Archive for the 'Projects' Category



“Trouble in paradise: can shell recycling help buffer the effects of ocean acidification?” – Google Science Fair finalist

Google announced the finalists for its annual international science fair on Tuesday, with projects from all over the world covering a wide variety of fields — all, of course, by scientists under 18 years old. Isabella O’Brien of Canada, aged 13, came up with a way to reuse waste products to help the environment. She wants to grind up the many, many tons of shells left over from the seafood industry to reduce ocean acidification.

Photo credit: I. O'Brian

Photo credit: I. O’Brian

This experiment was designed to establish if adding crushed shells, which are 95% calcium carbonate, to seawater, would act as an alkaline buffer to mitigate the effects of ocean acidification. It was hypothesized that mussel, clam and oyster shell deterioration in seawater at pH 7.5 would be reduced by adding powdered shells to the acidic test solution. It was also hypothesized that the addition of the shell powder would stabilize the pH levels.

The average weight reduction of each shell in treated and untreated solutions showed that the addition of powdered shells decreased the rate of shell degradation, and thus mitigated the effects of ocean acidification. Therefore, the experiment’s hypothesis was supported. Also, the pH in the acidified seawater with added powdered shells either stabilized or increased over each two-week period. This illustrates that the calcium carbonate from the shell powder was acting as an alkaline buffer in the acidified seawater.

In conclusion, it appears that the adding of recycled crushed shells to the independent variable (the solutions) has a direct and expected effect on the dependent variable (the average reduction in the weight of shells and the average pH over time). Therefore, recycling waste shells produced by the seafood industry, crushing them to allow for easier breakdown and absorption, and returning them to the ocean, should be investigated as a method to slow the harmful effects of ocean acidification.

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LEMONSEA – Association de lutte contre l’acidification des océans (in French)

Screen Shot 2015-07-09 at 09.58.17LEMONSEA est une association dont l’objet est de sensibiliser le grand public aux enjeux soulevés par l’acidification des océans. Plus précisément, elle a vocation à:

  • créer des outils pédagogiques innovants en vue de favoriser la vulgarisation scientifique sur les enjeux liés à l’acidification des océans;
  • contribuer à la diffusion des savoirs en partageant du contenu pertinent sur l’acidification des océans;
  • accompagner les organisations ou individus souhaitant communiquer sur l’acidification des océans.

LEMONSEA est porté par tois étudiants passionnés par la protection de l’environnement et plus particulièrement par la préservation des océans: Monica Lafon, Alice Lapijover et Thibault Guinaldo.

Le site offre un document didactique  – deux scientifiques répondent aux questions fréquemment posées sur l’acidification des océans. Il contient aussi une présentation en image du processus de l’acidification des océans à destination d’élèves de collège et lycée.

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Fighting to keep an oyster ghost town alive

Photo by D. Young

Photo by D. Young

Chris Quartuccio and his team must deal with ocean acidification—and plenty of naysayers—to try to ensure that Long Island remains an important point for oyster harvesting.

The man at the helm of Blue Island Shellfish, Chris Quartuccio, wants to make sure I see Blue Point, home of the most famous oysters in the world. At least, it used to be. Dressed in jeans and a gray and red striped sweater, with his gold wedding band catching the weak March light, Quartuccio is giving me a tour of his oyster farm. We climb into his navy blue four-door truck, still spattered with the white salt of wintertime road slush, and pull out of the oyster company’s muddy drive. Keenan Boyle, Blue Island’s traveling oyster bar manager and oyster shucker extraordinaire, comes along for the ride.

As we drive through the neighboring towns of Sayville and West Sayville, Long Island, Quartuccio points out businesses that were once named for a then-booming local oyster industry. The bank, he says, was called the “Oysterman’s Bank,” and the volunteer fire department, “the flying Dutchmen,” after the Dutch families that once flocked to the bay to harvest oysters, and so on. Years ago, four trains a day would carry the brimming barrels of live oysters in seawater to New York and its harbor, to be sold in city restaurants or shipped as far away as Europe. But all that has faded.

“Now it’s an oyster ghost town,” Quartuccio says. “We’re trying to keep it alive.”

