Examples of 'stomatal' in a sentence
Meaning of "stomatal"
'Stomatal' is an adjective in English that refers to something related to stomata, which are tiny openings on the surface of plants. It is often used in botanical or scientific contexts to describe plant structures or functions
Show more definitions
- Relating to, or containing, a stoma
How to use "stomatal" in a sentence
Basic
Advanced
stomatal
Stomatal conductance models to calculate ozone fluxes.
This results in a difference in the stomatal closure.
Stomatal conductance increased with increasing irradiance.
Chloride plays a role in stomatal regulation and photosynthesis.
Stomatal conductance was measured directly with a porometer.
The first effect is probably due to stomatal closure.
Stomatal size was reduced at all salinities.
The process is similar to the mechanism of stomatal closure.
Stomatal conductance decreased at all salinities.
Transpiration can be regulated through stomatal closure or opening.
Two white stomatal bands on underside.
There was also considerable variation in stomatal conductance trees.
Stomatal conductance did not vary with growth temperature.
The leaves are mesophytic and no stomatal control is detectable.
Stomatal control of water use in olive tree leaves.
See also
Transpiration rate was controlled by stomatal resistance.
Multiplicative stomatal conductance modelling.
Conductance can also be decreased by a reduction in stomatal aperture.
The stomatal aperture in turn is largely controlled by water availability.
Whether potassium fluxes are involved in stomatal movements is controversial.
Stomatal conductance varied little in relation to height or age of foliage.
Stomata begin as stomatal meristemoids.
Stomatal and anatomical characteristics varied significantly among clones.
Another is a deregulation of stomatal movements.
Stomatal behaviour and environment.
Irradiance in green and yellow wavebands regulated stomatal closure.
Stomatal density and stomatal aperture lengths were also determined.
This is often associated with stomatal closure as a result of water stress.
The stomatal pore is formed between two guard cells.
Impact on stomatal pores.
Stomatal flux of ozone.
Size of stomatal aperture.
This approach requires the development of mathematical models to estimate stomatal.
In a preferred embodiment the stomatal cells are those found in leaf epidermis.
This could be compensated at leaf level through a better stomatal regulation.
We observed a decrease in stomatal conductance right after heat was applied to the stem.
Scion age had a significant effect on net photosynthesis and stomatal conductance.
The stomatal problem is most common in the process of low pressure casting.
Leaf aging did not significantly affect stomatal conductance and photosynthesis.
The decrease in stomatal conductance was dependent on the applied ozone concentration.
Chloride in plants plays an important role in stomatal regulation and water flow.
Stomatal conductance declined with increasing leaf to air vapor density difference.
But the effects of the rootstock on stomatal regulation graft are still unknown.
Again the stomatal index was comparative between the two plant types.
Phototropins affect the location of the chloroplasts and the stomatal opening.
Mesophyll resistance was larger than stomatal resistance under all environmental conditions.
Stomatal conductance is a measure of the width of stomates on the underside of the leaf.
It is further preferred that the stomatal cells be converted to protoplasts prior to regeneration.
They are produced in pairs with a gap between them that forms a stomatal pore.
Participation of phytohormones in the stomatal regulation of gas exchange during water stress.
