PPT-Systematics Kingdom Genus

Species Family Order Class Phylum Plant Zea Z mays Poaceae Poales Monocotyledonae Anthophyta Plant Vanilla V planifolia Orchidaceae Asparagales Monocotyledonae Anthophyta Animal. 27) Genus Mucrospirifer 28) Genus Platystrophia Class Bivalvia 31) Genus Exogyra 32) Genus Gryphaea 33) Genus Pecten 34) Genus Pholadomya Class Cephalopoda 35) G The Science of Classifying Organisms. 17.1 Vocabulary. 1. Classification. 2. Taxonomy. 3. Binomial nomenclature. 4. . Taxon. 5. Domain . 6. Kingdom. 7. Phylum. 8. Class . 9. Order . 10. Family . 11. Genus. Taxonomy and Cladograms. What is Taxonomy?. For millennia humans have created different ways to describe the living things on our planet.. At first our attempts to organize and classify animals were simple and based solely on their external appearance.. As living things are constantly being investigated, new attributes are revealed that affect how organisms are placed in a standard classification system.. . . Classifying Living Things. Carl Linnaeus was a . The Science of . Classifying. Organisms. Why do we need to classify?. Imagine a store…..how do you know where to find the milk or the cereal? Are they in the same aisle? How is the store “organized”? Are all stores similar?. Taxonomy is the science of naming and classifying organisms. The system used by biologists is called the . Linnnaean. System.. Carl Linnaeus was a Swedish biologist in the mid-1700s. He popularized a system of grouping organisms according to like characteristics and giving each group a specific name.. © . The McGraw-Hill Companies, Inc. Permission required for reproduction or display.. PowerPoint to accompany . CONCEPTS IN BIOLOGY. Enger. . • Ross • Bailey . CHAPTER 20. 2. The classification of organisms. Taxonomy, . and. . the . Animal Kingdom. Sandra Martin. PEER. Texas A&M College of . Veterinary Medicine. Cell Theory. Six General Principals (Keys). Schleiden. and Schwann. 1838. 1. All living things are made of cells.. Assigning Scientific Names. The first step in understanding and studying diversity is to describe and name each species.. By . using a scientific name, biologists can be sure that they are discussing the same organism. Common names can be confusing because they vary among languages and from place to place. . Dichotomous Key. A dichotomous key is a method for determining the identity of something by going through a series of choices that leads the user to the correct name of the item. At each step of the process of using the key, the user is given . 17. Classification of Life. 2. What am I???. What is my . name???. Why Classify?. 1.There are _______ known species of organisms. 2.This is only __________ organisms that ever lived!!!!!. 3.___________are still being found and identified. Taxonomy. (. Greek: taxis = arrangement; . nomos. = . law) AND is . further divided into three working groups: . Classification. , . Identification. and . Nomenclature. . . Classification. : . placing organisms within groups with members exhibiting . NOMOS - Method. Taxonomy is….. The science or discipline of classifying organisms and assigning . each organism a . universally accepted name.. Why Classify?. To study the diversity of life, biologists use a . What is the domain?. What is the taxonomic group?. What is the genus?. Bacteria. Cyanobacteria. Anabaena. What is the cell? What is its function?. What is the cell?. What is its function?.