Applied Biology Plant Review.

Slides:



Advertisements
Similar presentations
Specialized Tissue in Plants
Advertisements

Stems: STRUCTURE & FUNCTION
Ch 23- Roots, Stems, and Leaves
Unit 7 Plants Ch. 23 Roots, Stems, & Leaves.
1 Review What are three important functions of stems Explain How does the arrangement of vascular bundles in monocot stems differ from dicot stems Apply.
Plant structure and growth I. Angiosperm plant body.
Unit 7 Chapter 23 Plant Structure and Function
13B-3 Roots Not always underground Anchor the plant
Unit 5 Plants.  Economic value: wood products/lumber  Connect the vascular tissue in the leaves to the vascular tissue in the roots, allowing water.
A seed plant is anchored in the ground by its
Roots, Stems & Leaves.
Chapter 23 Roots 23:2.
Chapter #42 – Plant Anatomy & Nutrient Transport
Figure 28.2 A comparison of monocots and eudicots
Plant Structure And Growth
Figure Review of General Plant Cell Structure
Plant Structure and Function
Ch 29 – Plant Structure and Function
Plant Structure and Function
Chapter 23 Roots, Stems and Leaves.
Chapter 35.  Cells make up tissues and tissues make up organs.  Plants have 3 main organs:  Roots  Stems  Leaves.
Plant Form & Function Plant Anatomy
Plant anatomy Roots  Absorb water and dissolved nutrients  Anchor plants  Hold plants upright Stems  Supports the plant body  Transports nutrients.
Plant Tissue Systems Plant Structure and Growth Vascular Plant Body
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
9.1 Plant Organs Flowering plants are ________________________ All share common structural features Root system = roots Shoot system = _____________________.
A. Plants have 3 organs:  1. Roots- Anchor Absorb water and nutrients  2. Leaves- Photosynthesis  3. Stems- Support and transport.
Lesson Overview Lesson OverviewStems THINK ABOUT IT While choosing items at a salad bar, you add some sliced water chestnuts, bamboo shoots, asparagus,
Exploring Plants Plant Structure & Function. Tissues  Vascular tissue form strands that conduct water, minerals, & nutrients through a plant  Dermal.
Plant Structure and Function
Stems and Plant Growth Basics. Shoots vs. Roots Stems are part of the shoot system (stems, leaves, flowers) The shoot system depends on the roots for.
Leaves, Roots, Stems Plant organs and their functions.
Chapter 33: Stems and Plant Transport Chapter 34: Roots.
Either woody or nonwoody Generally, adapted to support leaves; also transport materials and provide storage -stolons – grow along soil surface and produce.
Figure Review of General Plant Cell Structure
Chapter #35~ Plant Structure and Growth
Chapter23 Roots, Stems and Leaves Photo Credit: Getty Images Page 578.
Plant Structures Stems Horticulture I Specialized Tissues in Plants Plants are as successful if not more successful than animals Plants are as successful.
Biology, 9th ed, Sylvia Mader
End Show Slide 1 of 36 Copyright Pearson Prentice Hall Biology.
Roots, Stems, and Leaves Ms. Moore 9/6/2012
Copyright © 2005 Pearson Education, Inc. publishing as Benjamin Cummings Concept 35.1: The plant body has a hierarchy of organs, tissues, and cells Plants,
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
Chapter 35 Plant Structure and Growth. Angiosperm structure Three basic organs: 1.Roots (root system) fibrous: mat of thin roots taproot: one large, vertical.
Lesson Overview 23.3 Stems. Lesson Overview Lesson OverviewStems THINK ABOUT IT While choosing items at a salad bar, you add some sliced water chestnuts,
Lecturer: Suhail Al-Khatib.  Flowering plants, or angiosperms, are extremely diverse but share many common structural features.  Most flowering plants.
Section 3.  Stems produce leaves, branches, and flowers.  stems hold leaves up to the sun.  And stems transport substances throughout the plant.
Vascular Plant Structures
Plant Structures Roots, Stems, and Leaves
Plant Structure and Growth
Part 2: Tissues, Roots, Stems & Leaves
Chapter 28: Plant Structure and Growth Overview: Are Plants Computers?
Lesson Overview 23.3 Stems.
Bellwork: What is the difference between primary and secondary growth of stems? How are they related? Why does this result in certain plants being able.
Ch. 31 – Plant Structure & Function
Flowering Plants Structure and Organization
Lesson Overview 23.3 Stems.
Roots, Stems, & Leaves.
Lesson Overview Roots and Stems.
Overview of Plants 2.
Plant Form and Function
Stems.
Copyright Pearson Prentice Hall
Outlines of Previous Lecture
Chapter 23 Roots 23:2.
Plant Structure and Function
Chapter 23 Biology – Miller • Levine
Stems.
Presentation transcript:

