Plants Botany = the study of plants. Nonvascular plants have no vessels, no roots, no stems or leaves. Examples: Mosses & Liverworts.

Slides:



Advertisements
Similar presentations
Standard III-2 Kingdom Plantae
Advertisements

Biology AHSGE Standard X- Kingdom Plantae. Eligible Content CONTENT STANDARD 10. Distinguish between monocots and dicots, angiosperms and gymnosperms,
THE PLANT KINGDOM.
Flowering plants Cone-bearing plants Ferns and their relatives
KINGDOM PLANTAE.
Chapter 8 - Plants Ms. Van Sciver’s Grade 7.
Classifying Plants.
Kingdom Plantae Biology 11.
Kingdom Plantae Biology. Multi-cellular Multi-cellular Autotrophic Autotrophic Eukaryotic Eukaryotic Cell walls made of cellulose Cell walls made of cellulose.
Let’s draw and label the life cycle of a mushroom Please sketch the following diagram in your notes…it will be helpful in the future! Please sketch the.
Flowering plants Cone-bearing plants Ferns and their relatives
Mr. Ramos Plant Organs and Tissues. Introduction to Plants There are over 260,000 different species of flowering plants alone! Plants are multicellular,
What is a plant??? Organism that is: Multicellular Eukaryote
Plants 4-1, 4-2, 5-1, 5-3, (5-2).
Parts of a Plant. Flower  Reproductive organ of the plant  Flowers are usually both male and female  The male part of the flower is the STAMEN  The.
THE PLANT KINGDOM. 7 Basic needs of plants: * temperature *light *water *air *nutrients *time *room to grow.
Test #4 Study Checklist Kingdom Protista General Characteristics
Plants Classifying Plants: 2 Main Groups of Plants: A. Nonvascular: have no vessels, no roots, no stems or leaves. Examples: Mosses & Liverworts.
Rants about PLANTS. Parts of a Plant Flower: seed bearing structure Leaves: photosynthetic organ that contains vascular tissue Stem: supporting structure.
1 2 3 pistil4 5 Word Bank cuticle stomata transpiration xylem seed coat gymnospermscambium taproot Vascular plants with no flowers or fruit; seeds in.
Kingdom Plantae.
Interest Grabber Plants Make the World Go Round Life as we know it today could not exist without plants. Plants provide us with many essential items other.
Plants. What is a Plant? Multicellular eukaryotes that have cell walls made of cellulose They develop from multicellular embryos and carry out photosynthesis.
Plant Unit Mrs. Gerlach
PLANT KINGDOM. Multicellular Photosynthetic Eukaryotic Tissues (xylem & phloem) Organ systems (leaves, stems, roots, flowers) Alternation of generations-
Ch 9 Seed Plants Pp Notes 9-1 All seed plants share 2 characteristics. They have vascular tissue and use seeds to reproduce. They all have body.
PLANTS. Plants: Grouped by characteristics Nonvascular –Simple; most grow in moist places –No vascular tissues. No way to move around water and nutrients.
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 as Living Organisms Unit 3. Plant Kingdom Thousands of plant species 4 major groups of plants –Mosses –Ferns –Gymnosperms – “naked seed” –Angiosperms.
Plants.
PLANTS.
Plants Introduction.
Plants Botany = the study of plants. Plant Evolution Mosses and ferns Earliest relatives Cooksonia – 470 MYA Photosynthetic bacteria - as early as 1.5.
SEED PLANTS Characteristics of Seed Plants Most seed plants have leaves, stems, roots, and vascular tissue Reproduce by seeds, which contain an embryo.
Warm-up 14 Day 15 May 5/6 List as many uses for plants as you can think of.
Plant Diversity Botany = the study of plants. General Plant Charactertistics ●Living things that have roots, stems, and leaves ~ some have flowers ●Eukaryotes.
Objective: What is a vascular & nonvascular plant Warm Up: organism is unicellular, eukaryotic and autotrophic what kingdom does it belong to?
Plant Notes:. Plants: Multicellular eukaryotes Cell walls of cellulose Autotrophic (photosynthesis)  Carbon dioxide + water + light Oxygen + glucose.
Plant Structure, Growth, & Development. The Diversity of Angiosperms Angiosperms (flowering plants) can be divided into 2 major categories:  Monocots.
Plants Structure and Reproduction. Characteristics of Plants  Autotrophic  Multicellular  Eukaryotic  Cell wall made of cellulose  Organelles including.
Plant notes outline I.Characteristics A.Multicellular eukaryote B.Cell wall = cellulose C.Autotrophic II.Types A. Nonvascular B. Vascular 1. xylem 2. phloem.
Chloroplasts dicot phloem xylem woody. herbaceous moss monocot taproot root hairs.
Plant Diversity. What are Plants? Multicellular (made of many cells) Eukaryotes (cells have nucleus & organelles) Cell Walls made of Cellulose Autotrophs.
Construct your Plant Booklet You will use the pages in your notebook after the “Plant” page you made yesterday. If you do not have a notebook, or don’t.
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.
Botany = the study of plants
Plants Classification
They’re what's for dinner!
Plants .
Plant Structure, Growth, & Development
Seed Plants.
Cuticle Vascular Tissue Zygote Nonvascular Plant Vascular Plant
Plant Diversity Ch
Plants as Living Organisms
Review From Thursday What is one difference between an angiosperm and a gymnosperm? What organism did plants most likely evolve from? What is the name.
Structure and Reproduction
Structure and Reproduction
Plants.
Plants Introduction.
Plants as Living Organisms
Plant Structure, Growth, & Development
Plants.
Botany = the study of plants
Structure and Reproduction
Plants.
Plants.
Plants as Living Organisms
Plant Structure, Growth, & Development
Plants.
Plants Life Cycle of Plants
Presentation transcript:

