Significados de stomatal conductance en inglés

Moreover, steady-state chlorophyll fluorescence also showed a high dependency on stomatal conductance.

The rate of photosynthesis was positively correlated with chlorophyll concentration but not to stomatal conductance.

Mean stomatal conductance and rates of maximum net photosynthesis decreased considerably in mid-August across all species.

We revised a model of stomatal conductance by incorporating the tradeoff between xylem hydraulic efficiency and cavitation loss risk.

Therefore, we have used stomatal conductance (g) as a basis for comparison of metabolic processes in different studies.

Leaf stomatal conductance near the apex was more severely inhibited than in the leaves at the base of the vine.

The inoculation with MLR6 improved the stomatal conductance, the transpiration rate, the total chlorophyll and carotenoids contents under salt stress.

Leaves lacking BSEs had lower leaf hydraulic conductance and operated with lower stomatal conductance and correspondingly lower assimilation rates than wild-type leaves.

The primary response will be a reduction in net primary production and stand water use, which are driven by reductions in stomatal conductance.

Photosynthetic rates and stomatal conductance increased significantly for some endophytic treatments, being partially associated with effects on growth and affected by the inoculation method.

The photosynthetic rate, transpiration rate, and the stomatal conductance in P. edulis treated with endophytic bacteria were all higher than in the control group.

Furthermore, we suggest that the correlation of photosynthetic capacity and stomatal conductance observed under different light environments is caused by signals largely independent of photosynthesis.

We attribute this discrepancy to the fact that the nonmodeled physiological effects of elevated CO2 reducing stomatal conductance and transpiration (TR) in the MTE model.

Gas exchange characteristics followed the same trends as plant growth, with assimilation rates and stomatal conductance being greatest in leaves grown in 50-75% seawater.

Stomatal conductance was also affected by drought-associated changes in the morphological properties of stomata, in an accession and treatment-dependent manner.

Spatial within-canopy variation of leaf water potentials and stomatal conductances, as well as soil water contents, were measured in response to manipulated soil water heterogeneity.