Résultat de la recherche
12 recherche sur le mot-clé
'ZEA MAYS L.' 
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B. Moulia ; C. Edelin ; C. Loup ; M. Jeuffroy | 1999article/chapitre/communication
T. Ohshima ; H. Hayashi ; M. Chino | 1990article/chapitre/communication
B. Moulia ; C. Loup ; M. Chartier ; J. Allirand ; C. Edelin | 1999The maximal architectural development of a modern maize cultivar (Zea mays L. 'Dea') was studied in fully isolated and carefully irrigated plants. Under these favourable conditions, this (usually) non-tillering and non-prolific cultivar displaye[...]article/chapitre/communication
C. Fournier ; B. Andrieu | 2000The kinetics of elongation of individual internodes of maize stems were studied under field conditions. Thermal time courses of internode length were recorded using non-destructive methods, based on direct measurement of X-ray photographs or on [...]article/chapitre/communication
C. Fournier ; B. Andrieu | 2000The dynamics of elongation of individual maize internodes have previously been characterized under standard agronomic conditions. In this paper these dynamics are compared with those under a shading treatment. Shading was applied after the tip a[...]thèse/mémoire
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C. Doussan ; G. Vercambre ; L. Pagès | 1998The 'Hydraulic Tree Model' of the root system simulates water uptake through root systems by coupling a root architecture model with laws for water flow into and along roots (Doussan, Pages and Vercambre, Annals of Botany 81: 213-223, 1998). A d[...]article/chapitre/communication
C. Doussan ; L. Pagès ; G. Vercambre | 1998A numerical model simulating water uptake by root systems is presented. This model can combine the locally measured root hydraulic conductances with data on the root system architecture to give a detailed description of water absorption, from th[...]article/chapitre/communication
J. Bing ; W. Guthrie ; F. Dicke ; J. Obrycki | 1991article/chapitre/communication
T. Hsiao ; J. Frensch ; B. Rojaslara | 1998This study on expansive growth of the first leaf of maize has two goals: one is to determine how the sensitivity of growth to changes in water status varies with the initial water status of the leaf, and the other is to adapt the pressure-jump t[...]
