Can someone pls give me examples of 2 species that are: ...?
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These terms (homologous and analogous) usually refer to structures or systems in an organism, rather than to the the organism or species itself.  \n\nHomologous structures come from the same phylogenetic origin, but do not necessarily possess the same function, while analogous structures have different phylogenetic origins, but have become adapted to similar physical functions.\n\nFor example, the leg of a human and the rear leg of a dog are homologous structures (with femur, tibia, fibulla, and the metatarsals, tarsals and phalanges making up the limb attached to the pelvic girdle), and are also analogous in function.\n\nThe leg of a human and the wing of an insect are not homologous, coming from totally different origins, and are also not analogous, serving totally different purposes.\n\nThe leg of a human and the clasping spur of a burmese python are homologous, having evolved from the hind limb of the common tetrapod ancestor, but are not analogous.  One is used for locomotion and support, while the other is used in mating.\n\nThe leg of a human and the leg of a cockroach are not homologous, having evolved from totally different structures in unrelated lineages of organisms, but they are analogous in their function as limbs.
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I have been looking - found a pig example (w/ photo) at source 1,\nthen source 2
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genetic hybrids, descended from parents with a slightly different number of chromosomes (different but closely related species)cannot reproduce. Examples of such hybrids are mules, ligers, tigleons, and seedless watermelons.
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How can you even compare the two?  They're in totally different generas!
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Let's see...\n\nKingdom: Animalia \nPhylum: Mollusca \nClass: Bivalvia \nOrder: Pterioida \nFamily: Pteriidae \nGenus: Pinctada \n\nAt least 12 different species, though, including Pinctada radiata and Pinctada margaritifera.
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go here... http://faculty.uca.edu/~march/bio2/ratdraw.htm
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The first was a large termite, perhaps a male, which are rare except during the mating time-they are white, very similar to ants, and have a much softer body.\nThe second was likely some species of dung beetle, which are common in that area, and can be quite colorful
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you got zebrinny(offspring of male horse and female zebra),zebrule(hybrid offspring of male zebra and female horse)zebu(ox with hump and dewlap)zemni(blind mole rat)zho(cross between yak and a cow),zizel(chipmunk)zonure(small south african lizard)zosterops(a small tropical bird)zumbador(south african humming bird).it was real learning for me too...answering this question..after listing all this i began thinking if getting all this was a kind of zoosophy or zoomania!!
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Several modes of speciation have been suggested/observed, but they break down into two types: sympatric, in which the new species is in the same geographic location as the original species, and allopatric, in which the new species is formed in a geographically separated location. Allopatric is generally considered to be more common, but sympatric is common in some groups, for example, plants.\n\nThe rest of my answer: A sympatric example that has been observed occurred in apple maggot flies (Rhagoletes). These are host specific insects that lay their eggs on one species, which become adults, which then mate on the host tree. A mutation causes one or more flies to choose a different species of host tree (which might be right next door) and the adults mate near that tree, not encountering the non-mutant forms. Thus you have the conditions of an isolated population which will allow divergence through selection or drift, leading ultimately to a new species (this latter part has not been observed, but all the preconditions are there). There are several other modes of sympatric speciation possible.\n\nIn allopatric, the classic case would be an isolated founding population that diverges due to selection and/or drift to a point where - were the two populations brought back together - there are no viable offspring produced from intermating (=reproductive isolation). \n\nThere are many more details to both these modes which any text on evolution will outline and provide examples for.
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animal\nplant\nbacteria\nalgae\nmicro-organisms
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Domain: Eukaryote\nKingdom: Animalia\nPhylum: Chordata\nClass: Mammalia\nOrder: Carnivora\nFamily: Ursidae\nGenus: Ailuropoda\nMilne-Edwards, 1870\nSpecies: A. melanoleuca\nBinomial name\nAiluropoda melanoleuca
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fish\nreptiles\namphibians\nbirds\nmammals\nmarsupials
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Koala bears.  \nThey extract moisture from leaves and never touch water.
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http://www.amonline.net.au/spiders/diversity/classifying/index.htm\nhttp://habitatnews.nus.edu.sg/guidebooks/spiders/text/a-name.htm
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THERE IS A LOT OF INFO ON THEM TO FIT INTO 1 answer, thus i will give u a link to a very good website which discusses them\n\nhttp://en.wikipedia.org/wiki/Kingdom_(biology)
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ATLANTIC DEVIL RAY\nOrder - Myliobatiformes\nFamily - Mobulidae\nGenus - Mobula\nSpecies - hypostoma\n(i think this is the one u were asking about)\n\n I didnt know which animal u were exactly asking for. so check out the sites below
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I hope these helps you:\n\nAfrica Forest Elephant \nBengal Tiger \nChimpanzee \nCommon Palm Civet or Musang \nDawn Bat \nGolden Lion Tamarin \nHarpy Eagle \nJambu Fruit Dove \nKing Cobra \nKinkajou \nLinn's Sloth \nOrangutan \nProboscis Monkey \nRed-shanked Douc Langur \nSilvery Gibbon \nSlender Loris \nSumatran Rhinoceros \nToco Toucan \nVampire Bat \nWagler's Pit Viper