'Clade' presentation slideshows

Chapter 33

Chapter 33. Invertebrates. Fig. 33-1. Overview: Life Without a Backbone. Invertebrates are animals that lack a backbone They account for 95% of known animal species. Fig. 33-2. Calcarea and Silicea. ANCESTRAL PROTIST. Cnidaria. Lophotrochozoa. Common ancestor of all animals.

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Topic 7. Lecture 12. Origin of Homo sapiens Prologue: our place among placental mammals

Topic 7. Lecture 12. Origin of Homo sapiens Prologue: our place among placental mammals.

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Topic 7. Lecture 12. Origin of Homo sapiens Prologue: our place among placental mammals

Topic 7. Lecture 12. Origin of Homo sapiens Prologue: our place among placental mammals.

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CLADE Review 2003-2008

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The Evolution of Chordates

The Evolution of Chordates. Phylum Chordata belongs to clade Deuterostomata. Deuterostomes have events of development in common with one another. 1. Coelom from archenteron surrounded by mesodermal tissue.

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Cladistics is classification based on common ancestry.

Cladistics is classification based on common ancestry. Phylogeny is the evolutionary history for a group of species. evidence from living species, fossil record, and molecular data shown with branching tree diagrams. A cladogram is an evolutionary tree made using cladistics.

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Pigments in Prasinophyceae

Pigments in Prasinophyceae. Chlorodendrales. BLA148/9 BLA78/7 RCC287 BLA82/7 RCC343 (Ostreococcus IV) RCC116 (O. tauri) RCC344 (Ostreococcus IV) RCC371 (Ostreococcus IV) RCC356 (Ostreococcus IV) BLA122 RCC393 (Ostreococcus II) RCC136 (Prasinococcus) RCC137 (Prasinoderma).

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Modern Taxonomy

Modern Taxonomy. How is Life Classified Today?. Similar traits often indicates common ancestry Phylogeny ( fahy - loj -uh-nee): evolutionary histories of a species Determined by examining: Fossils Living specimens Molecular data Development. Domain Eukarya

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Modern Taxonomy

Modern Taxonomy. How is Life Classified Today?. Similar traits often indicates common ancestry Phylogeny: evolutionary histories of a species Determined by examining: Fossils Living specimens Molecular data Development. Despite the physical differences, which group of life do these

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Modern Taxonomy

Modern Taxonomy. How is Life Classified Today?. Similar traits often indicates common ancestry Phylogeny ( fahy - loj -uh-nee): evolutionary histories of a species Determined by examining: Fossils Living specimens Molecular data Development. Domain Eukarya

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KEY CONCEPT Modern classification is based on evolutionary relationships.

KEY CONCEPT Modern classification is based on evolutionary relationships. Cladistics is classification based on common ancestry. Phylogeny is the evolutionary history for a group of species. evidence from living species, fossil record, and molecular data shown with branching tree diagrams.

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KEY CONCEPT Modern classification is based on evolutionary relationships.

KEY CONCEPT Modern classification is based on evolutionary relationships. Cladistics is classification based on common ancestry. Phylogeny is the evolutionary history for a group of species. evidence from living species, fossil record, and molecular data shown with branching tree diagrams.

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Cladistics and Cladograms pp. 341-345

Warm up 6/6 Make a Venn Diagram Comparing and Contrasting Protists and Fungi 4 similarities and 4 differences minimum. Cladistics and Cladograms pp. 341-345. Cladistics is classification based on common ancestry. Phylogeny is the evolutionary history for a species.

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KEY CONCEPT Modern classification is based on evolutionary relationships.

KEY CONCEPT Modern classification is based on evolutionary relationships. Cladistics is classification based on common ancestry. Phylogeny is the evolutionary history for a group of species. evidence from living species, fossil record, and molecular data shown with branching tree diagrams.

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Taxonomy is the science of naming and classifying organisms.

Taxonomy is the science of naming and classifying organisms. A taxon is a group of organisms in a classification system. Binomial nomenclature is a two-part scientific naming system. uses Latin words scientific names always written in italics

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HakF1R1D

100. HakF1R1D. 100. MasF1R1D. 86. XylF1R2A5. (An15g04140). (ACLA 087700). 0.1. (SS1G11404). 95. (An01g01130). XylF1R2A10. PyrF1R1A1. 57. PTRGlov3. OpiF1R2 D7. 63. (SS1G01792). HekF1R2A3. (An04g10030). 86. BfPKS1Cl1. 100. GraF1R1B. LecF1R1A2. MasF1R2B. 88. (MGG 12214).

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Introduction

Contact information: Michael L. Perdue, Ph.D. WHO Global Influenza Programme Dept. of Epidemic and Pandemic Alert and Response 1211 Geneva 27, Switzerland Tel: +41 22 791 4935 or 3004; Fax: +41 22 791 4878 or 4498; E-mail: perduem@who.int.

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