Document Type
Report
Department/Program
Virginia Institute of Marine Science
Publication Date
4-2020
Abstract
Historically, fisheries management has been based on the results of single-species stock assessment models that focus on the interplay between exploitation level and sustainability. There currently exists a suite of standard and accepted analytical frameworks (e.g., virtual population analysis (VPA), biomass dynamic production modeling, delay difference models, etc.) for assessing the stocks, projecting future stock size, evaluating recovery schedules and rebuilding strategies for overfished stocks, setting allowable catches, and estimating fishing mortality or exploitation rates. A variety of methods also exist to integrate the biological system and the fisheries resource system, thereby enabling the evaluation of alternative management strategies on stock status and fishery performance. These well-established approaches have specific data requirements involving biological (life history), fisheries-dependent, and fisheries-independent data (Table 1). From these, there are two classes of stock assessment or modeling approaches used in fisheries: partial assessment based solely on understanding the biology of a species, and full analytical assessment including both biological and fisheries data
Description
Results of the 2019 and previous sampling years.
DOI
doi: 10.25773/5ngg-ja47
Keywords
Fisheries, Atlantic, Data
Publication Statement
Prepared for: Virginia Marine Resources Commission and U.S. Fish & Wildlife Service
Funding
Project Number:F-130-R-15
Recommended Citation
Bonzek, C. F., Gartland, J., Gauthier, D. J., & Latour, R. J. (2020) Annual Report - 2019 Data collection and analysis in support of single and multispecies stock assessments in Chesapeake Bay: The Chesapeake Bay Multispecies Monitoring and Assessment Program. Virginia Institute of Marine Science, William & Mary. doi: 10.25773/5ngg-ja47
