Tell me more about immature stage of termite?
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Termites undergo incomplete metamorphosis: \n\ni.e. the eggs hatch into nymphs that are a small copy of the adult specimen. They go thru a development cycle of : \n\n1:Egg > 2:nymph > 3:adult \n\nAs the nymph grows it sheds its exoskeleton (moults), replacing it with a larger one. Moulting occurs 4 - 8 times, and stops when the insect has attained 'adult' size. \n\nThe adults may be wingless workers, wingless soldiers or winged or wingless reproductive adults. Winged reproductive adults are what we commonly see swarming about on rainy summer nights - they are called 'alates'.\n\nTermite development (incomplete metamorphosis) contrasts with the more common insect development we are familiar with (viz. complete metamorphosis) se seen in butterflies. \n\n1: eggs > 2:larva > 3:pupa > 4: adult\n\n---\nYou can learn a bit more about termites here:\nhttp://ohioline.osu.edu/hyg-fact/2000/2092.html
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Your question is not clear.\nWhat stages are you talking about.\nThere can be many different types of stages.\nLike Birth---Childhood----Puberty-----Marrige-----Death etc
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Depends how fast someone steps on it.\nMost araneomorph spiders (orb weavers, huntsman, etc.) live from one to three years. Mygalomorph spiders (trapdoors, tarantulas) are generally much longer lived. Some large tarantulas species (Theraphosidae) take six to eight years to mature and live 20 years or more. A long life and continuing moulting and growth allows some of these species to grow very large - the legs of a large goliath spider (Theraphosa blondi) may almost span a dinner plate. \n\nFemale spiders generally live longer than males, this difference being especially notable in long-lived spiders like mygalomorph spiders - e.g., male funnelwebs mature in two to three years and then die about nine months later; whereas females mature in three to four years but may live for many years (six or more) after that\n\n\nHere is more info on the spider and a very interesting site about spiders.  Take a look at it you'll love it.\n\nSpiders are ancient animals with a history going back many millions of years. They have always been with us, an ancient source of fear and fascination. They are abundant and widespread and are natural controllers of insect populations. Wherever you live, you're always close to a spider. \n\n\nSpiders grow by periodically shedding their semi-rigid external 'skin' or cuticle of semi-rigid chitin and replacing it with a new larger skin they have grown underneath the old one (this is called ecdysis or moulting). This process includes replacement of every hair on the body and internal cuticular structures such as the fore and hind gut linings and female genitalia. Once they are mature most araneomorph spiders stop moulting. However, female mygalomorph spiders moult throughout life, although at longer intervals as they get older. This allows some species, particularly tarantulas (Theraphosidae), to grow very large. \n\nDuring the moulting process, which may take many hours, the spider is in great danger from predators, being soft-bodied and unable to move until its new cuticle has hardened. For this reason moulting is often done at night hanging safely in mid-air from a silk line; or sealed within a silk retreat or moulting chamber, e.g., in a curled leaf, a burrow, or under bark. \nSpider eggs develop and hatch within the egg sac, the larval spider undergoing at least one further moult before emerging from the sac. The number of growth moults varies between species, as well as with size and nutritional state. Poorly fed spiders will moult fewer times and become smaller adults. Most spiders undergo 5-10 moults to reach adulthood. Males often have fewer and faster moults. Extreme examples of this are given by the Magnificent spider (Ordgarius magnificus) and the Bird Dung spider (Calaenia kinbergi), both large, specialised moth catching relatives of the orb weavers. The males moult only within the egg sac, emerging as tiny, fully mature males along with their similarly sized and very immature sisters, which will take many weeks and moults to become large adult females. \n\nA spider's appearance can change considerably during growth from spiderling to adult, as indicated by these stages in Redback Spider development. Adult males and females also may look quite different, especially in respect of size and colour. Spiders with good eyesight like jumping spiders often have colourful or strikingly marked males which differ considerably from their drabber females.
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After the last of several molts the larva is transformed into a pupa with a hard, often sculptured outer integument, within which it changes to the adult form. The butterfly pupa is called a chrysalis, or chrysalid. Most chrysalids (unlike the pupae of most moths) are not enclosed in a cocoon; however, they are usually suspended from some object by a silken thread and may have a partial covering. Except in those species that winter in the pupa stage, the adult usually emerges from the integument in two or three weeks. Members of some species winter in the egg stage, others as larvae or adults. The adults of most species, however, live only about a month.
