1987
DOI: 10.1093/plankt/9.3.445
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Modelling steady-state growth and photosynthesis rates of Oscillatoria rubescens continuous cultures in relation to temperature and irradiance

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Cited by 10 publications
(10 citation statements)
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“…The values determined with our model are consistent with results in the literature, but are higher than those estimated from the model formerly described by Feuillade & Feuillade (1987) for 0. rubescens. The sum of both excretion and respiration rates fitted from our model increased more rapidly with light than the rate of photosynthesis.…”
Section: Discussionsupporting
confidence: 90%
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“…The values determined with our model are consistent with results in the literature, but are higher than those estimated from the model formerly described by Feuillade & Feuillade (1987) for 0. rubescens. The sum of both excretion and respiration rates fitted from our model increased more rapidly with light than the rate of photosynthesis.…”
Section: Discussionsupporting
confidence: 90%
“…It appears to be impossible to construct a dynamic model of excretion without considering simultaneously both the closely linked processes of assimilation and carbon excretion. Preliminary formulations of mean daily rates of growth and photosynthesis in O. rubescens and a simple model of excretion kinetics depending on temperature and light have been given by Feuillade & Feuillade (1987). A mathematical model based on the first hypothesis of origin of the cell exudates is thus developed to explain these observations.…”
Section: Introductionmentioning
confidence: 99%
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“…Diverses formulations ont été employées par de nombreux auteurs pour traduire, en terme d'équations mathématiques simples, l'influence des paramètres de culture (intensité lumineusér température, photopériode, nutriments, etc..) sur la croissance des microalgues (Ten Hoopen et al 1981, Feuillade & Feuillade 1987, Cornet et al 1992a,b, Belkoura 1994. Parmi les nombreuses équa-tions disponibles dans la littérature, celles de Peeters & Eilers (1978), de Lehman et al (1975) et de Belkoura & Dauta (1992 ont permis de restituer, de manière très satisfaisante, rinfluence de l'intensité lurriineuse, de la température et de la photopériode sur la croissance des trois espèces de Scenedesmus étudiées.…”
Section: Discussionunclassified
“…En conditions d'autotrophic, la croissance des algues dépend étroitement de l'activité photosynthé-tique (Banse 1976, Harris 1978, Dauta 1982, Gibson & Foy 1983, Post et al 1985, Feuillade & Feuillade 1987, Geider & Osborne 1992. Aussi, tous les paramètres environnementaux flumière, tempéra-ture, CO2, nutriments...) qui conditionnent le taux de croissance de ces algues, interviennent sur l'assimilation photosynthétique du carbone.…”
Section: Introductionunclassified