Archive for the 'Projects' Category



2017 OCB Activity Solicitation

The Ocean Carbon and Biogeochemistry (OCB) Program is soliciting proposals for OCB activities to begin during the 2017 calendar year.  We seek proposals for OCB-relevant scoping workshops and smaller group activities as follows:

  • Scoping workshops (50-60 people) that bring together an appropriate body of expertise to foster discussions and develop forward momentum in a specific OCB-relevant research area
  • Small working groups (8-12 members) to address targeted science goals/questions and develop products that benefit the broader OCB community
  • Synthesis activities to assimilate existing data, model outputs, etc. to support and inform future research efforts
  • Intercomparison activities to compare and build consensus on approaches (methodological, modeling, data analysis, etc.) for advancing OCB-relevant research

Please visit the OCB website to learn about previous scoping workshops and other activities. OCB has recently led numerous workshops and scientific planning activities that have generated guidelines and recommendations for future research in OCB-relevant research areas; however, proposals need not be limited to these topics:

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On location with ocean acidification

Photo credit: Ryan Ono

Photo credit: Ryan Ono

Last week, two filmmakers and I went to South Florida to document how ocean acidification can touch communities, like Miami’s, that don’t depend heavily on shellfish harvests. Known for its marine life, beaches, coral reefs and sunny weather, Miami and much of Florida rely on these natural assets to drive the local fishing and tourist industry. Coral reefs are the key link, because they provide habitat for vast numbers of fish—including many of the sport fish that make Florida’s charter fishing industry a must-visit for thousands of tourists each year.

Corals live in shallow and deep waters all the way around Florida—from the Gulf of Mexico and Caribbean Sea around to the Atlantic coast. They provide nurseries for young fish, where food and protection abound. Shallow-water corals also protect Florida’s coasts from hurricane waves, and the skeletons of coral reefs from thousands of years ago create Florida’s actual bedrock. But ocean acidification doesn’t care—it’s wearing away at coral reefs new and old.

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Acidification of Coral reefs: proposal

TRACC is developing proposals (partners wanted) to create solutions to the acidification of coral reefs by climate change. We will take what is known from reef resilience to pH change and experimental coral planting methods around the world and to proactively prepare the groundwork for adaption strategies to identify and grow coral species capable of mitigating the impacts of increasing levels of Carbon Dioxide on the global ocean. The joint perspective, will also be studied where the combined effects of two or more stressors acting at the same time are investigated. The coral nursery resource developed will enable detailed laboratory studies and field experiments and encourage cross-disciplinary and international cooperative partnerships.

The scale of the problem is global and it will require significant funds (full GEF grant or a full Adaptation fund grant) to bring enough researchers together to be able to tackle ocean acidification. An important part of this strategic plan is to develop proposals for a major grant or other sources of funding to promote adaptations by reefs. To help a wide range of reef organisms adapt to changing pH in the sea it will be necessary to work with DNA and genes to select sub-populations that are better able to synthesize the reef building blocks in a more acid environment. The appropriate coral species, once identified, could then be looked at more closely in terms of their genetic make-up and genetic modification employed to increase resistance to acid conditions should that be seen as feasible.

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BIOACID – Exploring Ocean Change (video)

From the Arctic to the tropics, ocean acidification changes life in the sea. By absorbing carbon dioxide (CO2) from the atmosphere, the ocean slows down global climate change. But in seawater, the greenhouse gas causes a chemical reaction with far-reaching consequences: carbonic acid is formed, and the pH drops.

Many plants and animals that build their shells or skeletons of calcium carbonate are at serious risk, because they need more energy to maintain growth in more acidic water. Also the development of important food fish can be affected. Organisms that convert carbon dioxide into energy by photosynthesis, however, could benefit. In addition, certain species are able to adapt to new conditions in the long run. The roles in the marine food web are redefined, while other factors such as rising temperatures, loss of oxygen, eutrophication, pollution or overfishing additionally might further influence the effects of ocean acidification.

