6 KINGDOMS Unit 2 - Biodiversity. It’s Alive!  What qualities distinguish something as “living”?  It can…. Grow and develop Reproduce Obtain and use.

Slides:



Advertisements
Similar presentations
Today’s Objectives TSW distinguish between plant and animal cells and diagram them. TSW distinguish between prokaryotes and eukaryotes.
Advertisements

UNIT 3: Organization of Life S7L1.a.b October 14 – October 25.
The Six Kingdoms of Life. EUBACTERIA This is a kingdom of single-celled prokaryotes that have been around in similar forms since the beginning of life.
Kingdom Post Test Part 1.
ANIMALIA. kingdom of multicellular eukaryotic heterotrophs whose cells do not have cell walls.
Kingdoms and Domains 18.3.
Protists Small in Size, Enormous in Diversity. Taxonomy Review  What are the different groups a species is classified into?  Kingdom  Phylum  Class.
Objectives 18.3 Building the Tree of Life
Organism Traits Within Kingdoms. Archaebacteria Unicellular: made of one cell Prokaryotes: very simple cells that do not have a nucleus and other organelles.
Brainteaser Name three keys that unlock no doors. Answer Here.
Prokaryotic vs. Eukaryotic Cells Eukaryotic Cells Prokaryotic Cells.
Kingdoms and Domains. HOW DO WE ORGANIZE LIVING THINGS? We name all organisms using many names: K ingdomKeep P hylumPonds C lassClean O rderOr F amilyFroggies.
17.3 Domains and Kingdoms 8(C) Compare characteristics of taxonomic groups, including archaea, bacteria, protists, fungi, plants, and animals.
The broadest and most general category of classification is the DOMAIN.
1 Kingdoms Powerpoint designed by Anita L. Archer, PHD for presentation in Middle School demonstration lesson.
Venn Diagrams Construct on your own piece of paper with your shoulder partners.
Paramecium paramecium.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200.
Chapter Domains and Kingdoms.
Domains & Kingdoms.
A Tour Through The Kingdoms Chapter Terms to Review Prokaryote: – Simple cells that have no nucleus. Eukaryote: – Complex cells, with a nucleus.
Overview of the Six Kingdoms Bundren, What is Cell Type? Prokaryotic – describes an organism with cells that do NOT have a nucleus Eukaryotic –
Archaea Ancient Bacteria Bacteria Regular Bacteria Eukaryota Organisms with a nucleus.
 Prokaryote - Does not contain a nucleus  Eukaryote - Contains a nucleus.
Domains and Kingdoms. Domain Bacteria Eubacteria – prokaryotic and cell walls contain peptidoglycan. Some are aerobic and some are anaerobic. Most are.
Classification Concepts. The 3 Domains of Life 3) Eukaryotes 1)Bacteria 2) Archaeabacteria.
The Six Kingdoms Organisms are placed into kingdoms based on five questions 1.Prokaryotic or Eukaryotic? 2.Unicellular or Multicellular? 3.Producer or.
The 6 Kingdoms.
Aim: How do scientists classify living organisms?
Taxonomy The science of naming organisms.. Aristotle Plant or animal? If an animal, does it –Fly –Swim –Crawl Simple classifications Used common names.
Life Science Overview Cells, Classification, and Ecosystems.
5/6 Kingdoms of Life! The five-kingdom system of classification for living organisms, including the prokaryotic Monera and the eukaryotic Protista,
Six Kingdoms. What characteristics determine how to classify an organism into a kingdom?
1) To explain how scientists classify living things 2) To identify the 6 kingdoms of life.
Grouping Species The broadest category in the classification used by most biologists is the domain. Three domains: Bacteria, Archaea, Eukarya Six kingdoms:
Kingdoms & Domains.
SB3. Students will derive the relationship between single-celled and multi-celled organisms and the increasing complexity of systems.. Bioluminescent Dinoflagellates.
Kingdoms and Taxonomy. Define multicellular: _____________________________ Important Vocabulary Made of many cells Everything that is big enough to see.
D OMAINS AND K INGDOMS. More inclusive than Kingdoms Based on molecular (DNA) analysis ◦ Organisms grouped based on how long they have been evolving independently.
KINGDOMS OF ORGANISMS Introduction.
Six Kingdom Notes.
The 6 Kingdoms of Classification
How we organize organisms…
Jeopardy Game for Classification!.
Q.O.T.D. Q: How do Venus flytrap plants move? If it is a plant, how can it eat something? A: Discovery Channel LIFE Scientific name = Dionaea muscipula.
The Six Kingdoms An Overview.
THE SIX KINGDOMS.
Characteristics of Domains & Kingdoms
6 Kingdoms Unit 2 - Biodiversity.
KINGDOMS OF ORGANISMS Introduction.
Six Kingdoms Quiz.
The Six Kingdoms of Living Things
8 Characteristics of life
6 Kingdoms p
The Six Kingdoms of Living Things
Characteristics of Kingdoms
The Kingdoms of Life.
Domains Broadest grouping of living things Three domains:
Basic Overview of the Domains & Kingdoms
Characteristics of the 6 Kingdoms of Life
Which Kingdom(s) could this be?
Kingdoms and Domains.
Classification System
Domain Kingdom Cell Type Cell Structure Number of Cells Mode of
Classification Review Game
BELLRINGER FOR 9/25/12 IN YOUR SURVIVAL GUIDE AT THE TOP OF PAGE _37_make a chart: DOMAINS ARCHAEA BACTERIA EUKARYA.
Modern Classification
Classifying Life.
Type of Cells/ unicellular multicellular environment
Classification Practice Project
Presentation transcript:

