Objective: Report on changes in classification systems as a result of new information or technology.

Slides:



Advertisements
Similar presentations
Chapter 17: Classification
Advertisements

UNIT 3: Organization of Life S7L1.a.b October 14 – October 25.
Six Kingdoms of Living Things
The Tree of Life: What is the Point? Big Question Why Do We Classify Organisms?
ANIMALIA. kingdom of multicellular eukaryotic heterotrophs whose cells do not have cell walls.
Kingdoms and Domains 18.3.
Classification S7L1a: Students will be able to compare organisms by similar and dissimilar characteristics. S7L1b: Students will be able to classify organisms.
CLASSIFICATION REVIEW
Protists Small in Size, Enormous in Diversity. Taxonomy Review  What are the different groups a species is classified into?  Kingdom  Phylum  Class.
Organism Traits Within Kingdoms. Archaebacteria Unicellular: made of one cell Prokaryotes: very simple cells that do not have a nucleus and other organelles.
Domains & Kingdoms (17.3) State Standard
CLASSIFICATION OF SPECIES 1. What is taxonomy? Who developed the system? How does the system work? What are these groups called? The scientific system.
Taxonomy!!.  Taxonomy!  Branch of biology used to classify organisms according to their characteristic similarities  Consider phylogeny (evolutionary.
Classifying Organisms
Learning Target #3 Who is known as the “Father of Taxonomy”?
Domains & Kingdoms (17.3) State Standard
7 Chapter 17 Organizing Life’s Diversity. Eubacteria  Contains about 5,000 species  Organisms in this kingdom:  Are prokaryotic  (Review: cells lack.
Classification. When scientists classify organisms, they arrange them in orderly groups.
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.
Classification Notes. Scientists classify organisms based upon similarities.
Classification Jeopardy Old School WaysKingdoms &
Domains & Kingdoms.
Classification Chapter 18.
Chapter 15 Phylogenies and Classifying Diversity.
Classification of Life. Warm Up What do you think a has in common with a ?
Levels of Classification …But mostly Domains and Kingdoms…
Living Things Classifying Organisms. Why Do Scientists Classify? Scientists use classification to organize living things into groups so that the organisms.
TAXONOMY~ CLASSIFICATION. Biologists use classification to organize living things into groups so that organisms are easier to study. 1. How many cells.
Classification Review. The process of grouping things according to similar characteristics ( traits, features, etc.)
17.4 Domains and Kingdoms KEY CONCEPT The current tree of life has three domains.
Life Science Overview Cells, Classification, and Ecosystems.
DOMAIN KINGDOM PHYLUM CLASS ORDER FAMILY GENUS SPECIES Classification Levels.
Notes-Classification Life is classified into 3 Domains: Domain 1 is Archaea ---some live in extreme environments (Yellowstone) Domain 2 is Bacteria ---Some.
1) To explain how scientists classify living things 2) To identify the 6 kingdoms of life.
The 3 Domains of Life 3.d)Fungi 3.c)Plants 1)Bacteria 3.b)Animals 3.a)Protists 2) Archaea.
LG 5 Classification Scientific Names Two-Word System – Binomial Nomenclature – Linnaeus’s System of Classification Carolus Linnaeus – Hierarchy of Classification.
17.4 Domains and Kingdoms KEY CONCEPT The current tree of life has three domains.
Chapter 18-3: Kingdoms & Domains Essential questions: What are 6 Kingdoms of life as currently defined? What are 6 Kingdoms of life as currently defined?
KINGDOMS AND DOMAINS.  The tree of life shows our most current understanding.  New discoveries can lead to changes in classification. - Until 1866:
Classification Chapter 2 Section 2 Why Do Scientists Classify? Classification – process of grouping things based on their similarities Biologists use.
Cell type (prokaryotic or eukaryotic) Source of energy Number of cells in their body.
Page #DescriptionDatePoints What is a living system notes9/ presentation notes9/ Types of living things9/ presentation.
Classification. History of Classification B.C. - Aristotle (Greek Philosopher) Created first written classification scheme –TWO Groups - Plants.
Objective: Identify Kingdoms Begin Organism lab Test on Unit One next Friday, HW= Outdoor observation lab due tomorrow.
Energy Flow…more vocab. Kingdoms- All living organisms can be classified in one of the 6 kingdoms. They are listed from the least evolved to the most.
The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.
Organization of Living Things
Classification System
Ch 9.2 Domains and Kingdoms
The Six Kingdoms An Overview.
Organization of Living Things
The Major Lineages of Life
Classification Evolution Standards.
The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.
The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.
Unity, Diversity, & Evolution
Classification.
KEY CONCEPT The current tree of life has three domains.
The student is expected to: 3F research and describe the history of biology and contributions of scientists; 8A define taxonomy and recognize the importance.
KEY CONCEPT The current tree of life has three domains.
Kingdom Diversity.
All Living Things Are Organized
Classification System
BELLRINGER FOR 9/25/12 IN YOUR SURVIVAL GUIDE AT THE TOP OF PAGE _37_make a chart: DOMAINS ARCHAEA BACTERIA EUKARYA.
KEY CONCEPT The current tree of life has three domains.
Taxonomy science of classifying living things into groups based upon their similarities Before scientists can put these things into a category they must.
Classification of Living Things
Classification.
Classification Taxonomy Classification
Presentation transcript:

Objective: Report on changes in classification systems as a result of new information or technology.

Organisms found in this lake contain deadly arsenic. Where would you classify it?

1-Animal land air water 2- Plant herb tree bush *based on observable characteristics

-Developed Levels of Classification -Mnemonic Device? KPCOFGSKPCOFGS Kingdom Phylum Class Order Family Genus Species Scientific naming came from this *based on form and structure

 Breakthrough ? Microscope used effectively.

5 Kingdoms 1- Animal 2- Plant 3- Fungi 4-Protist 5-Monera Protista Fungus Protozoa protozoan protistica bacteria Virus????? Animalia Plantae *based on cell structure

Archeabacteria were found in deep sea heat vents of ocean floor. - ‘chemosynthetic’ (convert chemicals to sustain life).

6 Kingdoms -Knowledge of structure, genetics and evolution come into play 1-Animal 2-Plant 3-Fungi 4-Protist Monera (bacteria) 5-Eubacteria -coat skin and swarm nose -most useful and harmless -autotrophs on Earth’s waters food and O2 producers -not extreme environments 6-Archeabacteria (‘R’ key-ancient) -in extreme environments - “chemo-synthetic”-convert chemicals for sustaining life -no nucleus, just nucleic acids * based on cell structure Methods of getting food Metabolism # of cells

 Algae-thought only multi-celled?  Single celled algae found!  Which Kingdom is this affecting?  Protist

1-Animal 2-Plant 3-Fungi Protista OR 4-unicelled 5-multicelled 6-other Monera 7-Eubacteria 8-Archaebacteria *based on cell types

3 domains

Archaea -no nucleus (prokaryote) -chemosynthetic Prokaryotic -no nucleus (prokaryote) -disease causing Eukaryotic -with nucleus (eukaryote) -all other former kingdoms included *based on cell types