were able to collect water for our project looking at Nitrogen use in marine phytoplankton. We collected water from three different depths and added a variety of nutrients to the samples, then incubated them for four hours. This gives the phytoplankton time to use the nutrients we added. The water is then filtered and collected, some of this will then be analyzed by our lab and part of it will be sent to our colleagues at William and Mary for analysis.

Yesterday's weather was terrible, with torrential rain at one point. This didn't seem to put the birds off though as the first sighting of an Arctic Turn this year was recorded.

Today was spent collecting water for three linked projects looking at the DNA of phytoplankton. This work investigates the differences in DNA of phytoplankton living at different depths in an environment with a limited supply of nutrients. This work is a collaboration with group from UCI.

Both these projects get carried out once a month on the BATS cruise. The rest of the people on the cruise are mainly working on the hydrographic, chemical and biological parameters that get measured every month. This includes collecting zooplankton, measuring the oxygen and carbon in the water and also the salinity or saltiness of the water.

We finished all our cruise sampling today so tomorrow we are going to make a start on preparing some samples for analysis once we get back to the lab.

Today is the Captains birthday and our two excellent chefs made a delicious cake to celebrate. I had a large piece, possibly a bit too large given the two pieces of amazing baklava I have already eaten today. It's hard work though being at sea so I feel we need all the cake and good food to keep our energy up.

Our hard work is more or less over but the BATS team will be working through the night sampling the water and collecting the PITS tubes.

Day 1 B270 Star Date June 14th 2011

Hi my name is Susan Allender and I work as a Research Technician for the PEL lab group at BIOS. At the moment I am out on the Atlantic Explorer Research Vessel. We are on the monthly BATS cruise, http://bats.bios.edu/ will give you an overview of what goes on. It's only the first day so things have been a bit quiet for the PEL group. We have just been organising the lab and looking for wildlife and fixing leaking PITs tubes. Luckily we have a local bird expert on the ship to point out things of interest. We have seen Greater Shearwaters, Corey's Shearwaters and plenty of Tropic Long Tail Birds. So far there have been no mammal sightings, but plenty of flying fish. Weather-wise things have been a little windy making the going a bit choppy. Hopefully tomorrow will be nicer.

Science Update: PITS has just gone in the water, then it's off to BATS.

Out with the BEACON Project

Hello! My name is Emily Greenhalgh and I’m a visiting graduate student from Boston University. Unlike the majority of summer interns at BIOS, I’m not here to work in a lab or dive for the summer. I’m here as a science writer. It’s what I’m getting my Master’s degree in: science writing.

It affords me a unique sort of opportunity here at BIOS, since it means I get to observe many projects instead of just working closely with one. Yesterday I spent the afternoon going out on the boat with the BEACON project. They were diving and taking coral samples off the coast as part of an ocean acidification project.

While I was a built in boat-sitter, my job for the afternoon was to snorkel and take pictures of scientists doing real work so I could write about it later. I’m not quite sure how I got so lucky, as to call this “work,” but I’m pretty sure that the sunburn I’m currently sporting is cosmic payment for such an awesome day.

Welcome to the BIOS Research Blog!

Hello and welcome to the brand new BIOS Research blog. Are you interested in what the scientists, research specialists and interns actually do at the Bermuda Institute of Ocean Sciences, day to day? Then stay tuned to find out!

In the meantime, you can learn more about the individual programs and projects on our website:

• Bermuda Atlantic Time-series Study
• Bermuda Bio-Optics Project
• BEACON 
• The Bermuda Testbed Mooring
• BIOSDiesel
• Coral Reproduction and Recruitment Studies
• Environmental Quality Program
• Hydrostation "S"
• Marine Biodiversity
• Marine Biogeochemistry Lab
• Marine Environmental Program
• Marine Phytoplankton Ecology Laboratory
• Molecular Marine Biology
• Oceanic Flux Program
• Oceanic Microbial Observatory
• Risk Prediction Initiative
• Tudor Hill Atmospheric Observatory