How long does it take wasps to make their nest?
481260
forever they just keep building
92470
Baby pigeons are rarely seen as they live in nests and only leave when nearly fully grown.\n\nThe incubatoin period for common pigeons is 17 to 19 days.
559428
Usually about 2 weeks.
1087251
Fly lay their young as eggs (after fertilization by the male fly).  After a few days the egg becomes a larvae (often times called maggots), the larvae goes through three developmental stages (first instar larvae, second instar larvae, third instar larvae) as it grows.  After the third instar larval stage, the fly pupates (pupal stage)...to do this it coats itself in a hard exoskeleton like structure.  This pupal stage lasts between 1-5 days (depending on fly species).  After the pupal stage is complete, a fully developed adult emerges and pumps fluids into its body....then it flies away and mates...and the process is started all over again.
802270
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.
650654
Sorry to say that but a species of wasp does stock pollen and nectar.  I wouldn't call it honey but it is quite equivalent to honey bee's honey.\n\nWasps of the genus Pseudomasaris build hard nests of mud, or sand and mud, attached to twigs or rocks., Each nest is elongate or globular, and contains several cylindrical cells (figure 244). Unlike other wasps, which provision their cells with meat, the species of Pseudomasaris provision them with pollen and nectar as do the bees (Hicks, 1927; Bequaert, 1929). They look like vespine wasps in having a black body color marked with yellow. Pseudomasaris vespoides (Cresson), the largest species, occurs throughout the West, and has been recorded as far east as South Dakota.
389419
That's probably the house sparrow. I'm not sure what you mean by "stages," but like all birds there's courtship, mating, and nesting. They can nest year-round, but most commonly do so April-September. The incubation is done mostly by the female for 11-14 days, then the hatchlings stay in the nest for 15-17 more days.
1185986
how ever long it takes to get it done
566707
In their nest until big enough to leave it!
1017192
this particular wasp was maybe the guard on duty, they are amazingly clever. Try to learn to respect them rather than fear them and it would help. \n\ni recall having a nest of them at our cottage and i tied a clotheesline to something and started hanging something on it. part of the clothesline went across their territory, their airspace. so the guard would fly right along the clothesline to the place where it was tied (far away, clearly outside their airspace) it would touch the knot with its antenas, inspect it very closely and it actually made clear attempts to untie it. then it got back to its post. whenever i crossed the invisible border, it would attack - not bite, just repeatedly bump the little head into me and even chase me outside their terrtory. this was rather disturbing, so i retreated and kept my distance and the wasp was calm. but i wanted to use the full lenght of the clothesline and as i was bumped into again, i made the wasp follow me in the house by provoking it a little and i locked it inside. i had some time then to work undisturbed, but after a couple of minutes they noticed the absence and another guard was put into service. this shows more system, purposefullness and organization than our Public Healthcare system, im afraid. Then they made a nest in the attic (or loft u call it) because stupid me, i left the window open one day. I closed the window. the cute creatures found it uncomfortable to have to fly through the narrow spaces between roof tiles, so they gradually chewed up their nest and took it away inside threir bellies to build it back elsewhere. This adn other encounters with them taught me to respect them. They were here before us, anyway. And maybe they will be here after us as well. Whenever i got a sting (couple of times in my lifetime) it was my own fault, not their meaniness. \n\ni mean of course behave sensibly -  if u provoke them by wavin your hands at them , u are askiing for it, if u eat fruit in a careless manner when plenty of wasps are around u are asking for a life threatening sting in the tongue, if there is a baby in a pram left without somebody directly watching it, it is a good idea to fix a insect net over the pram - who wants even a fly crawlin into the nose of a baby? yeah, u would wish to check the trash bin in summer if it is not oozing something sweet, and so on. But u cannot possibly kill all wasps, so anyway u need to be able to cope with them, the sooner u start, the better.  If u happen to be allergic, it is twice more important. Fear does u no good. Start with watching a single wasp how it behaves, moves around - u will soon see it is minding its own business and will continue so until u mess with it.
240816
It is in the range of 15 to 30 days depending on the season.\nVisit:\nhttp://www.kidzworld.com/site/p5758.htm\nhttp://bugs.bio.usyd.edu.au/Entomology/lifecycles/imagePages/fly_lifecycle.html
839288
there part of a group of insects that only live a short while, a few weeks or more. so they have to find a mate quickly and reproduce, just nature thats all.
265145
the exact same as most animals mate\n\nAfter mating, the female beetles pack bits of decaying wood into a pile. She then sticks her ovipositor into the pile and lays an egg. Usually this is in a stump, log, or dead tree.\n\nThe egg hatches in three to four months, and a larva immediately starts to feed on the dead wood where it is born. It eats and grows for about eight months.
680080
All female ants have wings when they hatch. After they hatch, they take a maiden flight where they are met with swarms of male ants. She mates many times, then seeks out a nesting place to make a colony, breaks off her wings, and tunnels underground to start her colony. This is how you tell mated females from unmated females: the unmated females still have their wings.\n\nWhen an ant colony loses their queen, they will sometimes split into two or more colonies. It is not known how or why they select a particular larva, but the drones all begin feeding a single larva a special diet (NOT royal jelly - this is specific to bees, which are related to ants and have similar biology and behavior to ants). This special diet causes the larva to grow larger than others, and become a fully reproductive female (the other "females" in the colony are sterile - same as bees). Once this larva hatches, she mates, breaks off her wings, and becomes the new queen. \n\nIn many cases, several larvae will be fed the diet to become fully reproductive females, but only one will become queen of that colony, the others will go with the rest of the colony if it splits, or they will go on to form their own colony. As someone mentioned above, a queenless colony, on occasion, will meld with another colony that still has a queen. But as far as I understand, it is more common for the queenless colony to raise several new queens that will be dispersed where needed.\n\nThere is a lot of research going on right now with both bees and ants to figure out how this selection of a new quieen occurs and why it is so consistent. Also, how a queen (bee or ant) can mate during one flight in her entire life, yet produce viable eggs for some 20 years or so after...how does the male sperm stay viable within her for that long? This all has yet to be discovered.\n\nBees and ants are just the coolest insects and there's so much we have yet to discover about them!
684472
at the scale of an ant, the wall is actually pretty rough, so its like climbing a cliff. look above for info on how their feet have suckers and hooks - it like a combination of metal spikes and batmans suction cups.
4558
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.
896595
http://local.wasp.uwa.edu.au/~pbourke/geometry/2circle/\n\nit tells you how