Upgraded B002 Ntbi0204 Root Leaf Dicot Monocot — a labelled NEET Biology diagram with a definitions lexicon.
Diagram comparing the root and leaf structure of dicot vs monocot plants. Labelled parts: Classification, Cross-section, Angiosperm, Cotyledons, Cotyledon, Tap Root, Class, Dicotyledonae, next to a fibrous root system, Monocot Stem, Two leaves side-by-side, one clearly netted venation. Assigning an organism to a hierarchical rank based on shared traits and evolutionary relationships. A diagrammatic view of an organ or tissue obtained by cutting it at a right angle to its longitudinal axis. FYI: Transverse sections (T.S.) are standard in plant anatomy to study the arrangement of vascular bundles. Vascular plants that produce seeds enclosed within a fruit (ovary). FYI: Angiosperms are the most evolutionarily advanced group of plants and are responsible for the vast diversity of flowering plants. Embryonic leaves within a seed that store food reserves or become the first photosynthetic organs after germination. FYI: In monocots like maize, the single large cotyledon is specifically called the scutellum. An embryonic leaf in seed-bearing plants that often stores nutrients for the developing embryo. FYI: Dicots have two cotyledons, while monocots have a single cotyledon called the scutellum. A primary root that grows vertically downward and is significantly longer and thicker than the lateral roots. FYI: This system is characteristic of plants like carrot and radish, providing deep anchorage and accessing deep soil nutrients. A taxonomic rank that consists of one or more related orders sharing common structural and developmental characteristics. FYI: For example, Class Mammalia includes diverse orders such as Primata (humans/monkeys) and Carnivora (lions/dogs). A major group of flowering plants characterized by having two cotyledons (seed leaves) in the embryo, net-like (reticulate) venation in leaves, and typically having roots with a taproot system. FYI: Examples include beans, mango, and mustard; they are often distinguished from monocots by their floral structure (parts in multiples of four or five). next to a fibrous root system is a labeled feature or concept in this upgraded BioAtlas image: A composite diagram showing two plant parts: 1) A cross-section of a taproot (Dicot) next to a fibrous root system (Monocot). 2) Two leaves side-by-side, one clearly showing net... A plant stem containing numerous vascular bundles scattered throughout the ground tissue, lacking a distinct pith. FYI: Monocot vascular bundles are described as 'closed' because they lack cambium, preventing secondary growth. Two leaves side-by-side is a labeled feature or concept in this upgraded BioAtlas image: A composite diagram showing two plant parts: 1) A cross-section of a taproot (Dicot) next to a fibrous root system (Monocot). 2) Two leaves side-by-side, one clearly showing net... one clearly netted venation is a labeled feature or concept in this upgraded BioAtlas image: A composite diagram showing two plant parts: 1) A cross-section of a taproot (Dicot) next to a fibrous root system (Monocot). 2) Two leaves side-by-side, one clearly showing net...