Plants Botany = the study of plants

Nonvascular plants have no vessels, no roots, no stems or leaves. Examples: Mosses & Liverworts

Vascular Tissue Xylem: transports water Phloem: transports food & nutrients

Gymnosperms "naked seeds" cone bearing plants (seeds grow on cones) needle like leaves usually stay green year round wind pollinated Examples: pine trees & evergreens

Angiosperms flowering plants seeds are enclosed in a fruit most are pollinated by birds & bees have finite growing seasons Examples: grasses, tulips, oaks, dandelions

Flowering Plants are divided into two main groups:

Dicots

Monocots

Parts of the Plant Roots / Stems / Leaves Roots: water and minerals are absorbed (taproots vs fibrous roots) also used to anchor the plant movement of water up to leaves is influenced by TRANSPIRATION

Stems Support plant transports water and nutrients Two types of stems: herbaceous and woody

A celery stalk soaked in food coloring will absorb the food coloring, you can see the xylem.

Leaves Photosynthetic organ of the plant, used to convert sunlight into food Photosynthesis Equation:

Stomata: pores within the leaf that open to let CO2 in and O2 out. Guard cells open and close. Cuticle: waxy covering on leaf that prevents water loss

Flower

Plant Reproduction Pollen is produced by the stamen, which is carried by wind or pollinators to the stigma of another flower. Once the ovules are fertilized, they develop into seeds and the ovary of the flower becomes the FRUIT

Pollen Grains Pollen contains plant sperm, and fills the air during the springtime, which often causes seasonal allergies.

Asexual Reproduction Many plants can make clones of themselves; this is called VEGETATIVE PROPAGATION

How Plants Grow Germination occurs when a seed sprouts (usually caused by changes of temperature and moisture) Monocots have 1 seed leaf (cotyledon), Dicots have 2 seed leaves

Perennials - live several years, and reproduce many times, woody plants are perennials Annuals - a plant that completes its life cycle in one growing season (grows, flowers, reproduces and then dies) Biennials - takes two growing seasons to complete, it reproduces in the second growing season

PRIMARY GROWTH makes a plant taller at roots and stems SECONDARY GROWTH makes a plant wider, or adds woody tissue

Tree Rings tell the age of a tree, each ring represents a growing season. The photo shows a tree who has been through four growing seasons. The lighter thinner rings are winter periods. VASCULAR CAMBIUM: area of the tree that makes more xylem and phloem and forms the annual rings