Bell Work: 1/29/14 1. 2.. Describe in this picture how animals obtain oxygen. Once they obtain the oxygen, how is it used? What is the relationship.

Slides:



Advertisements
Similar presentations
Reproduction in Flowering Plants
Advertisements

6.L.1.1 – Structures of Flowering Plants & Flower Fertilization
REPRODUCTION AND STRUCTURE NOTES
Leaves have many functions 1. Leaves are the photosynthetic organ of a plant; usually they are composed of 2 parts: the blade and petiole. 2. Leaves are.
Seed Reproduction Chapter 7: Section 3.
Plants.
Crash Course on Plants Movement of Materials, Monocots vs. Dicots, Gymnosperms vs. Angiosperms, Plant Parts and Function, and Reproduction.
Chapter # Sexual Reproduction in Plants
Plant Structure & Function
Non – Vascular Plants, Gymnosperms & Angiosperms
Plant organs and tissues
Plants. What are Plants? Multicellular eukaryotes Have cell walls made of cellulose Develop from multicellular embyros Carry out photosynthesis.
Plants Chapter 2. A Plant Cell’s Unique Organelles Cell Wall Chloroplasts Chlorophyll A single vacuole.
Plant Kingdom.
What is a plant?  Nearly all plants are autotrophs, meaning they make their own food. They are also called producers.  All plants are eukaryotes.  All.
Sexual Reproduction in Plants Continued…. Pollination in Angiosperms  Before seeds can develop inside a flower, pollen grain from the anthers must reach.
 Eukaryotic  Multicellular  Producers  Have chlorophyll for photosynthesis.
PLANT REPRODUCTION. Plants Reproductive Structures Cones: Gymnosperms –Female cones contain the ovules which contains the egg cell –Male cones contain.
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.
Plant Structure & Function. Main Plant Tissues Dermal Tissue - covers the outside of the plant & protects it –May produce a waxy coating to prevent water.
Review of Plants. What structure turns food into energy? Mitochondria.
Differ from seedless plants because… – Produce seeds, which nourish and protect young sporophytes – Gametophytes form within sporophyte – Sperm forms within.
Plants. Teaching Point #1 Almost all plants are autotrophic, eukaryotic and have cell walls.
Plants - Back to Basics ¨ Why are plants important? ¨ Plant structures - from the bottom up ¨ Plant life processes - making food and using energy (respiration,
Plant Notes:. Plants: Multicellular eukaryotes Cell walls of cellulose Autotrophic (photosynthesis)  Carbon dioxide + water + light Oxygen + glucose.
What is a vascular plant?  They have vascular tissue = a transport system  Think back to that big tree. Plants are living. Just like you, they need water.
Basic Structures of a Flowering Plant Roots:The plant part that grows underground secures the plant in place absorbs water and minerals from soil acts.
Plant Test Tomorrow  Format  36 m/c  5 Is it a tracheophyte or bryophyte?  4 Is it a gymnosperm or angiosperm?  5 Is it a monocot or dicot?  What.
They’re like people, except that they’re plants
Parts and Functions of a Flower
Structural Adaptations for Reproduction PARTS OF A FLOWER 4/6/16.
Plant Structure & Function. Main Plant Tissues Dermal Tissue - covers the outside of the plant & protects it –May produce a waxy coating to prevent water.
Plants. Plant Characteristics Plants are multi-cellular eukaryotes that produce their food through photosynthesis. (Autotrophs) In addition, many plants.
Plant Systems. Two types of systems:  Root System  Shoot System.
Sexual Reproduction in Plants. Sexual Reproduction – Plants! Cycle that allows plants to reproduce sexually is the same as in animals. Cycle that allows.
Kingdom Plantae Main Characteristics Cells contain a nucleus Make their own food Cells contain a cell wall Multicellular Can not move from place to place.
PLANTAE.
Gymnosperms & Angiosperms
Plant Review.
They’re like people, except that they’re plants
Plants .
Parts and Functions of a Flower
Plants are classified as either vascular or nonvascular
Seed Plants.
Parts and Functions of a Flower
Structure and Function of Living Organisms
Extra CO2 in blood causes pH to decrease (more acidic)
Functions of Plant Parts:
Asexual Reproduction in Plants
Starter What property of water allows plants to absorb water by pulling water molecules from the soil? What structure do plant cells have that animal.
They’re like people, except that they’re plants
Chapter 10 Notes Section 3.
Unit 4: Plant Structure Ms. Mccabe
Functions of Plant Parts:
They’re like people, except that they’re plants
PLANT STRUCTURE AND FUNCTION
Organs in Plants and Animals 2 - Plants
Plants.
They’re like people, except that they’re plants
Plants can reproduce either asexually or sexually
Botany = the study of plants
Vascular Plants                                   
In flowering plants and trees Angiosperms
Plants.
Plants.
Parts of a Flower.
Kingdom Plantae.
Plants Life Cycle of Plants
Vascular Tissue Plant Reproduction Parts of a Flower Types of Plants
Reproduction in Plants
Presentation transcript:

