Plant Classification & Reproduction. Plants can be classified into 2 main groups: Non-seed plants  mosses = no vascular systems  ferns = vascular systems.

Slides:



Advertisements
Similar presentations
Chapter 10 Plant Reproduction.
Advertisements

Chromosomes & Inheritance Gene Segregation during MEIOSIS 3 significant results 1. Haploid cells because of 2 divisions following only 1 DNA replication.
Plant Reproduction & Response to the Environment
Kingdom: Plantae.
How Do Angiosperms Reproduce? Asexual & Sexual Methods
Lesson 4 Page  What are the stages of a Plant Life Cycle?  How do plants Reproduce?
REPRODUCTION AND STRUCTURE NOTES
Review Set for “Introduction to Plants”. Water enters a plant by passing through the _________________ of a root and into the ____________________. root.
10-1: Intro to Plant Reproduction 10-2: Seedless Reproduction 10-3: Seed Reproduction Plant Reproduction.
Seedless Reproduction
Mr. Ramos Plant Organs and Tissues. Introduction to Plants There are over 260,000 different species of flowering plants alone! Plants are multicellular,
 Does not involve sex cells  One organism is producing offspring  Most plants have this type of reproduction  Used by plants who do not produce.
Chapter # Sexual Reproduction in Plants
Plant Sexual Reproduction & Development
SEXUAL REPRODUCTION IN SEED PLANTS. I. REPRODUCTIVE STRUCTURES OF SEED PLANTS.
Plant Reproduction Section 1: Sexual Reproduction in Seedless Plants
Plant Characteristics
Introduction to Plant Reproduction
Plant Reproduction. How does reproduction occur in plants? Growers produce new plants by asexual reproduction all the time. New cells can be developed.
Plant Reproduction Asexual Reproduction Asexual reproduction is natural “cloning.” Parts of the plant, such as leaves or stems, produce roots and become.
Plant Reproduction Asexual and Sexual (yes, sexual!)
Plant Reproduction 8 th 16.2 Plant Reproduction. Plant Reproduction Plants reproduce by pollen, spores, or seeds Plants reproduce by pollen, spores, or.
Sexual Reproduction In Plants Meeting the Challenge.
10.4 Plant Reproduction * Indicates Vocab Word.
Seed Bearing Plants.
Seed Reproduction Chapter 9 Notes. Seed Reproduction Plants need to reproduce to carry on their species. Plants reproduce due to the movement of pollen.
Sexual Reproduction in Plants. The Seed  The seed is the product of sexual reproduction in most plants.  The seed contains an embryo, a food supply.
Reproduction ASEXUAL VS. SEXUAL.
Chapter 3: Plant Growth and Reproduction 5 th grade Science Teacher Imarlys Cajigas Big Idea: Plants have a variety of structures to help them carry out.
Chapter 4: Plant Reproduction
Plant Reproduction: Seed Plants. Table of Contents DateAssignmentVocabularyPage 11/28/12Seed Plants10.
Chromosomes & Inheritance Gene Segregation during MEIOSIS 3 significant results 1. Haploid cells because of 2 divisions following only 1 DNA replication.
Pop Quiz! 5. Gametophytes are a. haploid plants that produce spores.
Plant Life Cycles Meiosis Review Cell starts diploid –E–Ex: Human = 46 chromosomes Cell divides twice to create 4 cells End result: Haploid cells –E–Ex:
PLANT REPRODUCTION Chapter 10
WARM UP “Average is as close to the bottom as it is to the top.” 1.What does this mean to you? 2.How can you apply this to your education or future life?
Plant Reproduction Stages of Plant’s Life Cycle? 1. Sporophyte stage- plant produces spores(seeds) 2. Gametophyte stage- plant produces sperm cells & egg.
 Plants life cycles have two alternating phases known as alternation of generations: 1. A diploid (2N) phase known as the sporophyte (spore producing.
AP Biology Start Here AP Biology First seed plants  Gymnosperm: conifers  vascular  heterospory  male vs. female gametophytes.
Structural Adaptations for Reproduction PARTS OF A FLOWER 4/6/16.
Sexual Reproduction in Plants. Sexual Reproduction – Plants! Cycle that allows plants to reproduce sexually is the same as in animals. Cycle that allows.
Plant Reproduction AP Biology Unit 5.
Lesson 15.  Plant reproduction is the process of producing young plants. Plants reproduce in two different ways:  Asexual Reproduction involves one.
Topic 9—Plant Biology Plant Diversity.
3.2 Plant Kingdom.
Asexual Reproduction Versus Sexual Reproduction
Plant Reproduction Why reproduce? Sexual vs. asexual reproduction
Alternation of Generations.
Warm Up # What is the difference between sexual and asexual reproduction in plants?
Plant Classification & Reproduction
Flowers allow some plants (angiosperms) to reproduce w/out water
Plants can reproduce either asexually or sexually
Flowers allow some plants (angiosperms) to reproduce w/out water
Plants.
In flowering plants and trees Angiosperms
Seedless Plant Reproduction
Plants.
Flowers allow some plants (angiosperms) to reproduce w/out water
Plant Life Cycles & Reproduction
Plants.
Parts of a Flower.
Chapter 21/22 Vascular Plants
Chapter 38. Plant Reproduction
The Flower.
Chapter 12 Science Test Notes.
Plant Overview and Reproduction
Gymnosperms 5.2 Seed plant that produce a “naked seeds” (seeds that are not enclosed by a protective fruit) Have needle-like or scale- like leaves,
Reproduction and Growth
Biology 11 Plantae Review.
Parts of a Flower and Plant Reproduction
Presentation transcript:

