Art of anatomy of monocotyledon leaf

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Art of anatomy of monocotyledon leaf

Monocotyledon leaf. Illustration showing the anatomy and cell structure of a monocotyledon leaf. The lower surface of the leaf is seen at top. Stomata (brown, pores) are present on the lower epidermis through which gaseous exchange occurs. Under the one-cell thick epidermis, spongy mesophyll cells are found loosely packed (grey). Leaf veins occur in parallel in monocotyledons. Here, two veins (vascular bundles) are seen among mesophyll cells. Schlerenchyma sheath cells (yellow) strengthen the vein; within the sheath are xylem (pink) and phloem (white) cells which transport water and nutrients

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6289757

© FRANCIS LEROY, BIOCOSMOS/SCIENCE PHOTO LIBRARY

Epidermis Monocot Monocotyledon Stoma Vascular Bundle

EDITORS COMMENTS
This print showcases the intricate artistry of a monocotyledon leaf's anatomy. The illustration provides a detailed glimpse into the cell structure and composition of this fascinating botanical wonder. At first glance, we are drawn to the lower surface of the leaf, which is displayed at the top of the image. Here, we can observe tiny brown pores known as stomata that play a crucial role in gaseous exchange within the plant. These stomata are present on the lower epidermis, allowing for efficient respiration. Beneath the one-cell thick epidermis lies an arrangement of spongy mesophyll cells, loosely packed together in shades of grey. These cells contribute to photosynthesis and help maintain optimal water balance within the leaf. The veins or vascular bundles running parallel through monocotyledons are prominently featured in this artwork. Two such veins can be seen gracefully meandering amidst mesophyll cells. Surrounding these veins are schlerenchyma sheath cells depicted in vibrant yellow hues, providing structural support and strength to these delicate vessels. Delving deeper into these veins reveals their internal components: xylem (pink) and phloem (white) cells responsible for transporting water and nutrients throughout the plant. This stunning piece not only celebrates nature's beauty but also serves as an educational tool for botany enthusiasts seeking a closer look at leaf anatomy. It exemplifies how art can intertwine with science to create visually striking representations that inspire awe and appreciation for

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