Cortex – tissue inside the epidermis, storage organ Endodermis – a single layer of cells that acts as a wall between cortex and pericycle. Pericycle –

Slides:



Advertisements
Similar presentations
Vegetative Parts.
Advertisements

Chapter 23 Biology – Miller • Levine
Stems and Leaves.
Plants as Living Organisms Plant Parts and Their Functions Plant and Soil Science Topic 2014.
Unit 7 Chapter 23 Plant Structure and Function
Roots, Stems and Leaves Chapter 23 Mr. Bragg 2014.
Cycling of Matter in Living Systems 3.1 Cells, Tissues, and Systems and 3.2 The Leaf and Photosynthesis.
Plant Tissues and Organs. Plant Tissues All plants are made up roots, stems, leaves and flowers. These structures are made up of cells These cells are.
Leaf Structure and Function. Basic functions 1. Photosynthesis: process which plants use the energy from sunlight to produce sugar (for themselves) 2.
Photosynthesis and leaf structure
Chapter 23 Roots 23:2.
Photosynthesis (leaf structure)
Plant Form & Function Plant Anatomy
Anatomy of plant Lab 10.
Plant anatomy Roots  Absorb water and dissolved nutrients  Anchor plants  Hold plants upright Stems  Supports the plant body  Transports nutrients.
Specialized Cells in Plants
Chapter 23 Plant Structure and Function Plant Tissue Vascular Plants have four basic types of tissue 1.Vascular tissue 2.Ground tissue 3.Epidermis 4.Meristematic.
Plant Structure. Plant Body Plan The apical–basal pattern and the radial pattern are parts of the plant body plan They arise through orderly development.
Chapter 23 Plant Structure and Function
Plants Tissues part 2 Stem Leaf.
Plant Structures and Tissues. 3 Organs in Vascular plants 1.Roots 2.Stem 3.Leaves.
Complexity and Shapes of Leaves AGR 161: Unit C Found on Internet: Unknown Source Created By: Jennifer Stewart.
Leaf Structure and Function. Basic functions 1. Photosynthesis: process which plants use the energy from sunlight to produce sugar (for themselves) 2.
A section taken through any region of a typical plant body shows the presence of three tissue systems.
Figure 23–18 The Internal Structure of a Leaf
Parts Of Plant – Photosynthesis
SPECIALIZED PLANT CELLS Corn plant Corn plant cells.
Leaf Structure and Function. Basic functions 1. Photosynthesis: process which plants use the energy from sunlight to produce sugar (for themselves) 2.
Plant Structure and Growth & Plant Reproduction Emma Whisted.
Questions, p “Looking at Leaves”. 1. What is the main task of leaves? 1. What is the main task of leaves? 2. What are the 2 basic parts of leaves?
Leaf Structure Mr. Hefti – Pulaski Biology. Identification: 1.Cuticle 2.Upper epidermis 3.Mesophyll Transport tissues Xylem Phloem Palisade layer Spongy.
Leaves, Roots, Stems Plant organs and their functions.
Plants: Leaves. Leaves Play role in photosynthesis, gas exchange, storage, and protection from predators. Leaf cells absorb energy from sunlight in a.
Leaf and Chloroplast Structure. LEAF STRUCTURES:
The Parts of the Leaf Introduction to Photosynthesis.
Leaves: Structure and Function. Main Functions 1. Principle sites of photosynthesis 6CO 2 + 6H 2 O 6O 2 + C 6 H 12 O 6 6CO 2 + 6H 2 O 6O 2 + C 6 H 12.
Aim: How are plants adapted to perform photosynthesis? HW: Test TOMORROW! Do Now: Photosynthesis Questions.
Plant Structures Leaves, Roots and Stems
But where does the energy come from????
PLANT TISSUES. 1) Dermal Tissue  Form outermost layer of plant (like the skin)  Protects plant  Allows substances in and out through the stomata (will.
Aim: How do the structures of plants enable them to survive? RootsStems Leaves.
Plant Structure and Function Chapter 31. Plant cells: Parenchyma Large central vacuole Storage of water Form the bulk of non- woody plants.
Bellringer Why is a daisy considered an autotroph?
Plant organs and their functions
Leaf Structure.
PLANTS L.E. Bio. Unit 7.
UNIT 2 PART 5: PLANT STRUCTURE AND FUNCTION
Plants Form and Function. Parts of a Leaf What do these parts do?  Cuticle (waxy layer) and Upper Epidermis  Prevent Water Loss  Palisade Mesophyll.
Plant Structure. Plant Tissues A tissue is a group of cells organized to form a functional unit or a structural unit Plants have 3 tissue systems: –Ground.
Structure of plants Vascular plants- have roots, stems and leaves ( ) Leaves are adapted for photosynthesis- broad leaves have - Broad leafed Thin leafed.
Leaf Adaptation. To know how leaves are adapted for photosynthesis.
Plant Tissues and Organs
Compare and contrast primary and secondary growth.
L6: Plant Tissues and Organs
Plant tissues.
Internal Structure of the Leaf
Leaves Tissues of leaves and their function.
Plant Cells, Tissue, and Organs
Plants are multicellular organisms
Vascular bundles DICOT STEM.
Plant Anatomy Honors Biology.
Transport in Plants part 1
Monocot Roots large vascular cylinder in center
Chapter 23 Roots 23:2.
Leaf Structures.
Plant Structure & Function
Notes: Leaf Structure Cuticle Upper Epidermis Palisade Mesophyll
Plant cross-section.
Tissues, Chlorophyll, Canopy, Sun vs. Shade Leaves
Presentation transcript:

Cortex – tissue inside the epidermis, storage organ Endodermis – a single layer of cells that acts as a wall between cortex and pericycle. Pericycle – a layer of cells inside the endodermis. Brach roots come from it Phloem – takes glucose from leaves Xylem – moves water and minerals from the roots up through the plant FROM FROM

Apical meristem – these are tissues at the end of the stem that provide stem elongation Epidermis – outer layer of some waxy cells that provides protection and covering Cortex – tissuses of stem connected to epidermus Vascular bundle Xylem tissues – a woody tissue that flows water and minerals through the plant. Phloem tissues (inner bark) – flows plant food (glucose) through plant Pith – in the middle of dicot plant stems. Supports stem FROM FROM

Epidermis – outer layer of tissues Cuticle – waxy outer layer of epidermis that stops water loss on leaves, stems, and fruits. Leaf hairs – a part of the epidermis Palisade layer – a packed layer of tissues filled with chloroplasts Chloroplasts – contain chlorophyll and are a major part of photosynthesis Vascular bundle – like “leaf veins” tissue. Spongy mesophyll – layer of tissues, facilitates movement of oxygen, carbon dioxide, and water vapor. Stomata –openings in leaves that allow for gas exchange Guard cells – kidney-shaped cells that open and close the stomata like a cell membrane. FROM FROM