Examples of 'venation' in a sentence
Meaning of "venation"
Venation is a botanical term used to describe the arrangement of veins or veinlets in a leaf. It is useful in plant identification and classification
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- The hunting of wild animals.
- The arrangement of veins in a leaf, wing, or similar structure.
How to use "venation" in a sentence
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venation
Characteristic venation of tsetse wing hatchet cell.
The pattern of the veins is called venation.
The venation patterns are different in different species.
They have a characteristic reduced wing venation.
The leaf venation is parallel running longitudinal.
The leaves are opposite with indistinct venation.
Venation of the leaves may be palmate to reticulate.
The leaves have a characteristic linear venation.
Venation is prominent on both sides of the leaf.
They are simple leaf types with pinnate venation.
This type of venation is typical for dicotyledons.
They also display parallel venation.
The venation pattern is useful for species identification.
The leaf undersides have more prominent venation.
The wing venation is also reduced.
See also
Leaves have serrated margins and pinnate venation.
Leaf venation is more evident under the leaf.
Leaves of monocots have parallel venation.
Leaf venation is distinct on both surfaces.
Their leaves show parallel venation.
Wing venation patterns are also divergent to apparent randomness.
The forewing has reduced venation.
Primary venation is pinnate rarely palmate.
They are simple with smooth margins and pinnate venation.
Wing venation is shown in the gallery.
They display fine parallel venation off of a central midrib.
The venation pattern is much simplified.
They have parallel venation.
The wing venation is complete and the costa is continuous.
Leaves have parallel venation.
Venation is prominent on both surfaces.
The bottom side has raised prominent yellow venation.
Venation very much reduced.
It is not particularly associated with the leaf margin or venation.
The fine venation is reticulate.
Sagenopteris has palmately arranged leaves with anastomosing venation.
Lateral and net venation is clearly seen on both sides.
Leaves have pinnate venation.
Details of wing venation determine subfamilies and lower taxa.
Leaves with parallel venation.
Venation is unicostate reticulate.
The wings are membranous and are characterized by a complex venation pattern.
The leaves have reticulated venation and lack a basal meristem.
Venation is branched or divergent.
By its general wing venation.
Female wing venation is reduced and the occipital region is narrowed.
His goal was to be able to classify willow by the venation on the leaves.
The wing venation is brown and the wings are nearly hyaline.
They are mainly geophytes with elliptical leaves showing fine reticulate venation.
The forewing venation shows a lack of closed cells formed by veins.