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Ausschnitt aus dem Klima-MOOC: Ozeanversauerung (video, in German)

Prof. Dr. Ulf Riebesell, GEOMAR Helmholtz-Zentrum für Ozeanforschung Kiel, zur Ozeanversauerung.

Ein Filmausschnitt aus der Online-Vorlesungsreihe „Klimawandel und seine Folgen“. Für die Vorlesungen hat das Deutsche Klima-Konsortium (DKK) renommierte Forscherinnen und Forscher aus den führenden deutschen Klimaforschungsinstituten gewinnen können.

Mehr Information.

Missions CARIOCA – Papouasie-Nouvelle-Guinée – Acclimatation des coraux à l’acidification des océans (in French)

Une équipe internationale pilotée par l’IRD embarque à bord de l’Alis pour étudier en Papouasie-Nouvelle-Guinée des espèces de coraux capables de se développer dans des sites naturellement plus acides. Objectif : en savoir plus sur leur capacité d’acclimatation et d’adaptation aux conditions prévues d’ici la fin du siècle dans le cadre du changement climatique.
En péril… Plus de la moitié des récifs coralliens dans le monde sont menacés de disparition par le changement climatique. Outre l’élévation de la température,  l’augmentation dans l’atmosphère du dioxyde de carbone CO2, engendre une plus grande absorption de ce gaz par l’océan. Environ 800 kg de CO2 sont ainsi dissous dans les mers et océans de la planète par seconde. Sans ce puits de carbone, l’effet de serre sur la Terre serait encore plus important. Mais l’augmentation de ce phénomène provoque une acidification de l’océan et perturbe la biologie des organismes marins. Pour les coraux bâtisseurs de récifs, ceci se traduit par une plus grande difficulté à construire leur squelette calcaire et par une  augmentation de sa dissolution. Or les récifs coralliens hébergent un tiers de la biodiversité marine et fournissent des biens et des services écosystémiques à plus de 500 millions de personnes dans le monde.

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Join the International Alliance to Combat Ocean Acidification

Join the International Alliance to Combat Ocean Acidification, a newly formed international network of governments and organizations that together will address ocean acidification and other threats from changing ocean conditions.

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Smartfin – collecting data for deeper understanding of our changing oceans

What is Smartfin?

The Smartfin is a surfboard fin with sensors that measure multiple ocean parameters including salinity, temperature, location, wave characteristics, and pH (in development). The data surfers acquire while in the water will become accessible in near real-time to the world-wide scientific community. But Smartfin is not only about the data. It is also an effort to connect surfers and their communities to larger issues affecting ocean health. Using the data collected with Smartfin, we can better understand trends in ocean warming and acidification and mobilize our communities to take action to combat these problems caused by climate change.

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Release of SOCAT Version 4 – the first annual release using automated data upload

The Surface Ocean CO2 Atlas (SOCAT, www.socat.info) is a synthesis activity by the international marine carbon research community (>100 contributors). SOCAT version 4 has 18.5 million quality-controlled, surface ocean fCO2 (fugacity of carbon dioxide) observations with an accuracy of better than 5 μatm from 1957 to 2015 for the global oceans and coastal seas. Automation of data upload and initial data checks speeds up data submission and allows annual releases of SOCAT from version 4 onwards. SOCAT enables quantification of the ocean carbon sink and ocean acidification and evaluation of ocean biogeochemical models. SOCAT represents a milestone in research coordination, data access, biogeochemical and climate research and in informing policy.

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“OceAn pH Research Integration and Collaboration in Africa – ApHRICA” project kick-off

A pilot project aiming to install and operate ocean sensors on platforms operated by colleagues in Mauritius, Mozambique, the Seychelles and South Africa to study ocean acidification in East Africa was officially launched during the kick-off workshop at the end of July. The project is called “OceAn pH Research Integration and Collaboration in Africa – ApHRICA”. The launch of ApHRICA will not only enhance local ocean monitoring efforts in East Africa but will also facilitate connections to global efforts such as the Global Ocean Acidification Network (GOA-ON).

