Résultat de la recherche
45 recherche sur le mot-clé
'Relation source puits' 
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thèse/mémoire
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thèse/mémoire
article/chapitre/communication
P. Ayres ; M. Press ; P. Spencer-Phillips ; P. Ayres, Editeur scientifique ; M. Press, Editeur scientifique ; P. Spencer-Phillips, Editeur scientifique | New York [USA] : Marcel Dekker | 1996
thèse/mémoire
article/chapitre/communication
G. Gleixner ; C. Scrimgeour ; H. Schmidt ; R. Viola | 1998A method was developed for the purification of main intermediates and storage products of leaves and tubers of potato for analysis of their C-13 content. The method was tested for recovery of metabolites and carbon isotope discrimination during [...]
thèse/mémoire
article/chapitre/communication
article/chapitre/communication
Y. Shishido ; H. Kumakura ; T. Nishizawa | 1999To clarify the entire carbon balance of a young tomato plant and the contribution of each leaf to sink growth, the carbon balance of each leaf was quantitatively measured using the (CO2)-C-14 steady-state feeding method to quantitatively measure[...]
article/chapitre/communication
M. Valantin ; C. Gary ; B. Vaissiere ; M. Tchamitchian ; B. Bruneli | 1998To better understand source-sink interactions, this work focused on the influence of fruit number on leaf area and photosynthetic activity in cantaloupe. To this end, flowers were removed over 2 years on two Charentais cultivars to obtain single[...]
article/chapitre/communication
M. Cook ; L. Evans ; M. Cook, Editeur scientifique ; L. Evans, Editeur scientifique | New York [USA] : Academic Press | 1976
article/chapitre/communication
article/chapitre/communication
article/chapitre/communication
C. Bruchou ; M. Génard | 1999A carbon-based model is described of the source-sink relationships of a stem bearing fruits in space and time and focusing on growth variability along the branch. The novelty of the model comes from the aggregation of physiological processes tak[...]
article/chapitre/communication
The leaf mass per unit leaf area (LMA) is a key variable in many growth models, since it is often used to predict leaf area expansion from leaf dry weight increase, or vice versa. Influences of source-sink balance on leaf area, leaf dry weight, [...]
