Monocotyledonous Plant Stalk Anatomy Model – Transverse and Longitudinal Sections

Monocotyledonous plant stalk anatomy model showing internal tissues and vascular bundles in clear transverse and longitudinal sections.

This detailed plant anatomy model is based on a maize stalk and is designed to help students understand how monocot stems differ from dicotyledonous plants. By presenting both cross and longitudinal views, it supports deeper learning around vascular bundle arrangement, transport tissues, and cell wall specialisations. Ideal for classroom demonstrations, lab study, and exam revision, the model makes complex stem anatomy accessible and easy to interpret.

Key Features

• Illustrates monocot stem anatomy using maize as the reference plant
• Shows both transverse (T.S.) and longitudinal (L.S.) sections for comprehensive study
• Displays scattered, closed, and collateral vascular bundles characteristic of monocots
• Highlights xylem vessels including large pitted, spiral, and annular vessels
• Reveals cell wall thickening patterns clearly in longitudinal section
• Mounted on a stable base with an explanatory key card for guided learning

Specifications

• Model type: Monocotyledonous plant stalk anatomy model
• Reference plant: Maize
• Sections shown: Transverse and longitudinal
• Key structures: Cortex, endodermis, pericycle, vascular bundles, xylem and phloem tissues
• Mounting: Fixed base with labelled key card