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TITLE/LINK |
SPEAKER |
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1.1 |
Fisheries in an Evolutionary Context Changing distributions of fisheries, communicating with fishers, bycatch |
MARTIN HALL & BRICE SEMMENS |
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1.2 |
Adoption
of Bycatch Reduction Devices
Social/cultural considerations in the implementation of
BRDs worldwide
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KIKI JENKINS |
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1.3 |
Understanding fishers, collaboration to
reduce bycatch, working with fishing communities |
MARTIN HALL |
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2.1 |
Review of the Most Common Fishing Gear Types Outlining different fishing gear used across
the world |
BRICE SEMMENS & MARTIN HALL |
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2.2 |
Impact of pot/trap fishing; types of traps used (weirs, fyke net, pots, etc…) |
KIM SAWICKI |
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3.1 |
Interactions
Fisheries - Ecosystems Fishing vessels, ecosystem dynamics,
discards/bycatch, fishing productivity/CPUE |
MARTIN HALL |
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3.2 |
Observers, quality of data, BPUE |
Martin Hall |
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4.1 |
Bycatch per unit effort (BPUE), fish hook types/mortalities, bycatch reduction + target catch trade-offs, sea turtles |
MARTIN HALL |
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4.2 |
Improving release methods, biomimicry and using robotics in fisheries/conservation |
MARTIN HALL & JESSICA SANDOVAL |
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5.1 |
Bycatch reduction, incentive-based
management, government/community influence, consumer impact |
MARTIN HALL |
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5.2 |
Economics
and Bycatch – Incentives Monetary/economic focus: public/private regulation,
incentives/motivation to reduce bycatch |
DALE SQUIRES |
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6.1 |
Fishing
Aggregating Devices (FADs) Effects of FADs, preventing discards,
indicator log, sets |
MARTIN HALL |
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6.2 |
Bycatches
on Fish Aggregating Devices. FIPs: ISSF Importance of FADs, focus on tuna/finfish, reducing
negative impacts of FADs |
GALA MORENO |
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7.1 |
Ecosystem
Based Fisheries Model (EBFM) Ecosystem dynamics, selective fisheries,
harvest hypothesis, modeling efforts |
MARTIN HALL |
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7.2 |
Habitat
Models and Their Use in Bycatch Mitigation Understanding how to construct habitat models; algorithms, prediction, model selection, Bayesian approach |
NEREA LEZAMA-OCHOA |
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7.3 |
Population
Models to Prioritize Bycatch Mitigation Options Analyzing species/fisheries data for modeling
efforts, with a focus on sea turtles |
SELINA HEPPELL |
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7.4 |
Dynamic
Oceans and Dynamic Ecosystems Combining methods of ocean management in
order to protect target species; dynamic ocean management,
modeling/prediction |
ELLIOTT HAZEN |
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8.1 |
Assessing
Population Level Impacts of Bycatch Assessing: The Leatherback Case Study Understanding bycatch data/effect of regional management units (RMUs) in conservation |
BRYAN WALLACE |
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8.2 |
The
Veterinarian's Role in Improving Survival Impact of veterinarians aboard fishing fleets |
MARILUZ PARGA |
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9.1 |
Evaluating all aspects of bycatch mitigation
efforts (benefits, risks, costs, etc…) |
ERIC GILMAN |
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10.1 |
Interactions
Between Pinnipeds and Fisheries - The Baltic Grey Seal Case Trade-offs between fishing industry and bycatch prevention |
PETRI SUURONEN |
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10.2 |
Methods of reducing seabird bycatch and the effect on fishery productivity |
ED MELVIN |
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11.1 |
Spatial
Bycatch Mitigation Strategies Bycatch release methods, spatial closures for conservation |
MARTIN HALL |
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11.2 |
Managing
Bycatch and Spatial Closures Marine protected areas (MPAs),
trade-offs between bycatch reduction and target catch improvement
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DAN OVANDO |
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12.1 |
The
Tuna-Dolphin Case: Lessons from Early Bycatch Battles Tuna fishing, dolphin bycatch, purse seine nets, resource management |
MARTIN HALL |
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13.1 |
The
Role of Light in Bycatch Mitigation Effect of light/sensory stimuli on fishing
efforts, bycatch reduction/mitigation |
NOELLE YOCHUM |
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13.2 |
Developing
Solar-Powered Gillnet Illumination to Reduce Marine Megafauna Bycatch Effect of gillnet illumination on bycatch,
turtle bycatch, communicating with fishers, bycatch reduction, CPUE |
JESSE SENKO |
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