Applied Biology Plant Review

In plants, the main organs of photosynthesis are the (a) roots (b) leaves (c) trunk (d) stems

b

Most of the wood in a tree is made up of (a) cork cambium (b) phloem cells (c) bark cells (d) xylem cells

d

Stomata open and close due to water pressure changes in the (a) guard cells (b) sieve tube member (c) root hairs (d) cortex

a

The type of plant tissue that divides by mitosis is (a) meristematic (b) xylem (c) phloem (d) parenchyma

a

Nutrient needed by plants to ensure proper leaf growth and color (a) Water (b) potassium (c) calcium (d) nitrogen

d

The inner part of bark is made of (a) xylem (b) parenchyma (c) phloem (d) cuticle

c

The vascular bundles in monocot stems (a) are arranged in a ring (b) are scattered throughout (c) contain phloem only (d) contain xylem only

b

Plants take in almost all their water and nutrients through structures called (a) guard cells (b) vascular cylinders (c) root hairs (d) osmosis

c

The root apical meristem is protected by the (a) bud scales (b) cuticle (c) root cap (d) cortex  

c

Nonfunctional xylem in the center of a tree trunk is (a) summerwood (b) sapwood (c) heartwood (d) springwood

c

A primary root that grows longer and thicker is a (a) fibrous root (b) apical root (c) meristematic root (d) tap root

d

A meristematic tissue that increases the thickness of plant stems over time is the (a) vascular cambium (b) apical meristem (c) pericycle (d) epidermal meristem.

a

Tracheids are the most important type of cells in (a) vascular cylinders (b) veins (c) xylem (d) phloem

c

Heartwood is older, darker xylem that still functions slightly rapidly divides during growth season carries water to the leaves Stops transporting water completely

d

The spot where leaves attach

Node

Waxy covering on upper epidermis of leaf

Cuticle

Outer protective covering

Epidermis

The area that cell differentiation is completed

Zone of maturation

Cylinder containing the xylem and phloem

Vascular cylinder

Meristimatic region that produces xylem and phloem

Vascular Cambium

Protective layer on the tip of the root

Root cap

Area that contains the apical meristem of the root

Zone of cell division

. Branch off a root that increases surface area

Root hair

Final Question

Surrounding a vascular bundle

endodermis

Name two functions each for roots, stems, and leaves

What two types of wood make up the rings of a tree What two types of wood make up the rings of a tree? What cause each type?(

Spring wood—wide gaps due to rapid growth Late wood—narrow gaps due to mostly dormant cell growth.

What is the difference between a compound and a simple leaf

Simple leaf—one leaf from per petiole Compound leaf—multiple leaves per petiole

Draw the cross section of a tree trunk and label the following parts Draw the cross section of a tree trunk and label the following parts. Pith, Heartwood, Sapwood, Vascular Cambium and Bark

Know properties of monocots and dicots

Comparing Monocots vs. Dicots FEATURE MONOCOTS DICOTS Cotyledons 1 2 Leaf venation parallel broad Root system Fibrous Tap Number of floral parts In 3’s In 4’s or 5’s Vascular bundle position Scattered Arranged in a circle Woody or herbaceous Herbaceous Either