Parallel venation: 2

2. Parallel Venation Parallel venation occurs when multiple primary veins run side by side along the length of the leaf with little or no cross-linking veins. This type is common in monocotyledonous plants (monocots). Characteristics: Veins run parallel to each other from base to tip. The midrib may be less prominent or absent. Minor cross-veins may be present but usually faint or less developed. Examples: Grass (Poaceae family) Banana (Musa spp.) Lily (Lilium spp.) Identification Tips ... The venation pattern of a leaf is classified as reticulated, parallel , or dichotomous. In reticulated venation , the veins are arranged in a net-like pattern, in that they are all interconnected like the strands of a net. Reticulated venation is the most common venation pattern, and occurs in the leaves of nearly all dicotyledonous Angiosperms, whose embryos have two cotyledons (seed leaves) as in flowering plants such as Maple, Oak, and Rose. In parallel venation , the veins are all smaller ... The arrangement or pattern of veins varies among plant species and is classified primarily into two types: parallel veination and net (reticulate) veination. What is Parallel Veination? Parallel veination is a type of leaf venation where veins run side by side along the length of the leaf without intersecting or forming a network. Learn the definition, types and importance of parallel and reticulate venation in plants. Compare and contrast the features and examples of these two types of venation in leaves and roots.