Ch. 35(structure) Ch. 36(function) Roots and stems - absorption and transport pp 670-692 Leaves - sungathering and power source pp 695-709: also see p.

Slides:



Advertisements
Similar presentations
Plant Structure and Growth
Advertisements

ROOTS: STRUCTURE & FUNCTION
Review How are tissues distributed in plant roots
36.3 Transpiration drives transport of water and minerals from roots to shoots Amarisa Miles.
BIOL 197L - Lab #6: PLANT MORPHOLOGY, GROWTH, MICROANATOMY, AND TRANSPORT.
Ch. 36 Resource Acquisition and Transport in Vascular Plants
Plant Tissues and Organs
Roots I. Root characteristics A. Functions B. Root systems 1. fibrous root systems 2. tap root systems C. Food storage D. Examples II. Root growth A.
Plant Anatomy and Transport chapters 35 and 36 --focus on sap flow--
Anatomy, Morphology, & Growth of Angiosperms – Ch. 5-8
Figure 35.0 The effect of submersion in water on leaf development in Cabomba.
Chapter 23 Roots 23:2.
Soil, Roots and Water Balance of the Plant Soil Profile – aka Soil Layers.
AP Biology Chapter 36. Transport in Plants AP Biology Transport in plants  H 2 O & minerals  Sugars  Gas exchange.
Transport in Vascular Plants Chapter 36. Transport in Plants Occurs on three levels:  the uptake and loss of water and solutes by individual cells 
Plants Transport and Tissue Transport in plants H 2 O & minerals – transport in xylem – transpiration Sugars – transport in phloem – bulk flow.
Long-Distance Transport in Plants Biology 1001 November 21, 2005.
Chapter 31: Plant Structure, Reproduction and Development
Water Transport Root Anatomy The cross section of a root contains the Epidermis, Cortex, and Vascular Cylinder from outside to inside The Vascular Cylinder.
Plant Form & Function Plant Anatomy
Specialized Cells in Plants
Lecture 4 Anatomical structure of vegetative plants organ. Plan 1. Anatomical structure of root. 2. Anatomical structure of stems and rhizomes. 3. Anatomical.
Transport in Plants In humans and many other animals, substances are transported around the body in the blood through blood vessels. Plants have two separate.
Transport in Plants (Ch. 36) Transport in plants H 2 O & minerals – transport in xylem – Transpiration Adhesion, cohesion & Evaporation Sugars – transport.
Chapter 23 Plant Structure and Function
Function shapes structure… Structure enables function What functions and structures exist? Those passed on by past generations… Evolution.
PLANT TRANSPORT LECTURE Plants need a way to transport materials through their bodies, too. Vascular tissue – cells used by plant to transport nutrients.
Plants Part 4 Roots.
Plant Structure and Function
Plant Structures and Growth BIOL Root System Environment: Soil Functions: –Anchorage –Absorbs water and minerals –Transport Photo Credit: Rasbak.
PLANTS.
Transpiration and Unusual Plants
Also Known As Chapter 36!! Transpiration + Vascularity.
Chapter 33: Stems and Plant Transport Chapter 34: Roots.
Water Transport through a plant By: Aisha Al Misnad & Luma Mansi.
Transport in Vascular Plants  Overview of Transport Mechanisms  Absorption of Water and Minerals by Roots  Transport of Xylem Sap  The Control of Transpiration.
Aim: How do the structures of plants enable them to survive? RootsStems Leaves.
Transport in Plants
AP Biology Transport in Plants AP Biology Transport in plants  H 2 O & minerals  transport in xylem  transpiration  evaporation, adhesion.
Plant Tissues and Organs Annuals Biennials Perennials Dicots Monocots Cotyledon Root system Shoot system SIMPLE TISSUES Meristems Apical meristems Primary.
Plant organs and their functions
Ch. 36 Plant Transport. Three levels of plant transport Uptake of water and solutes by individual cells Short distance cell to cell transport Long distance.
Specialized Cells in Plants
Cortex – tissue inside the epidermis, storage organ Endodermis – a single layer of cells that acts as a wall between cortex and pericycle. Pericycle –
© 2014 Pearson Education, Inc. Figure © 2014 Pearson Education, Inc. Figure 36.1a.
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.
Plant Anatomy and Transport
WARM UP 1.List the 3 basic plant parts, the 2 tissue systems, and 1 of the types of ground tissue. 2.Write a 1-word description of each of the above. 1.List.
Plants: finally!!!!!!. Chapter 35: Plant Anatomy -emphasis on Angiosperms Germination: growth from a seed - differs between monocots and dicots -2 types.
Structure of plants Vascular plants- have roots, stems and leaves ( ) Leaves are adapted for photosynthesis- broad leaves have - Broad leafed Thin leafed.
General Biology lab Lab 12 & 13 Parts of Plant. Three Basic Plant Organs: 1.Roots 2.Stems 3.Leaves Root system Stem Leaf Shoot system.
Everything you always wanted to know about plants. 
Write a 1-word description of each of the above.
Chapter 23-2: Roots Describe the two main types of roots
Growth and Development of different organisms
Plant Tissues and Organs
Plant Organs Stems: Structure & Function Transport in Plants
Headings Vocabulary Important Info
Plants Part 4 Roots.
Label and draw in Symplast/Apoplast Pathway
CHAPTER 36 TRANSPORT IN PLANTS.
Plant Tissues.
Resource Acquisition and Transport CO2 O2
Why does a city need a transport system
Headings Vocabulary Important Info
Chapter 23 Roots 23:2.
The Chapter 29 Homework is due on Thursday, March 14
Plants Part 4 Roots.
Ch. 36 Transportation In Plants
Presentation transcript:

Ch. 35(structure) Ch. 36(function) Roots and stems - absorption and transport pp Leaves - sungathering and power source pp : also see p. 170 and p Transport in Plants

Figure Ascent of water in a tree

Figure 35.3 Radish root hairs

Figure Primary growth of a root

Figure Organization of primary tissues in young roots

A cross section of a dicot root (the purple is starch, the red is lignin) cortex epidermis vascular cylinder

Figure Review of general plant cell structure

Figure 36.6 Compartments of plant cells and tissues and routes for lateral transport

Figure 36.7 Lateral transport of minerals and water in roots

Apoplast and Symplast

Crossing the endodermis boundary

A cross section of a dicot root (the purple is starch, the red is lignin) cortex epidermis vascular cylinder

Figure 35.8 Water-conducting cells of xylem

Figure Ascent of water in a tree

Figure 10.2 Focusing in on the location of photosynthesis in a plant

Figure 10.9 Location and structure of chlorophyll molecules in plants

Figure The generation of transpirational pull in a leaf

Figure 36.2 A chemiosmotic model of solute transport in plant cells

Figure 36.13a The mechanism of stomatal opening and closing

Figure 36.13b The mechanism of stomatal opening and closing

Figure The generation of transpirational pull in a leaf

Figure Ascent of water in a tree