Unit 7 Chapter 24 Reproduction in Plants

Slides:



Advertisements
Similar presentations
Plant Reproduction.
Advertisements

REPRODUCTION in Flowering Plants.
Chapter 16 - Plants, Fungi, and the Move onto Land
Chapter 10 Plant Reproduction.
Flower The organ responsible for sexual reproduction in plants
Plant Reproduction & Response to the Environment
Ch 24- Reproduction of Seed Plants
Kingdom: Plantae.
Flowering Plants - Reproduction
Plant Reproduction. Alternation of Generations All plants have a diploid(2n) sporophyte generation that alternates with a haploid (1n) gametophyte generation.
Plant Adaptations for Success on Land Vascular tissue Evolution of the seed that provides food and protection Many methods of seed dispersal Evolution.
Plant Sexual Reproduction & Development
Plant Reproduction Section 1: Sexual Reproduction in Seedless Plants
Plant Characteristics
Jeopardy! Sexual Or Asexual? Name that Part! Getting’ Around What am I?
Chapter 38. Plant Reproduction.
Plant Reproduction Asexual Reproduction Asexual reproduction is natural “cloning.” Parts of the plant, such as leaves or stems, produce roots and become.
Chapter 38 Angiosperm Reproduction.
How are new plants formed? from seeds (sexual reproduction) by producing things such as bulbs or tubers (asexual reproduction).
Analyze difficulties Analyze difficulties “What would make this unit hard for some, most, or all of my students?”
Creating the next generation
 Eukaryotic  Multicellular  Producers  Have chlorophyll for photosynthesis.
PLANT REPRODUCTION. Male Plant Reproductive System  Stamen  Contains the anther and the filament.
Patterns of Reproduction in Plants. Purely Organic In The News.
Seed Bearing Plants.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu Plant Reproduction Chapter 24 Table of Contents Section 1 Sexual.
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 24 Reproduction in Plants. Alternation of Generations All plants have a life cycle in which a diploid sporophyte generation alternates with a.
Ch. 24- Reproduction of Seed Plants.  I. Reproduction With Cones and Flowers  A. Alternation of Generations  - All plants have a life cycle in which.
Flower Definitions, Standards 2 and 5 Pollen: Tiny grains that contain sperm (male) Pollination: The transfer of pollen to an egg producing organ. Embryo:
Aim: How are plants adapted to reproduce? Flower Alternation of Generations.
AP Biology Chapter 38. Plant Reproduction.
Chapter 4: Plant Reproduction
Plant Diversity. Land Plants Evolved from Green Algae Occurred 500 million years ago Plants have enabled the life of other organisms on land Supply oxygen.
Exploring Plants Plant Reproduction. Reproductive Structure of Seed Plants  Male sex cells  pollen grain – has thick protective wall  Ovule  female.
Plants Eukaryotic Cellulose Autotroph Photosynthesis Stems, Roots, Leaves Alternation of Generations.
Plant Reproduction Bingo Name the sugar that helps strengthen the cell wall of plants. Cellulose.
Plant Structure and Reproduction Double Fertilization.
PLANT REPRODUCTION Chapter 10
Chapter 38 n Plant Reproduction and Development. Sexual Reproduction n Alternation of generations: haploid (n) and diploid (2n) generations take turns.
Which of the following is a sporophyte?
What is a Plant?.
Flowers contain reproductive organs protected by specialized leaves.
Flowers contain reproductive organs protected by specialized leaves.
Plant life cycles alternate between producing spores and gametes.
Lecture #17 Date _________
REPRODUCTION in Flowering Plants.
Flowers contain reproductive organs protected by specialized leaves.
Plant Classification and Reproduction
Plants can reproduce either asexually or sexually
Plants.
Flowers contain reproductive organs protected by specialized leaves.
Reproduction of Seed Plants
ALTERNATION OF GENERATIONS a defining feature of plants
Plant Life Cycles & Reproduction
Plants.
Plants.
AP Biology Chapter 38 Plant Reproduction and Development.
Chapter 21/22 Vascular Plants
Chapter 38 ~ Plant Reproduction and Development
REPRODUCTION in Flowering Plants.
Chapter 38. Plant Reproduction
Reproduction and Growth
Reproduction of Seed Plants
Biology 11 Plantae Review.
Flowers contain reproductive organs protected by specialized leaves.
Flowers contain reproductive organs protected by specialized leaves.
Ch. 24- Reproduction of Seed Plants
Presentation transcript:

Unit 7 Chapter 24 Reproduction in Plants

Alternation of generations The basic life cycle pattern for most plants Sporophyte stage Diploid, asexual, produces spores Gametophyte stage Haploid, sexual, produces gametes

Vegetation Propagation A type of asexual reproduction where a new plant is produced from existing plant organs or parts Ex: plant “cuttings”

Life cycle of Mosses

Click on image to play video. Moss life cycle Click on image to play video.

Life cycle of Ferns

Life cycle of Conifers

Click on image to play video. Gymnosperm life cycle Click on image to play video.

Flower structure Petals Sepals Stamen (male organ) Colorful, to attract pollinators Sepals Leaflike, to protect inner organs Stamen (male organ) Contains anther, produces pollen Pistil (female organ) Contains ovary, produces eggs

Life cycle of a flowering plant Double fertilization One sperm joins the egg, while the other joins the central cell, forming the endosperm Endosperm Food storage tissue that supports development of growing embryo

Click on image to play video. Double fertilization Click on image to play video.

Fruit formation The mature ovary containing seeds Modified for seed dispersal

Click on image to play video. Fruit structure Click on image to play video.

Seed germination The beginning of the development of a new plant after a period of inactivity, called dormancy First to appear is the radicle (embryonic root) followed by the hypocotyl (embryonic stem)

Seed (containing embryo plant) to mature plant, capable of photosynthesis