Scenarios for the Future Ocean


Organizers: Tyler Eddy (University of South Carolina), Jörn Schmidt (University of Kiel), Alan Haynie (NOAA), John Pinnegar (CEFAS)

RESEARCH SESSION

TUESDAY - Joy Burns Center 117

11:00-11:05 AM
Introduction

11:05-11:25 AM
Linking the oceans and the land: joint scenarios for future assessments of global food production
Invited Speaker: Hermann Lotze-Campen, Potsdam Institute for Climate Impact Research

11:25-11:35 AM
Adaptive fisheries management under changing environmental and economic conditions: socioeconomic scenarios in the Alaska Climate Integrated Modeling (ACLIM) Project
Alan Haynie, National Marine Fisheries Service

11:35-11:45 AM
Shared Socioeconomic Pathways (SSPs) for fisheries and aquaculture in Europe
John Pinnegar, Centre for the Environment, Fisheries & Aquaculture Science

11:45-11:55 AM
Using Scenarios to Understand the 'New' Maritime Arctic
Lawson Brigham, University of Alaska Fairbanks

11:55 AM-12:05 PM
The future of global marine seafood production under contrasting scenarios of socio-economic development and ocean conditions
William Cheung, The University of British Columbia

12:05-12:15 PM
Fuzzy logic approach to estimating the vulnerability of global marine fisheries under contrasting SSP scenarios 
Colette Wabnitz, University of British Columbia

12:15-12:18 PM
Poster pitches (1 minute each):
What are potential future states of the Baltic Sea food web?
Maciej T. Tomczak, Stockholm University, Baltic Sea Centre

Developing eco-viability scenarios for fisheries and marine biodiversity in a changing environment
Oliver Thebaud, L'Institut Français de Recherche pour l'Exploitation de la Mer

Connectivity between Coastal Ecosystems and ABNJ, finding Common Grounds of Governance through Regional Stakeholders’ involvement: The Role of the STRONG High Seas Project in the Southeast Atlantic
Sheila Kong Mukwele, The Ministry of External Relations of Cameroon

12:18-12:45 PM
Questions and Discussion

Formal methods and tools for scenario analysis are used in support of ecosystem-based management of natural resources, including marine fisheries. In addition, there is a growing requirement for these methods and tools to enable the evaluation of alternative decision rules that fully encompass (i) the dynamics of marine social-ecological systems and transition phases associated with management implementation, and (ii) multiple political, economic, social, technological, legal, and environmental objectives of management.  To date, most socio-economic scenarios have been developed in the context of the IPCC and are focussed on land-based activities. However, coupling ocean and coastal systems is attracting growing attention and debate, demonstrating that this is an important research area. While many studies focus on the exploration of possible futures, there is also a need to develop normative scenarios, which consider objectives for the management of ocean uses, and possible pathways for these objectives to be met in the future. This session will focus on the presentation and discussion of recent advances and key challenges in scenario development for ocean and coastal systems. We invite papers describing approaches to develop future trajectories of change in some or all of the elements of the “PESTLE” approach (Political, Economic, Social, Technological, Legal, and Environmental) needed to project bioeconomic consequences of climate change on fisheries and aquaculture.  Scenario approaches can be at local, regional, and global scales and of varying time horizons.  They can include ecosystem-based management and fisheries strategies, integrated ecosystem assessments or biodiversity scenarios, such as those being developed for the Intergovernmental Panel on Biodiversity and Ecosystems Services (IPBES). We also encourage approaches that connect land and sea as well as approaches that would be relevant to model intercomparison projects (MIPs), such as CMIP, ISIMIP, and Fish-MIP.
Proposed organization of session (1h45min): 5 minutes of introduction by organizers and 5 talks of 20 minutes each.