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Deep-sea trials underway for Wendy Schmidt Ocean Health XPRIZE

2015-05-15-1431721903-8754010-Teams_Deck-thumbThe final phase of the $2 million Wendy Schmidt Ocean Health XPRIZE is underway in the open ocean off Hawaii. An all-star team of oceanographers, marine technicians, XPRIZE staffers and our five finalist teams are headed out to sea for the culmination of a global competition to create accurate and affordable ocean pH sensors.

The remaining teams successfully completed two previous rounds of testing to measure the precision and stability of their sensors and were selected by a panel of judges to advance to deep-sea trials off the shores of Oahu onboard the R/V Kilo Moana.

During deep-sea testing, each sensor will attempt to accurately measure pH at depths of up to 3,000 meters. The efforts of these teams, both during and after this competition, will help revolutionize our understanding of one of the ocean’s greatest threats: acidification.

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Scientists dive in Antarctica’s ice-covered waters to measure ocean acidity

divingScientific equipment has been lowered through the Antarctic sea ice onto the sea floor near Australia’s Casey station as part of a world-first experiment on ocean acidification. A team of team of scientists, engineers and divers have drilled through 2.6 metres of polar sea ice and braved sub-zero waters as part of a world-first experiment on ocean acidification.

The researchers, from the Australian Antarctic Division, lowered an intricate series of pipes, tubes and thrusters to the sea floor in O’Brien Bay, Antarctica, in a bid to study carbon dioxide emissions. They wore wore multiple layers of clothes under dry suits to withstand the sub-zero temperatures, close to 14 metres beneath the ice.

The experiment aims to measure the impact of carbon dioxide emssions on marine life on the polar sea floor.

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Testing the Waters (video & text)

Ocean acidification – known as “the other CO2 problem” – is now also affecting the ecosystems of the Mediterranean. The scientific project MedSeA, funded by the European Community, has been studying the impacts of the phenomenon throughout the Mediterranean region for the last three and a half years.

The video, produced by Dutch director Maarten van Rouveroy, shows key information, scientific knowledge, and findings of the MedSeA Project, against the beautiful (and endangered) setting of the Mediterranean waters.

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OA-ICC December calendar: 30/12 – “Spin the OA story with the Google Earth tour!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.
Discover today’s story below: “Spin the OA story with the Google Earth tour!”

Continue reading ‘OA-ICC December calendar: 30/12 – “Spin the OA story with the Google Earth tour!”’

OA-ICC December calendar: 29/12- “Living La Vida LAOCA!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “Living La Vida LAOCA!”

Continue reading ‘OA-ICC December calendar: 29/12- “Living La Vida LAOCA!”’

OA-ICC December calendar: 26/12 – “OA greatest hits!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “OA greatest hits!”

Continue reading ‘OA-ICC December calendar: 26/12 – “OA greatest hits!”’

OA-ICC December calendar: 25/12 – “Go virtual with the OA-ICC!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “Go virtual with the OA-ICC!”

Continue reading ‘OA-ICC December calendar: 25/12 – “Go virtual with the OA-ICC!”’

OA-ICC December calendar: 24/12- “A great wall to help stop OA”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “A great wall to help stop OA”!

Continue reading ‘OA-ICC December calendar: 24/12- “A great wall to help stop OA”’

New MBARI project: The Emerging Science of a High CO2 / Low pH Ocean

This project developed by the Monterey Bay Aquarium Research Institute (MBARI) proposes to tackle the problem of assessing the future impacts of elevated oceanic CO2 levels (lower pH) on marine ecosystems through a unique combination of field and laboratory studies, and to address the associated policy, economic, and permitting issues. This work will draw on MBARI’s exceptional engineering skills, the institutional investment in ships and vehicles, and the new presence of the MARS cable as a unique experimental resource. The inevitable association of higher CO2 levels with climate change and lower oxygen levels, and the cascade of ocean policy issues arising in the post-climate change world will bring additional complexity that only a team effort can address.