6 KINGDOMS Unit 2 - Biodiversity

It’s Alive!  What qualities distinguish something as “living”?  It can…. Grow and develop Reproduce Obtain and use materials and energy Respond to their environment Change over time Are based on a universal genetic code Are made up of units called cells

How are these living things organized?  Kingdom  Phylum Class Order Family  Genus  Species

How are organisms classified at the Kingdom Level?  Number of cells  Unicellular or Multicellular  Mode of Nutrition  Autotrophic or Heterotrophic  Type of cells  Prokaryotic or Eukaryotic  Cell wall structure  Are they there?  If they are what are they made of?

Number of Cells  Made up of one cell  Made up of 2 or more cells. UnicellularMulticellular

Mode of Nutrition  Make their own food/energy  Get energy from other organisms AutotrophicHeterotrophic

Cell Type  No nucleus or membrane bound organelles  Has a nucleus and membrane bound organelles Prokaryotic (BACTERIA ONLY!!)Eukaryotic

Cell Walls  Peptidoglycan (some bacteria)  Cellulose (plants, some protist)  Chitin (fungi)  All Animals  Some protist Some have cell walls with…Some don’t have cell walls…

Kingdom Archabacteria  Prokaryotic  Unicellular  Cell walls without Peptidoglycan  Some autotrophic, some heterotrohpic  Found in harsh, extreme environments

Kingdom Eubacteria  Prokaryotic  Unicellular  Cell walls with Peptidoglycan  Some autotrophic, some heterotrohpic  Found everywhere! (wash your hands!)

Kingdom Protista  Eukaryotic  Unicellular & Multicellular  Some with cell walls with cellulose, some without  Some autotrophic, some heterotrohpic  Mostly aquatic

Kingdom Fungi  Eukaryotic  mostly Multicellular, some unicellular  Cell walls with chitin  Heterotrohpic  Mostly terrestrial

Kingdom Plantae  Eukaryotic  all Multicellular  Cell walls with cellulose  Autotrophic  Terrestrial and aquatic

Kingdom Animalia  Eukaryotic  all Multicellular  No cell walls  Heterotrophic  Terrestrial and aquatic

Let’s Review  What are the determinant criteria for Kingdoms?  ___________________________ (unicellular vs. multicellular)  ___________________________ (prokaryotic vs. eukaryotic)  ___________________________ (composition of cell wall vs. no cell wall)  ___________________________ (autotrophic vs. heterotrophic)