vb.net qr code generator PART 3 Five Kingdoms of Life, plus Viruses INSECTS: THE SWARMING HERD in Visual Studio .NET

Encode Code 128 Code Set B in Visual Studio .NET PART 3 Five Kingdoms of Life, plus Viruses INSECTS: THE SWARMING HERD

PART 3 Five Kingdoms of Life, plus Viruses INSECTS: THE SWARMING HERD
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Of all the arthropods, the insects represent by far the hugest number of species at least one million known (and maybe another million or so insect species still undiscovered, mainly within tropical forests)! This means that there are more species of insects than species of all other types of animals, combined! Yet, despite their overwhelming numbers and diversity, insects share a common body plan (Figure 116) The word insect actually comes from the Latin for cut (sect) into (in-) The reason for this name is that the body of most insects is cut (subdivided) into three major segments Using the example of a grasshopper, there is a head, a thorax, and an abdomen The insect head bears two antennae and a pair of compound eyes In their adult stages, many insects have three pairs of jointed legs and either one or two pairs of wings, all attached to the thorax
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Head Thorax Abdomen Antennae
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2, Order
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Fig 116 The grasshopper: An insect body plan
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Metamorphosis: A Caterpillar Becomes A Butterfly
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No doubt you have seen a humble caterpillar crawling slowly across a leaf But hidden from your gaze, at the end of summer the caterpillar begins to
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CHAPTER 11 The Arthropods
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undergo a dramatic metamorphosis (met-uh-MOR-fuh-sis) a changing over (meta-) of its body shape or form (morph) In most cases, metamorphosis is a mechanism whereby an embryonic stage of an animal (such as an insect) changes into a strikingly di erent adult body form One of the most beautiful examples of metamorphosis is the transformation of a caterpillar into a gracious, delicate-winged butter y Some of the major steps in this process are shown in Figure 117 for the well-known monarch (MAHN-ark) butter y Like a king or queen or some other type of ruler-alone (monarch) in the world, the adult monarch butter y stands alone in its striking orange-and-black body pattern
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3, Order
End of growing stage Larva (caterpillar on milkweed) Metamorphosis begins Larva attaches
Differentiation
Pupa (chrysalis) inside cocoon
Adult emerges
Fig 117 Caterpillar into monarch: a striking metamorphosis
PART 3 Five Kingdoms of Life, plus Viruses
The process begins with a larva (caterpillar) stage The black-striped monarch caterpillar (larva) likes to feed on the milkweed plant, named for its white, milky juice The caterpillar just keeps gorging itself on milkweed leaves and growing throughout the summer, molting its skin several times Finally, at the end of the growing stage, the caterpillar larva rmly attaches itself to a branch Here it molts several more times, then encases itself within a cocoon (kuh-KOON) A cocoon is an external shell or husk of silky material that caterpillars spin around themselves during their preparation for metamorphosis When the larva is encased within a tough, protective cocoon, its new stage of development is called the pupa (PYOO-puh) or chrysalis (KRIS-uh-lis) In Latin, chrysalis literally means golden pupa of a butter y Likewise, pupa means girl or doll So, the pupa (chrysalis) is poetically described as a golden girl or doll that will eventually mature into a queen-like, elegant butter y! Perhaps the reference to golden is due to the rather shiny appearance of the outer wall of the cocoon enveloping the chrysalis (pupa) Within the pupa, a precisely timed genetic program is now turned on The tissues of the larva are broken down, then replaced by other cells that undergo mitosis and di erentiation (dif-uh-ren-she-AY-shun) the process of becoming di erent or specialized Certain body cells, for example, migrate to the sides of the pupa in a bilaterally symmetrical manner The cells in these locations then di erentiate (dif-uh-REN-she-ate) into the highly specialized structures of the developing butter y wings Soon after the arrival of spring, the adult begins to emerge from the cocoon At rst, the wings are at and wet and pressed against the sides of the butter y body But a pumping process pushes uid out into the veins of the wings, sti ening and opening them The result is a beautiful, orange, black-striped, bilaterally symmetrical monarch butter y one of the most impressive displays of Biological Order known to humankind!
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