Modelling grape growth in relation to whole-plant carbon and water fluxes
Language
EN
Article de revue
This item was published in
Journal of Experimental Botany. 2019, vol. 70, n° 9, p. 2505 - 2521
English Abstract
The growth of fleshy fruits is still poorly understood resulting from the complex integration of water and solute fluxes, cell structural properties, and the regulation of whole plant source-sink relationships. To unravel ...Read more >
The growth of fleshy fruits is still poorly understood resulting from the complex integration of water and solute fluxes, cell structural properties, and the regulation of whole plant source-sink relationships. To unravel the contribution of these processRead less <
Keywords
Croissance du fruit
Potentiel osmotique
Pression de turgescence
Conductance
Potentiel hydraulique
Transport phloème
Allocation de carbone
État de l'eau
English Keywords
Xylem Water Potential
Phloem Sucrose Concentration
Grapevine
Fruit Expansive Growth
Osmotic Pressure
Turgor Pressure
Transport
Water Status
Sink-Driven Carbon Allocation
Phloem Hydraulic Conductance
Functional-Structural Plant Model (F