Q.Define venation. How do dicots differ from monocots with respect to venation?

Dicot leaves show reticulate venation, so the answer is (B).

Venation is the arrangement of veins in the leaf blade:

• Reticulate venation — veins form a net-like mesh; typical of dicots (e.g. mango, peepal). …

Dicot leaves show reticulate (net-like) venation.

Venation is the arrangement of veins and veinlets in the lamina of a leaf. In dicotyledonous plants the veinlets branch and rejoin to form a network, so the venation is called reticulate. (Monoco …

Dicot leaves show reticulate (net-like) venation.

Venation refers to the arrangement of veins and veinlets in the lamina of a leaf. In dicotyledonous plants, the veinlets form a network, so the venation is called reticulate. (In contrast, monocots typically show para …

Venation describes how veins are arranged in a leaf blade; it is mainly of two types, reticulate and parallel.

The arrangement of veins and veinlets within the leaf lamina is termed venation. There are two main types: in reticulate venation, the veins form a net-like network across the lamina — typical of dicotyledonous plants (e.g. china rose leaf). In parallel venation, the veins run parallel to one another within the lamina — typical of monocotyledonous …

The midrib is the thick central vein of a leaf that runs from the petiole to the leaf tip and gives rise to the smaller lateral veins/veinlets.

A typical leaf's lamina (blade) is traversed by a network of veins and veinlets that make up the venation pattern; the single most prominent of these, running centrally along the leaf's length, is the midrib.

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