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HAPPY FRIDAY! Bellwork Classification Trees turn in under your table letter cabinet. You will have 10 minutes to STUDY your Test found in the back of the.

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Presentation on theme: "HAPPY FRIDAY! Bellwork Classification Trees turn in under your table letter cabinet. You will have 10 minutes to STUDY your Test found in the back of the."— Presentation transcript:

1 HAPPY FRIDAY! Bellwork Classification Trees turn in under your table letter cabinet. You will have 10 minutes to STUDY your Test found in the back of the room (KEEP IT NEAT!!!) for MOST MISSED QUIZ Monday. Most Missed Questions – 6, 15, 16, 22, 24, 27, 29, 30 (STUDY!!!) For Bellwork write “Test Analysis”

2 Collect Today Page 96 – HW Video Cornell Notes (Extend to Monday) Page 97 – Classification Shows Closeness Assigned Page 95 – Test Analysis (Monday) Page 94 – Notecard Definitions (Friday- 1/29) Evolution MakeUp Quiz – (Friday 1/29) 5 Fingers of Evolution MakeUp Quiz (Friday 1/29) Late Nothing

3 HW: Classification Levels Video - Cornell Notes Search for the YouTube video “Classification of Living Things with King Phillip Part A” by Papatoetoe IntermediateSchool.Papatoetoe IntermediateSchool Complete on Page 96 using Cornell Notes. Due TOMORROW. https://www.youtube.com/watch?v=bvfOCNtVFYo

4 Unit 7 – Taxonomy Definitions Due Friday (1/29/16) All Parts Due Tuesday(2/2/16) 1.Taxonomy 2.Binomial Nomenclature 3.Kingdom 4.Phylum 5.Class 6.Order 7.Family 8.Genus 9.Species 10.Cladogram 11.Dichotomous Key 12.Kingdom Archaebacteria 13.Kingdom Eubacteria 14.Kingdom Protista 15.Kingdom Fungi 16.Kingdom Plantae 17.Kingdom Animalia 18.Unicellular 19.Multicellular 20.Heterotrophic 21.Autotrophic 22.Extremophile PG 94

5 Essential Question What is taxonomy? Standard 8A – Define taxonomy and recognize importance of taxonomic system. PG 98

6 I. Classification Biologists have identified and named about 1.5 million species so far. They estimate that between 2 and 100 million have yet to be discovered.

7 Biologists use a classification system to name organisms and group them in a logical manner. A. Taxonomy: how scientists classify organisms and assign each organism a universally accepted name.

8 Scientists don’t refer to organisms by their common names because it is too confusing. Because 18 th -century scientists understood Latin and Greek, they used those languages for scientific names.

9 9 Confusion in Using Different Languages for Names copyright cmassengale

10 10 Scientific Names are Understood by all Taxonomists copyright cmassengale

11 1. Scientists use a scientific name so they can be certain that everyone is discussing the same organism.

12 2. Organisms are placed into groups based on how similar they are to each other.

13 3. Carolus Linnaeus: the scientist who developed a two-word naming system for organisms. a. It is called binomial nomenclature.

14 b. The first part of the scientific name is the organism’s genus. c. The second part of the scientific name is the organism’s species.

15 d. How to write the scientific name: 1. First word is always capitalized 2. Second word is always lowercase 3. Both words are either underlined or italicized.

16 16 Binomial Nomenclature Which TWO are more closely related? copyright cmassengale

17 B. Linnaeus’s hierarchical system of classification includes eight levels. From largest to smallest they are: Domain Kingdom Phylum Class Order Family Genus Species Memorize This!!!

18 18 Does Does Katy Katy Perry Perry Come Come Over Over For For Good Good Soup? Soup? copyright cmassengale

19 1. Each of the levels is called a taxon. a. Species is the smallest taxon. b. Domain is the largest taxon.

20

21 C. Phylogeny is the study of evolutionary relationships between organisms. 1. Biologists group organisms into categories that represent lines of evolutionary descent, not just physical similarities. This is called evolutionary classification.

22 All organisms use DNA or RNA to pass on information and to control growth and development.

23 The genes of many organisms show important similarities at the molecular level. 2. Similarities in DNA can be used to help determine classification and evolutionary relationships. 3. The more similar the DNA sequences of two species: a. the more recently they shared a common ancestor b. the more closely they are related.

24 D. The six kingdoms in the classification system are: 1. Eubacteria 2. Archaebacteria 3. Protista 4. Fungi 5. Plantae 6. Animalia

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