In the plant kingdom how many phylums are there? Orders? Classes?
80870
You are WAY OFF there on your description of the animal phylums.  Their are MANY phylums of invertabrates.  And vertebrates are a SUB-phylum of the phulum Chordata.\n\nAs for your plant question, the short answer is NONE.  The plant kingdom is divided into Divisions (not phylums). The VASCULAR plants are (usually) grouped into 16 divisions (11 extant, 5 extinct).  I wont even try at orders and classes - that information changes too often.
801803
Order - Chordodea\nFamily - Chordodidae
887895
Moneran - Includes bacteria, blue green algae, and primative pathogens.  Considered the most primative kingdom, it represents prokaryotic life forms - they have no distinct nuclei\n\nProtista - simples eukaryotes.  Include protozoa, unicellular and multicellular algae, and slime mold.  Ancestor organisms to plants, animals, fungi; most can move around by means to flagella\n\nFungi - includes mushroom, bread molds, and yeasts.  Fungi lack the ability to photosynthesize, so they are called decomposers, breaking down and feeding on dead protoplasm.\n\nPlantae - have the ability to photosynthesize, so they are called producers.  They are two major phyla, Bryophyta, or mosses and Tracheophyta - which have vascular systems and include most of the plants you know.\n\nAnimalia - produce energy by consumering other organisms, so they are called consumers.  Can be either vertebrates, phylum Chordata, or invertebrates such as mollusks, arthopods, sponges, coelenterates, worms, etc.
102781
Kingdom Animalia\nPhylum Porifera\nFamily Agelasidae\nOrder: Agelasida \nGenus: Agelas\nSpecies: Agelas clathrodes
1099392
Domain.\n\nThe classification system goes Domain (Eukaryote, Bacteria or Archaea), Kingdom (Examples: Animals, Fungi), Phylum (Example: Arthopoda), Class (Example: Insecta), Order (Example: Carnivora), Family (Example: Felidae [cats]), Genus (Example: Homo), species (Example: Homo sapiens), sub-species (Example: Bison bison bison)
1006767
http://biodidac.bio.uottawa.ca/thumbnails/catquery.htm?Kingdom=Animalia&Phylum=Hemichordata&category=photo
566690
Yes. The phylum Annelida consists of the segmented worms. It includes the Classes Polychaeta (many haired worms), Oligocheata (sparcely haired worms), and Hirudinea (leeches).
7302
Do you really mean plants? If so there are quite a few.\nIf you meant planets then most people say 9, although there is a big controversy about what makes something a planet. We have discovered another named Sedna and a couple more that may eventually be called planets.
43383
Butterflies are classified in the phylum Arthropoda, class Insecta, order Lepidoptera. The true butterflies form the superfamily Papilionoidea, and the skippers form the superfamily Hesperoidae.
19609
Try the tree of life, http://tolweb.org/tree/ It is well organized and illustrated. It covers all life kingdoms, not only animals.
811865
flowering plants! we just learned this in my biology 110 class at penn state! oh, my professor would be so  proud :)
1180864
five kingdoms = animals, plants, fungi, protists, bacteria\n3 domains = archaea, bacteria, eukarya\n\nbefore 3 domains all prokaryotes were lumped together in the bacteria kingdom, but there are actually 2 very very different groups which became the 2 domains archaea and bacteria. Eukarya is all the eukaryotes.  The domains need to be further broken down into kingdoms, but 5 won't do. Protists are too diverse to be in 1 kingdom and so they're working on a 6 kingdom system.
1169797
There are about 250,000 angiosperm species (flowering plants and trees), and about 80,000 gymnosperm species.  Include the other groupings, and the total comes to about 370,000.\n\nThat said, it is estimated that we have discovered only between 10 and 40% of all known species (and we probably never will discover them given the rate of destruction of habitats such as rain forests.\n\nSo the total is probably between 1.5 and 3.7 milliion, though it's a moot point because we'll never, ever know!
810084
Fungi.\n\nThe first split in the phylogenetic tree comes between the prokaryotes and the eukaryotes.\n\nProkaryotes are cells without nuclei. They include both the bacteria kingdom and the archaea kingdom.\n\nMonera is an old obsolete classification that doesn't mean anything any more, but is more or less synonymous with archaea.\n\nEukaryotes are cells with a distinct nucleus. All multicellular organisms fall into this kingdom, including fungi and humans, thus placing fungi as having the most recent shared ancestor with humans.
76767
Order:......Suborders\nGelisols > Histels, Turbels, Orthels \nHistisols > Folists, Fibrists, Saprists, Hemists\nSpodisols > Aquods, Gelods, Cryods, Humods, Orthods\nAndisols > Aquands, Gelands, Cryands, Torrands, Xerands Vitrands, Ustands, Udands\nOxisols > Aquox, Torrox, Ustox, Perox, Udox\nVertisols > Aquerts, Cryerts, Xererts, Torrerts, Usterts, Uderts\nAridisols > Cryids, Salids, Durids, Gypsids, Argids, Calcids, Cambids\nUltisols > Aquults, Humults, Udults, Ustults, Xerults\nMollisols > Albolls, Aquolls, Rendolls, Gelolls, Cryolls, Xerolls, Ustolls, Udolls\nAlfisols > Aqualfs, Cryalfs, Udalfs, Ustalfs, Xeralfs\nInceptisols > Aquepts, Anthrepts, Gelepts, Cryepts, Ustepts, Xerepts, Udepts\nEntisols > Aquents, Arents, Psamments, Fluvents, Orthents
71929
i dont know what BioGeek is talking about but as far as i know phylum bryophyta refers to mosses\n\nBryophytes used to be classified as three classes of a single phylum, Bryophyta. Modern texts, however, now assign each class to its own phylum: Mosses (Bryophyta), Liverworts (Hepatophyta), and Hornworts (Anthoceraphyta). This reflects the current taxonomic wisdom that the Liverworts and Hornworts are more primitive and only distantly related to Mosses and other plants.
697638
There are *many* different genera of centipede.  ('genera' is the plural of 'genus'.)\n\nThe word 'centipede' is an entire Class (Chilopoda) of the subphylum miriapoda, which also includes millipedes.  (See source 1.)\n\nUnder this class there are four Orders (Geophilomorpha, Lithobiomorpha, Scolopendromorpha, and Scutigeromorpha).\n\nAnd each Order has multiple Genera.\n\nFor example, my second source below lists the many genus under the Order Scolopendromorpha ... and those are only the ones native to N. America.\n\nI believe the total number of genera is in the dozens.