ApHRICA is a public-private partnership launched jointly by the U.S. Department of State, the Ocean Foundation, the Heising-Simons Foundation, Schmidt Marine Technology Partners, and the XPRIZE Foundation. The project was announced at the 2015 Our Ocean Conference in Chile, and was now officially launched with ApHRICA’s regional capacity building workshop held July 26-30, 2016, in Mauritius. The workshop welcomed ocean scientists from African countries to learn how to operate new ocean acidification (OA) monitoring technology and to connect to global efforts such as GOA-ON.

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UMM to lead Machias Bay acidification study

MACHIAS, Maine — The University of Maine at Machias, bolstered by a Libra Foundation Grant, is taking the lead role in a research project to study ocean acidification in Machias Bay.
Ocean acidification, often called the evil twin of climate change, is the absorption of carbon dioxide by ocean water. The carbon dioxide is produced by humans burning fossil fuels. Acidification is particularly bad for creatures with calcium carbonate in their shells or skeletons, like mollusks, crabs, and corals. Acidic water makes it harder for them to grow those shells, so many have a hard time surviving as the sea’s chemistry changes. This could have a disastrous effect on the Downeast fishing economy.

The Machias Bay Initiative will be led by UMM Professor Jon Reisman and will be a collaboration between the coast communities who rely on the the ocean for economic progress, local schools, the Maine Department of Marine Resources, the Maine Department of Environmental Protection, state legislators, local fishing related businesses and Washington County Council of Governments.

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Creating the network to forecast ocean acidification

Following the Ocean in a High CO2 World conference in Tasmania at the very beginning of May, we held the third science workshop for the Global Ocean Acidification Observing Network (GOA-ON) at the CSIRO Marine Laboratories in Hobart. The meeting included 135 people from 37 nations who gathered to figure out how to expand the monitoring of ocean acidification around the globe to better understand it.  Thanks to some very special donors, The Ocean Foundation was able to sponsor the travel of scientists from countries with limited monitoring capacity to attend this meeting.

GOA-ON is a global, integrated network designed to monitor the status of ocean acidification and its ecological impacts. As a global network, GOA-ON addresses the fact that ocean acidification is a global condition with very local effects. It is intended to measure the status and progress of ocean acidification in the open ocean, coastal ocean and estuarine areas. We also hope that it helps us gain a greater understanding of how ocean acidification affects marine ecosystems, and ultimately provides data that will allow us to create forecasting tools and make management decisions.  However, many parts of the world, including regions with strong reliance on marine resources, lack data and monitoring capacity. Therefore, a short-term goal is to fill the gaps in coverage of monitoring globally, and new technologies may help us in doing so.

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How can education help mitigate ocean acidification?

This May, Hobart, Tasmania will attract more than 350 scientists to an international symposium about our changing climate and ocean, particularly focusing on ocean acidification. Together, NOAA’s Office of National Marine Sanctuaries and Ocean Acidification Program have organized a special outreach session and evening Share-a-Thon to help educators, communicators, and scientists share effective approaches to communicating ocean acidification.

Laura Francis, Channel Islands National Marine Sanctuary education coordinator and an organizer of this special session, explains that “ocean acidification is an emerging issue that could have far-reaching impacts on the health of our national marine sanctuaries and long-term sustainability of ecosystems that support human populations.” With that in mind, she says, “it is critical that educators have access to the latest science information and communication tools on this topic and are able to effectively share the science of ocean acidification, potential impacts, and positive actions with our communities.”

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Stjernelag skal forske på havforsuring i kystsona (in Norwegian)

Vestlandsforsking har samla leiande forskarar frå fleire fag for å få fram ny kunnskap om korleis vi kan handtere havforsuring, klimaendringane sin mindre kjende «tvilling».

