21°15S, 71°10EAfter weeks of tweaking, refining, head scratching, and testing again,  the high-speed trawl finally works like a charm. One of the crewmembers,  Johann the Bosun, took a special interest in the design and added  several key modifications – some wooden skies, a few metal fins, and a  longer bridle. And now, with 4 days to go before reaching Mauritius, we  have a super Macguyvered trawl fashioned from scrap material that can be  towed continuously at high speeds. We call it the “Flying Dutchman”.
Yesterday, we tried our first 24-hour trawl from the side of the boat.  No sooner did we toss it in, the ship’s hotel manager Martin, a 6’8  boyish blonde with twinkling blue eyes, approached us apologetically.  “I’m terribly sorry, but I forgot about the trawl, and threw coffee  grounds over the side of the boat!”
Sure enough, the trawl was full of grounds, with something else....a  thick ring of plastic packaging, a few nurdles, dozens of plastic  fragments, and a pufferfish! In its final moments, the poor puffer was  likely the most caffeinated fish in the Indian Ocean. The entire crew  gathered around for a look at this beautiful little creature, inflated  like a miniature porcupine.
Thanks to the Flying Dutchman, Johann and his team will be able to  continue collecting samples for us, between Mauritius and Cape Town.  Wind permitting, they will be able to venture deeper into the gyre, And  with some additional samples, we should be able to publish our findings –  a first exploration of plastic pollution in the Indian Ocean.
 Q: Hey how did you guys know where the gyre is? Lawndale high school;
California and lawndale; im in the 10th grade; Toan;
A: Please visit 
www.5gyres.org  and click on the "Research" section.  You'll see a computer animation  of where the 5 large subtropical gyres are. The animation was done by  Nikolas Maximenko. His research paper is on the website as well.   Basically, oceanographers release drift buoys into oceans with GPS  technology on them so they can track their movements. This data allows  us to see where the circular currents are, and where buoys drift to.   When they get to the center of the gyres, they get stuck, just like  plastic debris.
 Q: Hello, Lawndale High, Hawthorne California, 10th grade. My questions
are 'Are you collecting the trash, if so what are you planning to do
with it?'
A: The small amounts we collect in our nets will be analyzed for total  weight, size, color and type.  We'll write a research paper about these  findings.  We'll describe where we found plastic debris, how much we  found, and what kind of debris it was.  After that's done, then we'll  store the samples in case any other scientist would like to see it.  In  science, it's always important that you keep your samples in case  someone doesn't believe what you've said.
 Q: It appears, the choice is in mankinds hand but some people are simply
aiding the numerous amounts of debris we already have in the Gyre. How
would you truely feel if your home was simply a center of waste? ~Eric
T. a Sophmore at Lawndale High School located in Lawndale California
 A: I'm not sure if I would call my home a "Center of Waste", but I cannot  deny that we consume and throw away plenty of stuff. Waste is not a  problem, as long as it's used by someone or something else as a  resource. Think of nature, everything makes waste, but some other living  thing eats it. In nature waste is food. In our society we make things  out of products that are difficult to recycle, and when lost to the  environment they do not biodegrade.  Throw away plastic products are  like this.  So one way not to be a "Center of Waste" is not to have the  things you consume be useless after you.  One step would be to end the  Age of Throw Away Plastic.
 Q: Why did you and your reserach team choose to investigate the Indian
Ocean Gyre than any other Marine related issue, like the unbalance
equillibrium of marine ecosytems? ~ Lawndale High School,CA,USA,10th grade, Asanti 
A: We each have personal reasons why we choose the field of science we work  in.  There is plenty of work to do to keep our oceans healthy.  I  choose to work on the issue of plastic waste.  There are many other  scientist working on sea level rise, ocean acidification, depleted  fisheries, climate change and much more.  When you speak of "Unbalance equilibrium of marine ecosystems" what do you mean specifically?