Plant Classification & Reproduction

Plants can be classified into 2 main groups: Non-seed plants  mosses = no vascular systems  ferns = vascular systems but no seeds Seed plants  Gymnosperms = complex vascular system + bare seed (cone)  Angiosperm = complex vascular system + enclosed seed within a flower

Reproduction terminology Alternation of Generation Any life cycle that involves sexual and asexual reproduction The life cycle of all plants have 2 phases: Asexual reproduction  new plant produced from one parent plant only (genetically identical to parent)  Sporophyte  form of plant that reproduces asexually Sexual reproduction  new plant produced by union of a male and female sex cell (NOT genetically identical)  Gametophyte  form of plant that reproduces sexually ( egg + sperm –-- fertilization ----  zygote  embryo  new sporophyte)

Non-seed plant Fern  have large leafy fronds, rhizomes (underground stems) and generally prefer warm moist climates. Needs water for reproduction. Life Cycle  Sporophyte – large and photosynthetic Produces spores asexually  Gametophyte – separate small plant (1cm diameter) from the sporophyte produces zygote sexually

Seed plants Gymnosperms  woody trees or shrubs (conifers) that produce seeds that are NOT in an enclosed structure. Wind needed for pollination. Life Cycle  Sporophyte = large trees that produce cones Produces pollen and eggs  Gametophyte = microscopic plant found on specialized structure on the sporophyte Produces seeds

Angiosperms  flowering plants. Can be pollinated by insects and wind. Life Cycle  Sporophyte = flowering plant produces pollen and eggs  Gametophyte = pollen and egg found in the flowers produces seeds

… these are the parts of the flower Male reproductive part = stamen which are made up of…  filament - stalk  anther – produces pollen grains Female reproductive part = Pistil which is made up of…  style – stalk  stigma – sticky surface at tip of style  ovary – organ that contain the egg style

Fern Vs. Angiosperm Comparison of their life Cycles page 279 figure 8 and page 283 figure 6

FernAngiosperm Spore produced on fern frondFlowers on the sporophyte produce pollen Spores released and develop into a small gametophyte Pollen is carried to other flower Gametophyte produces egg and sperm Egg and sperm unit and create a zygote Pollen grain grows down style to reach the ovary. Sperm in the pollen grain then fertilizes the egg Zygote develops and seed is formed. Zygote develops into mature sporophyte (fern) The seed is released and develops into a new sporophyte