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IAEA and Prince Albert II of Monaco Foundation strengthen long-term partnership on ocean acidification

Olivier Wenden, DDG Najat Mokhtar and Director Florence Descroix Comanducci, Lina Hansson, Jean-Pierre Cayol, Noura El-Haj on the steps of the Prince Albert II of Monaco Foundation, 3 October 2024, Monaco (Photo:Ludovic Arneodo/FPA2)

A new partnership has been signed which formalizes a long standing collaboration between the IAEA Marine Environment Laboratories, hosted by the Principality of Monaco, and the Prince Albert II of Monaco Foundation on ocean acidification and ocean-based solutions to climate change. The new Partnership falls under the framework of the IAEA’s Ocean Acidification International Coordination Centre and the Foundation’s initiative Ocean Acidification and other Ocean Change – Impacts and Solutions and was signed by the Foundation’s Vice President and CEO, Olivier Wenden, and IAEA Deputy Director General Najat Mokhtar.

Ocean acidification occurs when the ocean absorbs carbon dioxide (CO2) released into the atmosphere by human activities. The ocean absorbs about 25 per cent of human-caused CO2 emissions, leading to a series of changes in seawater chemistry, including an increase in acidity.  Ocean acidification impacts marine life, particularly organisms with calcium-based shells or skeletons, such as corals and molluscs. Along with ocean warming and oxygen depletion, these changes create complex and unpredictable challenges for marine ecosystems.

Created in 2006, the Prince Albert II of Monaco, Foundation (PA2F) aims to protect the environment and promote sustainable development.  Ocean acidification and ocean change has been a key focus of the PA2F since 2013 when the Ocean Change – Impacts and Solutions (OACIS) Initiative was launched.

“Ocean acidification is a global problem, but how the effects play out depend on local factors,” said Wenden. “Ocean acidification will hit harder in many regions of the world which do not necessarily have the resources or the capacity to monitor and to adapt. We are thrilled to be teaming up with the IAEA Marine Environment Laboratories to help bring knowledge and capacity to study ocean acidification to scientists across the globe”.

OACIS brings together the main organizations working on ocean acidification based in the Principality of Monaco (PA2F, the Monaco Government, the Oceanographic Museum, the Centre Scientifique de Monaco and the IAEA Marine Environment Laboratories), as well as the Villefranche Oceanographic Laboratory (French National Centre for Scientific Research (CNRS) /Sorbonne Universités), IDDRI and the International Union for Conservation of Nature.

Mokhtar said: “The IAEA is delighted and proud to formalize its long-lasting collaboration with the Prince Albert II of Monaco Foundation, a key player in marine conservation both in Monaco and internationally, with whom we share the same values and interests. We are excited to continue to work together to make sure that the scientific data and information needed to take action on ocean acidification is available, and to amplify our impact together, enabling lasting progress for IAEA Member States”.

Ocean acidification is included under the Sustainable Development Goals under Goal 14, and its Target 3, which calls on countries to “minimize and address the impacts of ocean acidification, including through enhanced scientific cooperation at all levels”. Addressing ocean acidification is also part of the new Global Biodiversity Framework of the Convention of Biological Diversity, under Target 8. Yet, the capacity to monitor and study the effects of ocean acidification on marine biodiversity is largely insufficient in many parts of the world.

The IAEA’s Ocean Acidification International Coordination Centre (OA-ICC) promotes international collaboration on ocean acidification. The Centre organizes training courses for countries, provides access to data and resources and develops standardized methodologies and best practices. The OA-ICC also works to raise awareness among various stakeholders about the role that nuclear and isotopic techniques can play in assessing ocean acidification’s impacts. Scientists at the IAEA’s Marine Environment Laboratories in Monaco use these techniques to investigate the impacts of ocean acidification and its interaction with other environmental stressors.

Under the new partnership, the IAEA and the Foundation will co-organize training courses and expert meetings to empower countries to study and act on ocean acidification and ensure that research in this field is inclusive and participatory. They also plan to organize joint events to raise awareness about the latest research on ocean acidification and ocean-based solutions among policymakers, resource managers and other stakeholders at key ocean gatherings, such as the annual Monaco Ocean Week and the United Nations Ocean Conference and related events to be held in Nice and Monaco in June 2025.

Additionally, the partnership will also explore joint activities related to plastic pollution, another critical area where both the IAEA, through its flagship initiative on plastic pollution (NUTEC Plastics), and the PA2F are actively engaged.

As part of their joint upcoming activities, the two partners are organizing an international Winter School on Ocean Acidification and Multiple Stressors for researchers new to the field, which will take place at the IAEA Marine Environment Laboratories in Monaco from 18-29 November 2024.