Bell Work: 1/29/

Describe in this picture how animals obtain oxygen. Once they obtain the oxygen, how is it used? What is the relationship between the animals and their environment?

Non-Flowering vs. Flowering Plants (pg. 162) Gymnosperms- seed plants that do not have __________ or _________ Most important gymnosperm: ____________ (cone-bearing) Cones protect the ___________. (pg ) Angiosperms- __________ __________ that produce _____________ & ___________ to protect their seeds. ____________ species of angiosperms on Earth Angiosperms can be found in _______________________________. Three ways angiosperms are important: flowers fruit conifers seeds vascularplants flowersfruits 235,000 almost every land ecosystem Food Building materials medicine

Flowering or Non-flowering? A. B. C. D. E. F. G.

Pollination (pg. 160) Pollen- tiny granules that contain male __________________. (pg. 163) Pollination- the transfer of pollen from _______ reproductive structures to ____________ reproductive structures of seed plants. (pg. 101) Self-pollination- the transfer of pollen from one flower to another on the _______ ________. (pg. 101) Cross-pollination- pollen from one plant fertilizes the ovule of a flower on a _______________ _____________. sex cell (sperm) male female sameflower differentflower

Cross-Pollination The bee is carrying pollen on its body as it travels from flower to flower.

Self-Pollination Pollen is moving from the anther of the stamen to the pistil on the same flower.

Pollination: Pollination Stages (pg ) 1._______ is transferred from an anther of one flower to the stigma of another 2.Pollen grains land on the ____________ and begin to grow ___________ _____________. 3.Sperm travel down pollen tubes, into the ovule, and ______________ the ___________. 4.Once fertilized, the ovules become ____________ within the swollen edible part we call the ____________. 5.Seeds are __________________, or scattered, and a new flower will then grow. 6.The cycle begins again. Pollen stigma pollentubes fertilize eggs seeds fruit dispersed

Seed Production Diagram (pg )

Fruits & Seeds (pg. 189) Fruit- a ripened (or mature) _______ with ______ (pg. 189)Two reasons fruits are important: (pg. 189) Seeds- a fertilized _______ (pg. 160, 189) Seed Dispersal- __________ of seeds away from the parent plant (pg. 160, 189)Three ways seeds can be dispersed: ________, _________, ___________ ovary seeds ovule moving animalswindwater Helps protect & spread seeds Food for animals

Roots, Stems, & Leaves (pg. 166) Plant Tissues: groups of ______ in a plant that perform a common _________ (hint- what makes up tissues?) (pg. 166) Examples: _________ is a vascular tissue that transports _____________ & ____________ up through the plant. _________ is vascular tissue that transports ______________ molecules down to all parts of the plant. (pg ) Stems: 1. ______________ the plant body 2. _____________ materials in the plant 3. _____________ materials Types: _____________ and ____________(non-woody) cells function Xylem waterminerals Phloemfood Support Transport Store WoodyHerbaceous

Roots, Stems, & Leaves (pg. 166) Roots: 1.Supply plant with ____________ and dissolved ______________. 2._____________ plants securely in the soil. 3._____________ surplus food. (pg ) Leaves: 1.Makes _______________ for the plant. 2.___________ the outer layer of a leaf that protects the plant and reduces water loss. 3.___________ the many small openings on a leaf through which gases enter and leave. 4.____________ regulate the opening of the stomata. 5.___________ the layer of cells in a leaf where most photosynthesis occurs. water minerals Anchor Store food Cuticle Stomata Guard cells Palisade layer

Journal & Illustration: Life Cycle of a Flowering Plant Explain the life cycle of a flowering plant in a journal entry with illustrations. Begin with pollination and end with the plant emerging from a seed and becoming a flowering plant.