Web4_Seed Plant Groups 1107 General Biology II Lab Student Name: _____ Section # _____ Assigned Reading - for a more thorough understanding choose either one of the following: Campbell’s Biology – Concepts & Connections, 8 th or 9 th ed. read: Chapter 17 sections 2, 5-11, Chapter 31 sections 9-15 Or read free on-line textbook, Biology, 2e found at … Webupper epidermis. epidermal hairs that protect the leaf from insects and intense light,water,CO2 and O2. Palisade Parenchyma. columnar cells stacked tight; site of most …
Plant Anatomy - SERC
WebLeaf Anatomy: We looked at leaf anatomy in the first lab on Land Plants. Leaves consist of an upper and lower Epidermis, Vascular Bundles and Ground Tissue called Mesophyll. Due to the major differences that can … WebLeaf venation: Leaf veins are reticulated (branched). Leaf veins are parallel. Type of leaves: Dorsiventral: ... The vascular system is scattered in monocots, with no particular arrangement. But if you take a look at the … cherrygarth balbriggan
Leaf Cross-Section (Old version!) - YouTube
WebMonocots and dicots differ in their patterns of venation (Figure 2). Monocots have parallel venation; the veins run in straight lines across the length of the leaf without converging at a point. ... In this (c) light micrograph cross … WebDicot Leaves Find the Syringa leaf cross-section prepared slide from the box. Consult textbook fig. 12.8 on pg. 12-6 to review dicot leaf structure. Start at 4X and work your way up in magnification until you can clearly see the cells of the leaf section. WebView the full answer. Transcribed image text: you compare your drawing with the model, text picture or another leaf as required by your instructor. Exercise 3 Root Cross Section Examine the microscope slide containing the monocot and dicot root cross sections. Compare your cross section to the text diagram and the model. flights from usa to san juan