FSA (Fisheries Stock Assessment) package provides R functions to conduct typical introductory fisheries analyses.
files for r4ss package
State-space, age-structured fish stock assessment model
Stochastic surplus Production model in Continuous Time
FSAdata contains data for use in common fisheries stock analyses. See installation instructions further below.
This package helps fisheries scientists collect growth data from calcified structures and back-calculate estimated lengths at previous ages. The package is intended to replace much of the functionality provided by the now out-dated fishBC software.
Connecting single-stock assessment models through correlated survival
R Shiny application to annotate footage (HD-stills). Originally created for the UWTV surveys carried out by the Marine Institute (Ireland).
An age-based state-space stock assessment model for the stock of American plaice on the Grand Bank of Newfoundland.
Bayesian Yield-Per-Recruit Model in Stan
🐟 📈 🌊 a place to manage FIMS' planning process
This repository contains data and computer programs to assess the status of the sea garfish fishery in New South Wales (Australia)
Source code to build my dissertation using bookdown
September 2024 (appendix) and Final November SAFE report chapter for eastern Bering Sea pollock
The GC DFO Salmon Ontology is a data stewardship and operational process ontology designed to provide a semantic framework for managing, integrating, and stewarding Pacific salmon data across Fisheries and Oceans Canada (DFO).
"Principles and applications of fisheries-independent surveys" is a 4-credit course (FISH 572) that delves into the importance of fisheries-independent surveys as a cornerstone for fisheries stock assessment and ecosystem research.
A C++ implementation of the Schnute-Deriso delay difference model
Punjab Fisheries Department – Project Owner Lead Developer: Mian Salman (CTO, Teqtronis Systems) AI Model: KurmaAI/AQUA-7B | Open AI Framework: Laravel
Files associated with the 2025 stock assessment of the Alabama stock of Spotted Seatrout
SPASAM.MSE is a spatially explicit, closed-loop Management Strategy Evaluation (MSE) framework built on WHAM that explores the impacts of spatial heterogeneity driven by population biology, fishing dynamics, and movement on stock assessment performance and management outcomes.
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