The project aims at developing systems and methods for small-scale perturbation experiments in the laboratory and at sea to expose marine animals to the conditions that will likely represent the ocean of the late 21st century, to communicate these findings to policy makers, and to make the systems and knowledge we create available to users world-wide. CO2 perturbation experiments for land eco-systems have long been carried out and have revealed important predictors and insights that will influence policy. No equivalent experiments have yet been carried out in the ocean.

Continue reading ‘New MBARI project: The Emerging Science of a High CO2 / Low pH Ocean’

OA-ICC December calendar: 18/12- “All OA roads lead to Monaco”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “All OA roads lead to Monaco”.

AMAO

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OA-ICC December calendar: 15/12- “Bubble bubble toil and trouble”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “Bubble bubble toil and trouble”

Continue reading ‘OA-ICC December calendar: 15/12- “Bubble bubble toil and trouble”’

OA-ICC December calendar: 11/12- “In 2015, touch base with the OA-ICC!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “In 2015, touch base with the OA-ICC!”
Continue reading ‘OA-ICC December calendar: 11/12- “In 2015, touch base with the OA-ICC!”’

OA-ICC December calendar: 10/12- “Put down those spectacles!”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story below: “Put down those spectacles!”

Continue reading ‘OA-ICC December calendar: 10/12- “Put down those spectacles!”’

OA-ICC December calendar: 5/12 – “OA research made in Germany”

Count down the days until 2015 together with the OA-ICC! Each day of December you will find a short story on the OA-ICC news stream highlighting an ocean acidification project, effort, or resource.

Discover today’s story, “OA research made in Germany”, below.

Continue reading ‘OA-ICC December calendar: 5/12 – “OA research made in Germany”’

Philippe Cousteau, Jr. leads EarthEcho expedition: beyond dead zones to explore the impact of ocean acidification and pollution on marine ecosystems in South Florida

Photo by Hispanicize Wire

Photo by Hispanicize Wire

WASHINGTON, D.C. – September 3, 2014 – (HISPANICIZE WIRE) – Philippe Cousteau’s environmental education and youth leadership nonprofit EarthEcho International (www.earthecho.org) today announced EarthEcho Expedition: Beyond Dead Zones to the outer reef of the Florida Keys and the agricultural heart of Central Florida, to take place September 16-19, 2014. The project is part of EarthEcho Expeditions, an annual program that leverages the rich Cousteau legacy of exploration and discovery to bring science education alive for today’s 21st century learners.

“South Florida is home to some of North America’s most important and imperiled ecosystems,” said Cousteau. “With this installment of EarthEcho Expeditions, we are focused on helping young people in South Florida and around the world understand how they can invest in the future in the face of growing environmental challenges including climate change and pollution.”

Continue reading ‘Philippe Cousteau, Jr. leads EarthEcho expedition: beyond dead zones to explore the impact of ocean acidification and pollution on marine ecosystems in South Florida’

Venture meeting: “Using spatial data and analysis to understand the human impacts of ocean acidification”

Tuesday, September 9, 2014 – 09:00 to Wednesday, September 10, 2014 – 17:00

This meeting constitutes part of  a project initiated in 2012 for the purpose  of accomplishing an integrated, spatial assessment of the potential chemical, biological, and human dimensions of ocean acidification. The project consists of three meetings and a parallel data synthesis guided by two overarching goals: 1) assess the potential impact of OA on coastal communities in order to identify hot spots where OA impacts will be most acute, and 2) assess whether current natural and social science research can address policy and environmental management needs for OA –  identifying research needs that are unmet. Globally, participants in the project will identify regions where impacts are likely to be acute. In the U.S., where data are more spatially refined, specific communities and fisheries at most risk will be identified.

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A new online opportunity to promote your research on ocean acidification

A new research project using neural networks for ocean acidification has been launched by Tristan Sasse, a post-doctoral student at The University of New South Wales (Australia) via an open science platform called thinkable.org. This platform represents a new opportunity to engage research with the public and raise ongoing sponsorship funds.

Thinkable.org is a community-based funding/engagement model that relies on open-review and endorsements from fellow researchers, which helps the public learn and gain trust with what researchers do. Scientists can sign up for free at http://thinkable.org/Signup/Researcher to endorse or comment on ideas and products, and build their own research profile to start engaging a much wider audience for their work.

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