Table of Contents

1.0 Objective of Analysis

2.0 Specifications For The Simulation Model

2.1 Model Structure

2.1.1 Species

2.1.2 Stocks

2.1.3 Time Periods

2.1.4 Fishing Areas and Gears

2.2 Model Flow

2.3 Model Processes

2.3.1 Stochastic Variation of Abundance

2.3.2 Natural Mortality

2.3.3 Dispersion

2.3.4 Fishing Mortality

2.3.4.1 Computation of Fishing Mortalities Associated With Catch Quota

2.3.4.2 Computation of Fishing Mortalities Associated With Escapement Goal

2.3.4.3 Computation of Fishing Mortalities

2.4 CWT Catch Sampling Submodel

2.5 Model Parameter Values

2.5.1 SFM Stocks

2.5.1.1 Initial Distribution of the Age 3 Cohort

2.5.1.2 Survival From Smolt to Age 3

2.5.1.3 Number of Smolts

2.5.1.4 Migration

2.5.2 SFM Fisheries

2.5.2.1 SFM Fishery Definition

2.5.2.2 Parameters for Bag Limit Effect

2.5.3 Release Mortality

2.5.4 Dropoff Mortality

2.5.4 Retention Error Rate

2.5.5 Marked Recognition Error Rate

2.5.6 Mark Induced Mortality Rate

2.6 Model Output

3.0 Model Operation

3.1 Command File

3.2 Command Syntax

3.2.1 Cfishery

3.2.2 Combine

3.2.3 Efishery

3.2.4 EGfishery

3.2.5 Escapement

3.2.6 Initialmort

3.2.7 Natmort

3.2.8 Qfishery

3.2.9 Separate

3.3 Numerical Examples

3.3.1 Effort Fishery

3.3.2 Seasonal and Time Step Specific Ceilings

3.3.3 Escapement Goal Fishery

3.3.4 Selective Fisheries

3.3.5 Daily Bag Limit

4.0 Literature Cited

List of Appendices

Appendix A. Computer algorithm for generating binomial random variable.

Appendix B. Computer algorithm for generating hypergeometric random variable.

Appendix C. Notation and symbols.