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West Coast Electronic Fishery Information Systems Workshop - Insights and Future Directions

The West Coast Electronic Fishery Information Systems Workshop held on May 3-4, 2011, in Portland focused on enhancing fisheries management through improved data integration and technology adoption. Key objectives included addressing specific fishery challenges, discussing core issues, and exploring alternative visions for fishery systems. Experts shared insights on the importance of coherence, transparency, and real-time data access, highlighting technological advancements and their potential economic benefits. The workshop served as a platform for stakeholders to collaborate on developing effective, integrated electronic fishery management systems.

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West Coast Electronic Fishery Information Systems Workshop - Insights and Future Directions

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  1. West Coast Electronic Fishery Information Systems WorkshopSheraton Portland AirportMay 3-4, 2011Overview, Issues, andWorkshop Objectives Gil Sylvia Marine Resource Economist Superintendent, Coastal Oregon Marine Experiment Station

  2. Presentation Objectives • Why this Workshop?? • “Big Picture” Context • Specific Fishery Challenges • Core eFIS Issues • Alternative Visions • Our Charge

  3. Why Are We Here?Better Information( e.g., Coherence, Transparency, Speed, Quality) • Empowers! • Economic Benefits! • Better Science! • Improved Management!

  4. “A Curry County PowerPoint” Scott Boley

  5. The Information System-Project CROOS CWT Database Ocean Observing Systems (NANOOS, PACOOS) Oceano- graphic data (satellite- derived) Mapping/Analysis: internal tools Mapping/Analysis: external tools PFX WEBSITE Find Your Fish Project Managers Scientists Processors Marketers Fisheries Managers Fishermen General Public Marketing Kiosks Data Inputs – CROOS database Data Inputs – Other linked databases Onboard eletronic data entry Temp/Depth DO Loggers Laboratories Fish Processors & Marketers West Coast GSI Partners satellite CROOS / PFX Database Data Integration Filters

  6. The Three “Fishery Revolutions” • Sustainability • Ecosystems • Precautionary • Rebuilding • Quotas/Catch Limits

  7. The Three “Fishery Revolutions” • Property Rights • Permits • Catch Shares • IFQ’s • Community Quota’s • TURF’s

  8. The Three “Fishery Revolutions” • E-Information • (Near) Real Time Systems • Hardware • Software • Internet/Web • Social Networking • Cloud-Based Systems

  9. The Integrated Fishery Management System • Property Rights Sustainability • E-Information

  10. Classes of “Information” Data Coherent Information Knowledge Broad Understanding

  11. Tools and Enabling Technologies • Satellite-based • GPS • Communications • Remote sensing • Hardware • Electronic data loggers • Temperature/depth loggers • Bar-code readers • Electronic sensors • Communication • Cell phones • Satellite phones • Email • Internet • World-wide web • Computer-based • Data base software • GIS • Ocean models • Visualization software • Marketing kiosks • Data collection • Buoys • Doppler radar • Autonomous gliders

  12. (Near) Real Time Fishery Information Needs • Quota and Harvest (Targeted and Non-Targeted) • Prices and Market Information • Weather • Environmental Information and Conditions • Stock Location and Composition • Vessel Locations • Etc….

  13. Types of E-Information Fishery Sub-Systems • Individual Vessel and Processing Plant Systems • Logbooks • Fish Tickets • Observer Coverage (Human, Cameras, Sensors, etc.) • Vessel Monitoring Systems • Quota Reporting • Research and Monitoring • Ocean Observing (Buoys, Satellites, Sensors) • Fleet “Coordination” Systems • Market Traceability • Etc…

  14. Issues in Designing Integrated E-Systems Legal • Privacy • Security • Contracts –(system use, data sharing) • Ownership and intellectual property rights (data, databases, e-architecture)

  15. Issues in Designing Integrated E-Fishery Systems Efficiency and Planning • Integrating engineering, management, and economic objectives • Efficient use of a unit of “data” • “Old” Time versus “Near Real” Time versus “Real” Time • Meeting industry, science, management, market, and public needs • Ensuring compatibility with tomorrow’s • emerging technologies • emerging resource and management needs • emerging marketing demands and opportunities • Staging development • Supporting economic benefits and profitability • Ensuring data quality, transparency, and integrity

  16. Issues in Designing Integrated E-Systems Integration • Maximizing inter-operational capacity among subsystems • Developing “standards” across systems and users • Collecting and sharing data and information • Developing “incentives” and institutions to share costs and benefits

  17. Alternative e-FIS “Visions”The “Diffuse Independent Model” • Many Systems • Vessel systems • Fleet systems • Science systems • Enforcement systems • Seafood processing • Regulator systems • Little Integration, interoperability, sharing or common standards – little transparency • Many databases • Data collected multiple ways by multiple units (example—catch data five different databases) • Major Emphasis: privacy, security, independence

  18. Alternative e-FIS “Visions”The “Centralized Model” • One fishery system managed by the “regulator” • Standard electronic logbook • Fleet coordinating system part of central system • Enforcement system integrated • (individual vessels and plants may maintain separate systems) • Complete integration – one standard, fully interoperable, • One database • Data collected and measured once —(example one measure of catch) • Major Emphasis: integration, central control, interoperability, one standard

  19. Alternative e-FIS “Visions”The “Diffuse Contractual Model” • Many independent systems • Vessel systems • Fleet Systems • Regulator Systems • Etc… • Integration via voluntary contracts– stipulates standards, interoperability models, incentives, costs, privacy-security agreements, etc. • Databases central or diffuse -- but shared • Data collected and measured once —(example one measure of catch) • Major Emphasis: independence, voluntary cooperation, interoperability, common standards

  20. Charge to Participants • E-FIS will dominate in next ten years • Can we design for efficiency (benefits exceed costs)? • Industry • Managers • Scientists • In next two days: • Gain knowledge about the “options” • Learn about the issues • Design “optimal” systems for your fishery • Develop recommendations for improving and implementing eFIS

  21. Questions??

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