Dei kystnære havområda er under press på grunn av både klimaendringar og havforsuring. Årsaka til desse trugsmåla er den same – høge utslepp av CO2.

– Konsekvensane kan bli alvorlege, for dei grunnleggande vilkåra for liv i havet er i ferd med å endre seg.  At kystsona er sårbar frå før på grunn av menneskeleg aktivitet, kan gjere vondt verre, seier Halvor Dannevig.

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Project: “Adapting coastal zone management to ocean acidification” (Norway)

Project id: 6204
Time frame: 01.01.2016 – 31.12.2018
Project manager: Halvor Dannevig
Staff: Idun A. Husabø
Funded by: The Research Council of Norway

Ocean acidification (OA) in concert with climate change and other anthropogenic stressors will lead to unprecedented and profound changes in coastal ecosystems. There is little knowledge of the processes of OA
in Norwegian coastal areas, about the potential consequences, to what extent OA will interact with other ecosystem stressors, and how society may respond to this situation.

Sustainable management of the coastal areas therefore hinge on the ability to address and mitigate OA and OA impacts.
In order to make OA a governable issue, this project will produce more knowledge about OA in the coastal zone, and gain new insight into how this knowledge can be co-produced with those who uses it for governance and industry purposes. OA and climate change add uncertainties on several levels for coastal zone management, which raises the need for better knowledge on how governance regimes can operate in an effective way given such uncertainties. Through two case studies and measurements
in coastal areas in southern and northern Norway, the proposed project
will provide new knowledge about OA and OA impacts on coastal areas
and develop models for how this knowledge can be used for coastal management.

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Investigating ocean acidification

Photo credit: D. Allen (NIWA)

Photo credit: D. Allen (NIWA)

Ocean acidification – caused by increases in carbon dioxide in the atmosphere – is having detrimental effects on marine life globally. This feature investigates the causes of ocean acidification, its effect on New Zealand’s oceans and New Zealand’s efforts to monitor this complex issue.

The world’s oceans are acidifying as a result of the carbon dioxide (CO2) generated by humanity.

A report by the United Nations Convention on Biological Diversity last year noted that the ocean’s pH, a measure of acidity, had decreased by 26 per cent since the start of the industrial revolution, mirroring the proportion of manmade CO2 emissions that the oceans absorb from the air.

Globally the oceans’ average pH is currently 8.1, which is 0.1 lower than it was 250 years ago. This may not sound significant, but the pH scale is logarithmic, so a decrease of one pH unit represents a 10-fold increase in the acidity. What’s worse, this decline in pH is projected to continue in line with the increase in atmospheric CO2, leading to the most rapid decrease in ocean pH in the past 50 million years.

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Seawater of the future: Otago researchers “blitz” White Island

In early December, an Otago-led group of chemists, biologists, geologists, botanists and marine scientists from around the world are planning a “blitz” on Whakaari (White Island), a marine volcano off the coast of Whakatane. Their aim: find out as much about the island’s currents, water, algae, and marine animals as they can in just four days.

The scientific expedition will take place the first week of December, with fishing boats, divers, snorkelers, a variety of equipment and samplers travelling 48 km offshore to White Island to study its unique marine environment.

Expedition leader Associate Professor Abby Smith of Otago’s Department of Marine Science says White Island is special because the volcano heats up the surrounding water and bubbles carbon dioxide into it through vents on the flanks of the volcano.

“This creates a marine environment that is warmer and more acidic than ‘normal’ seawater – the same kind of environment we can expect to see as CO2 in the air is absorbed by the oceans over the next several decades. In effect, the conditions create ‘seawater of the future’,” she says.