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not that i know of ... try asking your parents of what to do or go see a doctor... but idont think they were fire ants.. ive seen them before i know what you're talking about but i dont know what kind of bugs they were but i know that they werent fire ants.
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Metamorphosis is the process in which an animal passes through different stages after being born or hatching.  It usually has three stages - larva, pupa, and adult.   The caterpillar becomes a pupa and then develops into the butterfly.\n\nThere is good information at these links.
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Tough it is a bit late, its not unheard of, as long as they don't freeze  they can survive just with a somewhat slow metalbolism, its been a rather warm Nov in the north east which may account for this, once the temp really plummets they will stop appearing. If its the ones shaped like a T its probably a plume moth, if not its probably some type of noctuid.
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http://en.wikipedia.org/wiki/Sleeping_sickness#Life_cycle
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Pupa- During the pupa phase, the insect is encased in a shell, similar to an egg-It is during this phase the metamorphosis occurs, when the insect changes it's morphology, or shape- This is the period, for example, between a caterpillar and butterfly\n*edit* Thanks jag-and you know, you don't really look much like Gil Grisolm to me...
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an immature cell is a newly born cell which was just produced by the process of cell division.it differentiates and matures to form certain kind of cell to perform it's specific function.\nfor example in animals, an immature cell consisting of all the cell organelles, but as u know that the cells in each tissue in an animal's body is so different.thus the immature cell differentiates or develops and takes the form of the cell that is need in the particular tissue.\nsee, a neuron,the nerve cell that is,doesn't have a centriole because the mature neuron cells don't need them as mature neuron cells don't divide,and that is the reason why when one has a head injury,its hard to recover.\ntake for instance an RBC in the blood tissue doesn't have a nucleus while WBCs have differently shaped nucles having lobes or in the shape of kidney etc.\nso this means each tissue has a different cell.hence the immature cells have to develop themselves as per the need of the body.\nsame thing happens in the plant cell . just that the tissues are entirely different from that of the animal's and here in plant cell an immature cell has the ability to divide,called meristematic cell.these cells after the growth of the plant becomes mature,differentiate and form permanent non dividing cells.\nthese permanent cell again de-differentiates for the secondary growth in the plant and starts dividing again.\neach tissue of the plant body has different types of cells...\n\nand chondroblasts are the same in the case of animals.\nthese are cells found in the cartilage tissue.these are immature cells which develops to form mature chondrocytes.\nnote : the cartilage tissue is mostly connected to the areolar connective tissue for the nourishment of the chondrocytes present in the cartilage as the cartilage doesn't have a blood supply but the connective tissue does.and the chondroblasts are the immature cells present in the connective tissue which moves to the cartilage tissue and forms a part of the cartilage as chondrocytes.
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egg > larva(catapillar) > pupa(in the cocoon) > butterfly
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If you have access (I don't) you can try this article:\n\nActa Parasitologica, Vol.46, No. 3, 2001, 151-158\nSchmidt-Rhaesa Andreas - The life cycle of horsehair worms (Nematomorpha).
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Almost all termite contracts are good for 5 years however, they must be renewed on a yearly basis.  Most states require companies to explain in writing their gaurantees and commitments.  See what your states department of ag requires.
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the perfect part to get all phases of cell devision is where u have meristematic tissue. its usualy at the very tip of plants/branches. where u see the tiny cluster of baby leaves all clumped up like a tiny cabage. try to peel all the baby leaves to reach the very core of it. its very tiny and delicate so u might want to use a small sharp cutter to do that. u cant find many deviding cells from a mature leaf, u nead to get to the tip where the plant is producing the most growth. hope that helps!\n\np.s. the tip of the root is a good place too, but thats a different type of cells than leaf cells.
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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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They might be midge larvae. They can be real pests, and the adults can be hard to get rid of.
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the website below should give you all the info you need...it even has pictures and everything.\n\n\nhttp://users.rcn.com/jkimball.ma.ultranet/BiologyPages/G/GasExchange.html