The Bristol Channel Sole (Solea solea (L.)): A Fisheries Case Study

Horwood, J. W.

doi:10.1016/s0065-2881(08)60132-7

“…For this, it is necessary to have available specific functions, which give the duration of a stage at a given temperature, to be used as shown in part 1 of this study ). We use functions described in detail in (Horwood, 1993). Compared to recent findings reported in (Amara and Lagardère, 1995), the values we compute in paragraph 2.3 for the time spent from egg fertilization to the beginning of metamorphosis tend to be an overestimate, while the mean length of the sole at this stage is about the same, 8.5 mm.…”

Section: Introductionmentioning

confidence: 99%

Modelling and numerical simulations of larval migration of the sole (Solea solea (L.)) of the Bay of Biscay. Part 2: numerical simulations

Ramzi

¹

,

Arino²,

Koutsikopoulos

³

et al. 2001

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− This paper is the second part of a work on the modelling of larval migration and growth for the sole of the Bay of Biscay (Solea solea (L.)). The goal of the paper is twofold: first of all, it aims at presenting a numerical application of the formulae (concerning the recruitment rate) elaborated in the first paper. Results show a high sensitivity with respect to some parameters. Then, a comparison is made with a numerical model using a 3D circulation model provided by Ifremer. © 2001 Ifremer/CNRS/IRD/Éditions scientifiques et médicales Elsevier SAS Résumé − Modélisation et simulations de la migration des larves de sole, Solea solea (L.), du golfe de Gascogne, 2 e partie : simulation. Cet article est la deuxième partie d'un travail sur la modélisation des processus de migration et croissance larvaire de la sole du golfe de Gascogne (Solea solea (L.)). L'article a un double objectif : d'abord, présenter une application numérique des formules (sur le taux de recrutement) établies dans le premier article ; les résultats montrent une grande sensibilité par rapport à certains des paramètres du modèle, ensuite, de comparer ce modèle avec un modèle numérique de déplacement utilisant un modèle de circulation 3D mis au point à l'Ifremer.

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“…According to (Horwood, 1993) we have the following expressions for the duration of each of the stages preceding hatching. The notation D J stands for the duration of stage J.…”

Section: Duration Of the Stages From Spawning To Hatchingmentioning

confidence: 99%

“…The notation D J stands for the duration of stage J. Another formula for the time to hatching (Horwood, 1993) is D H = 137.8T -1.329 which, at T = 10°C gives D H = 6.4602 days.…”

Section: Duration Of the Stages From Spawning To Hatchingmentioning

confidence: 99%

“…A formula for the time to first feeding (end of the yolksac period) is given in (Horwood, 1993), that is, D YS = 270.9T -1.383 which, at T = 10°C, yields:…”

Section: Duration Of the Yolksac Periodmentioning

confidence: 99%

“…For this, we need to estimate several parameters, those defining a spawning area X and a nursery area D, the diffusion matrix K and the advective component u, and a * ͑ s ͒. According to the estimates given in paragraph 2.3 and the literature (Horwood, 1993;Koutsikopoulos et al, 1991), it is legitimate to assume that the range of the values of a * ͑ s ͒ is within the interval [40, 60] days.…”

Section: A Lower Estimate Of the Rate Of Larvae Initiating Metamorphosismentioning

confidence: 99%

See 2 more Smart Citations

Modelling and numerical simulations of larval migration of the sole (Solea solea (L.)) of the Bay of Biscay. Part 1: modelling

Ramzi

¹

,

Arino²,

Koutsikopoulos

³

et al. 2001

View full text Add to dashboard Cite

− This paper is the second part of a work on the modelling of larval migration and growth for the sole of the Bay of Biscay (Solea solea (L.)). The goal of the paper is twofold: first of all, it aims at presenting a numerical application of the formulae (concerning the recruitment rate) elaborated in the first paper. Results show a high sensitivity with respect to some parameters. Then, a comparison is made with a numerical model using a 3D circulation model provided by Ifremer. © 2001 Ifremer/CNRS/IRD/Éditions scientifiques et médicales Elsevier SAS Résumé − Modélisation et simulations de la migration des larves de sole, Solea solea (L.), du golfe de Gascogne, 2 e partie : simulation. Cet article est la deuxième partie d'un travail sur la modélisation des processus de migration et croissance larvaire de la sole du golfe de Gascogne (Solea solea (L.)). L'article a un double objectif : d'abord, présenter une application numérique des formules (sur le taux de recrutement) établies dans le premier article ; les résultats montrent une grande sensibilité par rapport à certains des paramètres du modèle, ensuite, de comparer ce modèle avec un modèle numérique de déplacement utilisant un modèle de circulation 3D mis au point à l'Ifremer.

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