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27 Cards in this Set
- Front
- Back
Bryophyta
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1.short stature (mosses), 2.non-vascular, 3.produce spores transported by rainwater and ground humidity
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Filicinophyta
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1. ferns, horsetails, 2.vascular, 3.produce spores transported by rainwater and ground humidity
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Coniferophyta
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1. cedar, juniper, fir, pine, 2.produce woody stems, leaves=needles or scales, 3.use wind to help them reproduce by pollination; seed cones with seed scales
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Angiospermophyta
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1.plants that make flowers and have their seeds surrounded by fruits, 2.have seeds, don't produce cones and aren't always pollinated by wind; relay on birds, insects etc. To transport their pollen, 3.sexual reproductive organs=flowers, fruit holds the seeds
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plants
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kingdom Plantae
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animals
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kingdom Animalia
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fungi and moulds
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kingdom Fungi
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protozoa and algae
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kingdom Protocista
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bacteria
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kingdom Prokaryotae
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seven taxa
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kingdom, phylum, class, order, family, genus, species
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binomial system of nomenclature
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Carlous Linnaeus (1735); first name(capitalised) - genus, second - species;
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Full identification of human
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K-Animalia, Ph-Chordata, Cl-Mammalia, Or-Primate, Fa-Homnidae, Ge- Homo, Sp- sapiens
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Full identification of garden pea
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K-Plantae, Ph-Angiospermae, Cl-Dicotyledoneae, Or-Rosales, Fa- Papilionaceae, Ge-Pisum, Sp-sativum
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Porifera
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1.sponges, 2.sessile, 3.fed by pumping water through tissue to filter out food, 3.no muscle, nerve tissue or internal organs
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Cnidaria
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1.corals, sea anemones, jellyfish, hydra, man-of-war, 2.different: sessile/free-swimming etc., 3.tentacles; gastric pouch with one opening
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Platyhelminthes
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1.flatworms e.g. Tapeworm; gut with one opening for food to enter and waste to exit; no heart, no lungs 3.cells need to be close for gas exchange(diffusion)
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Annelida
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1.earthworms, leeches, polychaetes, 2.body divided into sections separated by rings, bristles, 3.gastric tracts with a mouth at one end and the intestines have another opening at the other end where wastes are released
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Mollusca
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1.snails, clams, octopuses, 2.produces shells using calcium, 3.bodies are not segmented
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Arthropoda
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1.insects, spiders, scorpions, crabs, shrimps, 2.hard exoskeleton made with chitin, segmented bodies, jointed limbd(can bend), 3.vary in size, can swim/walk etc.
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evolution
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process of cumulative change in the heritable characteristics of a population
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Evidence of evolution:fossils
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life that exfisted more than 500 million years ago was very different; fossils of fish that have been found are only 500 million years old or less; none of predators existing today lived with dinasoures; many living organism have no identical form in the fossil record
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Evidence of evolution:selective breeding of domesticaded animals
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breeders choose the best male and female to produce offspring with desireable features; may produce unique combination of characteristics that not existed before
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Evidence of evolution:homologous structures
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similar in form and function nut found in dissimilar species; evidence of common ancestor (lim of human, bat and hale)
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overproduction of offspring
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causes struggle for survival, competitions for resources (food etc.) can lead to adaptive behaviour, cooperating with other species
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variation in species
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50% mother, 50% father genetic informatio; random distribution of chormones during spliting in meiosis;
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natural selection leads to evolution
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overproduction - the best adapted are more successful - better chance of reproduction and passing on their genes - over many ggenerations changes may result in evolution
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evolution in responce to environmental change (2)
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(1) bacterial infection - antibiotics - not every bacteria is killed, some odd are resistant - multiplication. (2) rat - pesticides - some are resistant - reproduction
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