Authors and titles of manuscripts that will be presented at the “Managing Data-Poor Fisheries: Case
Studies, Models, and Solutions” workshop. (* indicates authors that will be attending workshop)
11/17/2008
*Ames, Ted. Managing fisheries without adequate data: the multispecies coastal shelf recovery plan
(a collaborative, ecosystem-based approach).
*Bentley, Nokome and *Kevin Stokes. Engineering management procedures to achieve multiple
objectives in data-poor fisheries.
*Bentley, Nokome and *Kevin Stokes. Moving fisheries from data poor to data sufficient:
evaluating the costs of management versus the benefits of management.
Bloeser, Jennifer, *Leesa Cobb and *Jim Golden. A workshop on alternative tools for nearshore
fisheries management and a case study of the Port Orford Stewardship Area and plan to
implement community based fisheries management.
*Botsford, Loo and *D. Patrick Kilduff. The data-richness spectrum and sustainability in California
fisheries.
*Brooks, Elizabeth, Todd Gedamke, and Katherine A. Sosebee. Deriving management reference
points without fisheries data.
*Butterworth, Doug S., Susan J. Johnston and Anabela Brandão. On pre-testing the likely efficacy of
suggested management approaches for data-poor fisheries.
*Conway, Flaxen, *Caroline Pomeroy, and *Madeleine Hall-Arber. Managing data-poor fisheries by
paying attention to managing relationships.
*Cope, Jason and André Punt. Length-based reference points for data-limited situations: applications
and restrictions.
*Culver, Carolynn S., Stephen C. Schroeter, Henry M. Page and Jenifer E. Dugan. Essential fishery
information for trap-based fisheries: development of a framework for collaborative data
collection.
*Dewees, Christopher M.. More than one way to skin a fish: identifying approaches to managing
California’s data-poor marine fisheries.
*Dichmont, Cathy and I.W. Brown. A case study in successful management of a data-poor fishery
using simple decision rules: the Queensland spanner crab fishery.
*Fay, Gavin. Age structure-based harvest strategies for fisheries with spatial uncertainty: evaluating
performance and precaution.
Field, John, *Jason Cope, and *Meisha Key. A descriptive example of applying vulnerability
evaluation criteria to California nearshore species.
*Hall-Arber, Madeleine, *Caroline Pomeroy, and *Flaxen Conway. Figuring out the human
dimensions of fisheries: illuminating models.
*Harte, Michael, Brycen Swart, Gil Sylvia and David Ullman. Integrating social, economic and
biological information in the management of data-poor fisheries.
*Mason, Jan. What can we learn from historic fisheries data?
*Maunder, Mark. A depletion estimator for within-season management of yellowfin tuna.
*McElderry, Howard and Gordan Gislason. Video-based electronic monitoring of fishing operations.
Moore, Slade and John Sowles. Local-scale ecosystem-based fisheries in a Gulf of Maine estuary:
managing for complexity, adapting to uncertainty.
Norman, *Karma, Jennifer Sepez, and Kim Engie. Socioeconomic profiling of marine dependent
communities on the northwest coast of the U.S.
*Palsson,Wayne, Tien-Shiu Tsou, Chuk-Wang Cheng, and Robert E. Pacunski. Groundfish
management in Puget Sound: managing many species and fisheries with limited information.
*Petterson, John and Edward Glazier. Fishery management, monitoring systems, and data layering in
data-poor environments.
*Phipps, Kristina, Rod Fujita, and Tom Barnes. From paper to practice: incorporating new data and
stock assessment methods into California fishery management.
*Prince, Jeremy. Managing data poor fisheries: solutions from around the world.
* Rago, Paul and Chris Legault. Application of an index method (AIM) to data rich situations: can
simple methods capture major features of complex assessments?
*Schroeter, Steve, Nicolás Gutiérrez, *Peter Halmay, Michael Robinson, and Ray Hilborn. Moving
from data poor to data rich: a case study of community-based data collection for the San
Diego red sea urchin (Strongylocentrotus franciscanus) fishery.
*Smith, David C., A.D.M. Smith, A.E. Punt, N.A. Dowling, and G.N. Tuck. Reconciling approaches
to the assessment and management of data-poor species and fisheries with Australia's
Harvest Strategy Policy.
*Stanley, Rick, and Norm Olsen. The accuracy of catch estimates from the British Columbia
Groundfish Integration Project.
*Starr, Paul. Fisher-collected sampling data: lessons from the New Zealand experience.
*Starr, Richard M., Mark Carr, Dan Malone, Ashley Greenley, and *Selena McMillan.
Complementary sampling methods to inform ecosystem-based management of nearshore
fisheries.
*Sutinen, Jon. Improving compliance and enforcement in data-poor fisheries.
*Thomson, Cynthia J.. Data requirements for integrating socioeconomic considerations
into regulatory analysis: examples from California commercial fisheries.
*Wilson, Jono R., *Jeremy D. Prince and Hunter Lenihan. Setting harvest guidelines for sedentary
nearshore species using marine protected areas as a reference.
*Wendt, Dean and *Richard M. Starr. Collaborative research: an effective way to collect data for
stock assessments and evaluate marine protected areas in California.
*Yamanaka, K. Lynne and Gary Logan. Developing British Columbia's inshore rockfish
conservation strategy.