annotated bibliography of fisheries economics literature - Office of ...

Robin Riechers, and Jerry Clark (1989). "Shrimp Fisheries
Management to Increase Economic Returns." Final report, MARFIN
Project No. NA88WC-H-MF199, USDOC, NOAA, NMFS, SERO, St.
Petersburg, FL.
This report analyzes the effects of various management alternatives on
the shrimp fishery for Texas. A simulation modeling technique is used that
estimates the changes in landings, revenues, costs, and ultimately, economic
rents (profits to the fishery taking into account all costs including
opportunity costs of fishing) attributable to the fishery under the various
management alternatives set forth. The simulation model is programmed to
depict the average fishery conditions for the period 1963-1980. This is based
on average patterns and levels of fishing effort for this period under average
environmental conditions and the model generates average landings for the same
period for comparison to actual data.
Grigalunas, Thomas A., James J. Opaluch, Deborah French, and Mark Reed
(1987). "Measuring Damages to Marine Natural Resources from
Pollution Incidents under CERCLA: Applications of an Integrated
Ocean Systems/Economic Model." Staff Paper Series Department of
Resources, University of Rhode Island, Kingston, Rhode Island.
Several pieces of federal environmental regulation establish strict
liability for damages from spills of oil and hazardous substances. This paper
discusses the Natural Resource Damage Assessment Model for Coastal and Marine
Environments that is to be used for assessing damages from spills of oil or
hazardous substances in coastal and marine environments under CERCLA and the
Clear Water Act as amended. The approach employs an integrated ocean
systems/economic model to simulate the physical fates and biological effects
of a spill and to measure the resulting economic damages. To illustrate
application of the model, selected results are presented for hypothetical
spills of a number of substances in a variety of environments. The results
show that the damage function depends on the physical and chemical properties
of the substance spilled, the season, and the environment in which the spill
occurs.
Grigalunas, Thomas A., James J. Opaluch, Deborah French, and Mark Reed
(1988). "Measuring Damages to Marine Natural Resources from
Pollution Incidents under CERCLA: Applications of an Integrated
Ocean Systems/Economic Model." Marine Resource Economics, 5:1-21.
Several pieces of federal environmental regulation establish strict
liability for damages from spills of oil and hazardous substances. This paper
discusses the Natural Resource Damage Assessment Model for Coastal and Marine
Environments that is to be used for assessing damages from spills of oil or
hazardous substances in coastal and marine environments under CERCLA and the
Clear Water Act as amended. The approach employs an integrated ocean
systems/economic model to simulate the physical fates and biological effects
of a spill and to measure the resulting economic damages. To illustrate
application of the model, selected results are presented for hypothetical
spills of a number of substances in a variety of environments. The results
show that the damage function depends on the physical and chemical properties
of the substance spilled, the season, and the environment in which the spill
occurs.
Grissim, John (1995). Mass marking, Identification of Salmon can Help
Separate Hatchery from Wild Stocks. In Brad Warren, Win-Win Bycatch
Solutions. National Fisheries Conservation Center, Seattle WA.
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