Continue reading ‘IAEA and Prince Albert II of Monaco Foundation strengthen long-term partnership on ocean acidification’

The December WIOMSA Newsbrief is out!

We are delighted  to announce that the December issue of the WIOMSA Newsbrief has been published. This issue of the Newsbrief  features WIOMSA at COP 27 in Egypt  where we unveiled the Report on Ocean Acidification monitoring in the Western Indian Ocean. Other key features  include a spotlight on our newly elected Board members and the resolutions passed at WIOMSA’s 7th General Assembly in October. The Newsbrief highlights the cutting edge science outputs from our research projects, regional news, new publications and recently published papers . Also featured are WIOMSA’s affiliate networks.

Download the December Newsbrief.

Continue reading ‘The December WIOMSA Newsbrief is out!’

What is ocean acidification? Find out how research at Plymouth is tackling this global carbon dioxide problem (text & video)

Explore the science behind falling ocean pH and the impact this has on marine ecosystem balance

Ocean acidification occurs when carbon dioxide (CO2) is absorbed rapidly into the ocean.

It reacts with water molecules (H2O) to form carbonic acid (H2CO3). This compound then breaks down into a hydrogen ion (H+) and bicarbonate (HCO3). These hydrogen ions decrease seawater pH.

In chemical terms, ocean acidfication is described like this:

CO2 + H2O → (H+) + (HCO3)

The rising CO2 problem

Since the beginning of the Industrial Revolution in the early 1800s, the rise of fossil fuel-powered machinery has been the catalyst for the emission of billions of tonnes of carbon dioxide (CO2) and other greenhouse gases into our atmosphere.

Carbon dioxide levels have now risen by 30 per cent since the Industrial Revolution.

Scientists now know that about a quarter of carbon dioxide emissions have been absorbed by the oceans.

Monitoring shows that burning fossil fuels has caused unprecedented changes to ocean chemistry due to ocean uptake of millions of tonnes of CO2 each year.

Falling pH

Surface ocean waters are alkaline; on average pH 8.1. But because a quarter of human CO2 emissions are taken up by surface seawater this could drop to pH 7.8 by the end of the century, lower than at any time in human history.

The change in ocean acidity will not make it more dangerous for us to swim or surf in.

Seas are not actually going to be acidic – they will still be more alkaline than tap water.

Ocean acidification is happening rapidly worldwide. We have shown that this has knock-on effects that degrade marine ecosystems and impact fishing industries and food supplies. Plans are in place to ensure that University of Plymouth research is strategically aligned to inform the United Nations Decade of Ocean Science for Sustainable Development (2021-2030) and embed solutions that slow ocean degradation and build recovery of our coastal resources.

Continue reading ‘What is ocean acidification? Find out how research at Plymouth is tackling this global carbon dioxide problem (text & video)’

MCCIP – Marine Climate Change Impacts Partneship

The United Kingdom Marine Climate Change Impacts Partnership (MCCIP) brings together scientists, government, its agencies and NGOs to provide coordinated advice on climate change impacts and adaptation around our coast and in our seas.

We collate and synthesise evidence on climate change impacts and adaptation in a timely, impartial and independent manner, and disseminate this information to stakeholders.

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Pacific Islands – Climate Adaptation Science Center

Observed climatic trends across the Pacific Basin, rising sea levels, increasing sea surface temperatures, shifts in ocean chemistry with increased ocean acidification, increasingly variable precipitation and wind patterns, rising air temperatures, increasing storm and cyclone intensity, and more prominent droughts, all promise growing stresses on terrestrial, coastal, and marine ecosystems, as well as on human communities. This wide, complex, intertwined spread of issues offer many challenges.

Pacific Islands – Climate Adaptation Science Center. Resource.

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EMODnet – The European Marine Observation and Data Network

The European Marine Observation and Data Network (EMODnet) is the long-term initiative launched in 2009 by the DG MARE (EU Commission’s Directorate-General for Maritime Affairs and Fisheries). EMODnet is part of the Blue Growth strategy, Marine Knowledge 2020, and its main task is to ensure that European marine data will become easily accessible, interoperable, and free of restrictions on use.
EMODnet Chemistry is focused on eutrophication, ocean acidification, contamination, and marine litter issues which are relevant to the Marine Strategy Framework Directive and to global climate change. The data have been brought together for different group of variables in seawater, sediment and biota.

EMODnet. Resource.

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OCEANA

Pollution and contaminants enter the oceans through a number of outlets: offshore oil and gas drilling, coal-burning power plants, aquaculture, mercury-based chlorine plants, plastics, marine debris and more. Once these toxins enter the environment, they can cause long-lasting damage to marine ecosystems and adversely impact wildlife and fisheries.

