Institution
Prince Albert II of Monaco Foundation
Nonprofit•Monaco, Monaco•
About: Prince Albert II of Monaco Foundation is a nonprofit organization based out in Monaco, Monaco. It is known for research contribution in the topics: Marine conservation & Global warming. The organization has 1 authors who have published 4 publications receiving 346 citations. The organization is also known as: Prince Albert II Foundation.
Topics: Marine conservation, Global warming, Risk assessment, Climate change, Marine Biology (journal)
Papers
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King Abdullah University of Science and Technology1, Aarhus University2, Colorado State University3, Massachusetts Institute of Technology4, Pontifical Catholic University of Chile5, Prince Albert II of Monaco Foundation6, Sciences Po7, University of Paris8, Boston University9, James Cook University10, National Museum of Natural History11, University of Queensland12, Dalhousie University13, University of York14
TL;DR: Recovery rates across studies suggest that substantial recovery of the abundance, structure and function of marine life could be achieved by 2050 if major pressures, including climate change, are mitigated.
Abstract: Sustainable Development Goal 14 of the United Nations aims to "conserve and sustainably use the oceans, seas and marine resources for sustainable development". Achieving this goal will require rebuilding the marine life-support systems that deliver the many benefits that society receives from a healthy ocean. Here we document the recovery of marine populations, habitats and ecosystems following past conservation interventions. Recovery rates across studies suggest that substantial recovery of the abundance, structure and function of marine life could be achieved by 2050, if major pressures-including climate change-are mitigated. Rebuilding marine life represents a doable Grand Challenge for humanity, an ethical obligation and a smart economic objective to achieve a sustainable future.
417 citations
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University of Paris1, Sciences Po2, Prince Albert II of Monaco Foundation3, Centre national de la recherche scientifique4, École Normale Supérieure5, École Polytechnique6, University of British Columbia7, Aarhus University8, King Abdullah University of Science and Technology9, Humboldt University of Berlin10, The Nature Conservancy11, Stanford University12, Leibniz Institute of Marine Sciences13, Natural Environment Research Council14, University of East Anglia15, University of Hawaii16, Utrecht University17, Alfred Wegener Institute for Polar and Marine Research18, University of California, Santa Cruz19
TL;DR: In this article, a comprehensive and systematic assessment of 13 global and local-scale, ocean-based measures was performed to help steer the development and implementation of technologies and actions towards a sustainable outcome.
Abstract: The Paris agreement target of limiting global surface warming to 15-2°C compared to pre-industrial levels by 2100 will heavily impact the ocean While ambitious mitigation and adaptation are both needed, the ocean provides major opportunities for action to reduce climate change globally and its impacts on vital ecosystems and ecosystem services A comprehensive and systematic assessment of 13 global- and local-scale, ocean-based measures was performed to help steer the development and implementation of technologies and actions towards a sustainable outcome We show that (1) all measures have tradeoffs and multiple criteria must be used for a comprehensive assessment of their potential, (2) greatest benefit is derived by combining global and local solutions, some of which could be implemented or scaled-up immediately, (3) some measures are too uncertain to be recommended yet, (4) political consistency must be achieved through effective cross-scale governance mechanisms, (5) scientific effort must focus on effectiveness, co-benefits, disbenefits, and costs of poorly tested as well as new and emerging measures
226 citations
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25 Jan 2021
TL;DR: In this article, four ocean-based negative emissions technologies (NETs) are assessed in comparison to eight other oceanbased measures, and their role in revising UNFCCC Parties' future Nationally Determined Contributions is discussed in the broad context of oceanbased actions for both mitigation and ecological adaptation.
Abstract: Four ocean-based negative emissions technologies (NETs) are assessed in comparison to eight other ocean-based measures. Their role in revising UNFCCC Parties’ future Nationally Determined Contributions is discussed in the broad context of ocean-based actions for both mitigation and ecological adaptation. All measures are clustered in three policy-relevant categories (Decisive, Low Regret, Concept Stage). None of the ocean-based NETs assessed are identified as Decisive at this stage. One is Low Regret (Restoring and increasing coastal vegetation), and three are at Concept Stage, one with low to moderate potential disbenefits (Marine bioenergy with carbon capture and storage) and two with potentially high disbenefits (Enhancing open-ocean productivity and Enhancing weathering and alkalinization). Ocean-based NETs are uncertain but potentially highly effective. They have high priority for research and development.
35 citations
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TL;DR: This article developed a scoring system to translate qualitative IPCC risk assessments into risk scores that, when aggregated, describe global risk from climate change, showing that global climate risk will increase substantially with greenhouse gas emissions compared to today (composite risk score increase of two and fourfold under RCP2.6 and RCP8.5, respectively).
Abstract: The three recent Special Reports of the IPCC provide an opportunity to understand overarching climate risk, as they cover a wide diversity of risks to natural and human systems. Here we develop a scoring system to translate qualitative IPCC risk assessments into risk scores that, when aggregated, describe global risk from climate change. By the end of this century, global climate risk will increase substantially with greenhouse gas emissions compared to today (composite risk score increase of two- and fourfold under RCP2.6 and RCP8.5, respectively). Comparison of risk levels under +1.5 degrees C and +2 degrees C suggests that every additional 0.5 degrees C of global warming will contribute to higher risk globally (by about a third). Societal adaptation has the potential to decrease global climate risk substantially (by about half) under all RCPs, but cannot fully prevent residual risks from increasing (by one-third under RCP2.6 and doubling under RCP8.5, compared to today).Different frameworks, most notably expert assessments from the IPCC, have been developed to determine risk from climate change over this century. Estimated risk scores quantified from the IPCC assessments show a substantial increase in global composite risk by 2100 for low and high emissions.
34 citations
Authors
Showing all 1 results
Name | H-index | Papers | Citations |
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Jean-Pierre Gattuso | 77 | 272 | 23041 |