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EcoTroph (ET): a trophic level based software for assessing the impacts of fishing on aquatic ecosystems.

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Title: EcoTroph (ET): a trophic level based software for assessing the impacts of fishing on aquatic ecosystems.
Author: Gascuel, Didier; Tremblay-Boyer, Laura; Pauly, Daniel
Subject Keywords Catch Trophic Spectrum Analysis (CTSA);EcoTroph sub-routines;Ecosystem modelling;Simulated fishing impact
Issue Date: 2009
Publicly Available in cIRcle 2012-02-24
Publisher Fisheries Centre. University of British Columbia
Series/Report no. Fisheries Centre Research Reports, ISSN 1198-6727, v.17(1)
Abstract: Director’s Foreword. Abstract. Introduction. PART I – The trophic level based model: theoretical approach. 1. Building the model: principles, assumptions and equations. 1.1. Origin of the model. 1.2. EcoTroph: general principles. 1.3. EcoTroph: biomass and flow equations. 1.4. EcoTroph and Ecopath: first comparison. 1.5. Flow kinetic equation. 1.6. Top-down control and biomass input control. 1.7. Catch equation and accessibility. 1.8. From steady-state to time- dynamic modelling. 2. Learning from the model: some generic rules of the ecosystem functioning. 2.1. Simulation of a virtual ecosystem: method. 2.2. Impact of transfer efficiency and flow kinetics on unexploited biomass. 2.3. Impact of fishing on biomass. 2.4. Catch simulations. 2.5. Dynamic model: impact of fishing on ecosystem stability. 2.6. Concluding remarks on the theoretical approach. 3. The Catch Trophic Spectrum Analysis (CTSA). 3.1. From EcoTroph to the CTSA. 3.2. Testing the method on simulated data. 3.3. Application to real case studies. 4. Conclusion: the trophic level based approach. PART II - ECOTROPH: A new tool in the EwE family. 1. General information. 1.1. Structure of the EcoTroph routines:. 1.2. Installation of the plug-in. 1.3. Additional information. 2. ET-Transpose: looking at an Ecopath model using EcoTroph. 2.1. What is it used for? 2.2. How it works. 2.3. How to use it. 2.4. Example of application. 3. ET-CTSA: estimating input parameters of EcoTroph. 3.1. What is it used for? 3.2. How it works. 3.3. How to use. 3.4. Example of application. 4. ET-Diagnosis: using EcoTroph for simulation and global diagnosis. 4.1. What is it used for? 4.2. How it works. 4.3. How to use it. 4.4. Example of application. 5. ET-Dynamic: using EcoTroph with time series. 5.1. What is it used for? 5.2. How it works. 5.3. How to use it. 5.4. Example of application. Acknowledgments. Appendix I – A Non-continuous simulation of EcoTroph. Appendix II – Estimating transfer efficiency from catch data.
Affiliation: Fisheries Centre (FC)
URI: http://hdl.handle.net/2429/40928
ISSN: 1198-6727
Peer Review Status: Unreviewed
Scholarly Level: Faculty
Researcher
Graduate

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