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John S. Latsis Public Benefit Foundation fund study into effects of ocean acidification

The John S. Latsis Public Benefit Foundation has funded a study into how calcified structures of benthic organisms are being affected by ocean acidification as part of its drive to provide funding for scientific research undertaken by young research teams, whose members are all under the age of forty. The study was evaluated for funding by the supervisory board of the Foundation, which is comprised of Latsis family members Henrietta, Margarita, Marianna and Spiro Latsis. Throughout 2014, research teams performed a series of experiments to evaluate the effects of ocean acidification and to raise public awareness of the problem with a view to influencing policy makers at the highest level.

The Effects on the Calcified Structures of Benthic Organisms of Ocean Acidification

The aim of the 2014 study was to perform a series of experiments designed to quantify the effect on the calcified structures of benthic organisms of ocean acidification. This included using micro-computed tomography to study shell density and structure. Comparisons were made between juvenile vs. adult life stages, benthic organisms using different forms of calcium carbonate, external vs. internal hard structures and short-term vs. long term acidification.

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Appel à propositions de recherche “Acidifications des océans” (in French)

Ministèere de l’écologie, du développement durable et de l’énergie; Commissariat général au Développement durable; Direction de la recherche et de l’innovation – Service de la recherche

Date limite de réception des projets : 30 octobre 2015 minuit (sous forme numérique)

Soumission

Les projets seront soumis sous forme de lettre d’intention conformément à l’annexe du présent appel et doivent être envoyés sous format électronique au ministère de l’écologie / CGDD/ direction
de la recherche et de l’innovation et à la fondation pour la recherche sur la biodiversité, au plus tard le 30 octobre à minuit.

Les critères d’évaluation des projets par les experts

· Intérêt scientifique et caractère innovant du projet par rapport à l’état de l’art international, aux références bibliographiques sur le sujet et au positionnement stratégique par rapport à d’autres projets ;

· Qualité scientifique et technique du projet et qualité de la démarche et de la méthodologie. Approche interdisciplinaire, articulations effectives ou potentielles entre les différentes disciplines impliquées ;

· Constitution du consortium : références de l’équipe et adéquation des compétences réunies au programme de travail (travaux antérieurs, liste de publications, implication de doctorants dans le projet, …), management du projet, ouverture internationale

· Faisabilité : adéquation des moyens aux objectifs et cohérence des délais et des budgets par rapport au programme de travail proposé. La durée moyenne des projets attendus est de 36 mois (24 mois minimum, 42 maximum), et les budgets demandés seront d’un maximum de 200k€. La part de contribution sur ressources propres des organismes qui sollicitent des subventions sera examinée.

· Dimensions nationale, régionale et internationale, et les échelles d’élaboration et de mise en oeuvre des actions publiques.

· Caractère opérationnel et transférable des résultats attendus, modalités d’interaction avec les acteurs. Capacité à générer des enseignements généraux à partir de l’étude de cas.

· Valorisation envisagée auprès de la communauté scientifique et des acteurs de l’action publique.

Les meilleurs projets seront alors présentés aux financeurs qui effectueront le choix final avec l’appui du Ministère de l’écologie et la Fondation pour la recherche sur la biodiversité. Le nombre de projets retenus pour financement dépendra du budget définitif collecté.

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Ocean acidification and its impacts on the sea economy: what vision for 2050?

Greenhouse gases do not only cause global warming but also oceans acidification, a phenomenon which has several impacts. As explained by the fifth report  of the Intergovernmental Panel on Climate Change released in 2014, carbon dioxide, absorbed by the sea, will continue to cause a progressive increase of water acidity, leading to major biological and chemical changes.

This Lab project will evaluate the various kinds of impacts of oceans acidification on the economy of the sea, including the socio-economic consequences of decrease of fishery production, on tourism, on ecosystems, on migrations of populations and try to suggest a vision for 2050, also in terms of conceivable public policies. It will focus on recent developments in France and on its role, as the second maritime power state, in the emergence of sea businesses. The other case studies will be on Ecuador and Estonia and present local observations and interviews of key actors from the civil society, businesses and governments.

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