PPT-Insect Taxonomic

Diversity By Chase Murse Insect Orders Ephemeroptera Odonata Blattaria Isoptera Dermatptera Orthoptera Phasmida Hemiptera Coleoptera Lepidoptera Diptera Siphnoptera Hymenoptera Mantodea. Learning Objectives. 1. . Identify the distinguishing characteristics of an insect.. 2. Identify the three main sections of an insect.. 3. Identify the different life stages of insects.. 4. Describe how insects are classified.. Dear Parent(s)/Guardian(s): . I am excited to announce that your child will be conducting a mini Insect/Bug Report. Each child will choose an insect out of the five that I have chosen in advance: . bee, ladybug, spider, dragonfly, snail.. 203 Taxonomic Classi�cation 11A. Key to the identi�cation of Sorghum, which belongs to the tribe Andropogoneae of family Poaceae, is the �fth 204 Taxonomic Classicat Taxonomic group: . Mammal. I eat: . rodents, birds, snakes, lizards, other small mammals (. including . monkeys), insects. Photo credit: . Danleo. http://en.wikipedia.org/wiki/Ocelot. Species: . Jaguar . Presented by: . hessa. al-. obaid. . G. oals . of sample collection. A. s . a hobby. . . M. easure . biodiversity. . D. etect . changes in water quality. . . A. cquire . material for biological, physiological, ecological and molecular studies. . 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.. By: Martavious Jennings. Insect orders. Ephemeroptera. Odonata. Blattaria. Isoptera. Dermatptera. Orthoptera. Phasmida. Hemiptera. Coleoptera. Lepidoptera. Diptera. Siphonoptera. Hymenoptera. Mantodea. 1. Institute . of Zoology, CAS, 1 . Beichen. West Road, . Chaoyang. District, Beijing 100101, . P.R.China. 2. Biodiversity . Informatics, Marine Biological Laboratory, Woods Hole, MA 02543, USA. .. Open your class notebook to the next available page and label it with today’s date and the title above. Now you are ready to begin.. What to do…. As you review the remaining slides in the . powerpoint. Matt Yoder. Michael Twidale. Andrea Thomer. Kenney Guo. (seeking feedback). Quick History of TTI. Describing phenotypes semantically. Hymenoptera Anatomy Ontology. unify a complex lexicon. Application of the HAO to Taxonomy. Life Cycle. Are insects good or bad?. Pests. Beneficial Insects. Pollinators. Pollinators. Not just honey bees! . Natural enemies. Pest. Natural enemy. Lacewings. Parasitoids. 1.intraspecies 2.interspecies . B. Chemical Communication 1.pheromones 2.allomones 3.kairomones. C. Visual Communication. D. Tactile Communication . Macroinvertebrates. What are the bugs telling us?. And who understands them?. Presented By:. Grant De Jong. Rocky Mountain Water Quality Analysts Association. 2014 Annual Symposium. April 25, 2014. “Benthic Macroinvertebrates”?. Associate Professor. J. N. . College,Boko. Alpha(Classical), Omega(Modern) and . Cladistic. Taxonomy. Difference between Alpha & Omega Taxonomy. Modern trends in taxonomy. . Taxonomists now accept that, the morphological characters alone should not be considered in systematic classification of plants. The complete knowledge of taxonomy is possible with the principles of various disciplines like Cytology, Genetics, Anatomy, Physiology, Geographical Distribution, Embryology, Ecology, Palynology, Phenology, Bio-Chemistry, Numerical Taxonomy and Transplant Experiments. These have been found to be useful in solving some of the taxonomical problems by providing additional characters. It has changed the face of classification from alpha (classical) to omega (modern kind). Thus the new systematic has evolved into a better taxonomy..