OCEANA. Resource.

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JPI Oceans

JPI Oceans is an intergovernmental platform that strives to increase the impact of national investments in marine and maritime research and innovation.  By joining forces, JPI Oceans focuses on long-term collaboration between EU Member States, Associated Countries and international partners. The platform provides its member countries with a shared voice, strategic agenda and action plan to address complex ocean-related societal challenges that cannot be solved at national level.

JPI Oceans. Resource.

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Future Earth Coasts

Future Earth Coasts is a Global Research Project of Future Earth, a platform for translating sustainability knowledge into action that includes a number of United Nations agencies, intergovernmental bodies and organisations such as the International Council for Science.

Future Earth Coasts. Resource.

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University of Alaska Fairbanks OARC – Ocean Acidification Research Center

Ocean acidification (OA) is the result of anthropogenic increases in atmospheric carbon dioxide that is later absorbed by the ocean. This change in ocean chemistry makes the global oceans more acidic. Concerns over increasing acidity in Alaska and how this phenomenon will impact Alaska’s Blue Economy spurred the creation of the Ocean Acidification Research Center (OARC) within the College of Fisheries and Ocean Sciences (CFOS) at the University of Alaska Fairbanks (UAF).

University of Alaska Fairbanks – College of Fisheries and Ocean Sciences. Resource.

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The Commonwealth Blue Charter – “Shared ocean, shared values”

The Commonwealth Blue Charter is an agreement by all 54 Commonwealth countries, adopted at the Commonwealth Heads of Government Meeting in London, April 2018. In the Blue Charter, Commonwealth countries agree to actively cooperate to solve ocean-related problems and meet commitments for sustainable ocean development, with particular emphasis on the UN Sustainable Development Goals (SDGs), especially SDG 14 (Life Below Water).

The Commonwealth Blue Charter. Resource.

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ARGO

Argo is an international program that collects information from inside the ocean using a fleet of robotic instruments that drift with the ocean currents and move up and down between the surface and a mid-water level. Each instrument (float) spends almost all its life below the surface. The name Argo was chosen because the array of floats works in partnership with the Jason earth observing satellites that measure the shape of the ocean surface. (In Greek mythology Jason sailed on his ship the Argo in search of the golden fleece).

Argo. Resource.

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Biogeochemical Argo

An extension of the Argo program to include biogeochemical observations

Biogeochemical Argo. Resource.

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GOOS – The Global Ocean Observing System

The Global Ocean Observing System (GOOS) is a sustained collaborative system of ocean observations, encompassing in situ networks, satellite systems, governments, UN agencies and individual scientists. We are organized around a series of components undertaking requirements assessment, observing implementation, innovation through projects, and a core team

GOOS. Resource.

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Southern Cross University: Centre for Coastal Biogeochemistry

The Centre undertakes research on the Global Change issues of nutrient over-enrichment (Eutrophication), ocean acidification, climate change, greenhouse gases and hypoxia.

Southern Cross University. Resource.

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WOAC – Washington Ocean Acidification Center

The Washington Ocean Acidification Center was established in 2013 following the recommendation of the Washington state Blue Ribbon Panel on Ocean Acidification.

WOAC. Resource.

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Foras na Mara Marine Institute

The Marine Institute was set up under the Marine Institute Act 1991: to undertake, to coordinate, to promote and to assist in marine research and development and to provide such services related to research and development, that in the opinion of the Institute, will promote economic development and create employment and protect the marine environment.

Foras na Mara Marine Institute. Resource.

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MarineBio

Since 1998, The MarineBio Conservation Society (MarineBio) has been a nonprofit volunteer marine conservation and science education group working online together to educate the world about ocean life, marine biology, marine conservation, and to provide a sea ethic that we should all attempt to follow.

MarineBio. Resource.

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GOA-ON – Global Ocean Acidification Observing Network

GOA-ON is a collaborative international network to detect and understand the drivers of ocean acidification in estuarine-coastal-open ocean environments, the resulting impacts on marine ecosystems, and to make the information available to optimize modelling studies. The network is fundamental to providing early warning of the impacts of ocean acidification on natural ecosystems, wild and aquaculture fisheries, coastal protection, tourism and local economies. The network provides key input to communities, industry and governments seeking to develop action plans, best practices, and mitigation or adaptation strategies to address ocean acidification impacts.

GOA-ON. Resource.

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OAIE – Ocean Acidification Information Exchange

The Ocean Acidification Information Exchange is an online community for professionals involved with or interested in the topics of ocean and coastal acidification (OCA). Our mission is to respond and adapt to OCA by fostering an online environment built on trust, where our members feel empowered to ask, answer, and learn from one another.

OAIE. Resource.

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