A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.

Olivier, M.A.Y.

A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.

The IOTC initiated a discussion to organize a large scale tagging program concerning the major tropical tuna species and fisheries. According to the terms of reference for the working party on tagging (Anon., 1999), prospective simulations are needed to help designing tag -recapture experiments. The purpose of this paper is to present the methodology developed to help designing the future tagging program. It is based on three stages: tag recovery simulations with an habitat -based advection-diffusion-reaction model; bootstrapping of the recovery data sets; population parameter estimation and comparison of scenarii. Different scenarii are studied to check the reliability of the method and its ability to compare various t agging experimental designs. 'Research Group' IRD, HEA911, Ay. Agropolis B. P. 5045 - 34032 Montpellier Cédc’x 1 FRANCE Email: olivier.maury@mpl. irdfr

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Bibliographic Details
Main Author:	Olivier, M.A.Y.
Format:	Proceedings Paper biblioteca
Language:	English
Published:	IOTC 1998
Subjects:	Tagging, Stock assessment, Tuna fisheries, Marking, ISW, Indian Ocean,
Online Access:	http://hdl.handle.net/1834/67
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id	dig-aquadocs-1834-67
record_format	koha
spelling	dig-aquadocs-1834-672021-05-19T06:13:55Z A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population. Olivier, M.A.Y. Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean The IOTC initiated a discussion to organize a large scale tagging program concerning the major tropical tuna species and fisheries. According to the terms of reference for the working party on tagging (Anon., 1999), prospective simulations are needed to help designing tag -recapture experiments. The purpose of this paper is to present the methodology developed to help designing the future tagging program. It is based on three stages: tag recovery simulations with an habitat -based advection-diffusion-reaction model; bootstrapping of the recovery data sets; population parameter estimation and comparison of scenarii. Different scenarii are studied to check the reliability of the method and its ability to compare various t agging experimental designs. 'Research Group' IRD, HEA911, Ay. Agropolis B. P. 5045 - 34032 Montpellier Cédc’x 1 FRANCE Email: olivier.maury@mpl. irdfr Published 2004-08-30T09:15:03Z 2004-08-30T09:15:03Z 1998 Proceedings Paper IOTC Proceedings, 7th Expert Consultation on Indian Ocean Tunas. p. 228-238 http://hdl.handle.net/1834/67 en 654799 bytes application/pdf IOTC
institution	UNESCO
collection	DSpace
country	Francia
countrycode	FR
component	Bibliográfico
access	En linea
databasecode	dig-aquadocs
tag	biblioteca
region	Europa del Oeste
libraryname	Repositorio AQUADOCS
language	English
topic	Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean
spellingShingle	Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean Olivier, M.A.Y. A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
description	The IOTC initiated a discussion to organize a large scale tagging program concerning the major tropical tuna species and fisheries. According to the terms of reference for the working party on tagging (Anon., 1999), prospective simulations are needed to help designing tag -recapture experiments. The purpose of this paper is to present the methodology developed to help designing the future tagging program. It is based on three stages: tag recovery simulations with an habitat -based advection-diffusion-reaction model; bootstrapping of the recovery data sets; population parameter estimation and comparison of scenarii. Different scenarii are studied to check the reliability of the method and its ability to compare various t agging experimental designs. 'Research Group' IRD, HEA911, Ay. Agropolis B. P. 5045 - 34032 Montpellier Cédc’x 1 FRANCE Email: olivier.maury@mpl. irdfr
format	Proceedings Paper
topic_facet	Tagging Stock assessment Tuna fisheries Marking ISW, Indian Ocean
author	Olivier, M.A.Y.
author_facet	Olivier, M.A.Y.
author_sort	Olivier, M.A.Y.
title	A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
title_short	A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
title_full	A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
title_fullStr	A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
title_full_unstemmed	A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.
title_sort	habitat-based simulation framework to design tag-recapture experiments for tunas in the indian ocean. application to the skipjack (katsuwonus pelamis) population.
publisher	IOTC
publishDate	1998
url	http://hdl.handle.net/1834/67
work_keys_str_mv	AT oliviermay ahabitatbasedsimulationframeworktodesigntagrecaptureexperimentsfortunasintheindianoceanapplicationtotheskipjackkatsuwonuspelamispopulation AT oliviermay habitatbasedsimulationframeworktodesigntagrecaptureexperimentsfortunasintheindianoceanapplicationtotheskipjackkatsuwonuspelamispopulation
_version_	1756074953390686208

A habitat-based simulation framework to design tag-recapture experiments for tunas in the Indian Ocean. Application to the skipjack (Katsuwonus pelamis) population.

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