True social insects like the ants include social wasps, social bees and termites. This means they live in colonies with only several individuals that can lay eggs, or reproduce, and many sterile worker individuals. social ants can track and subdue there victim together, cultivate
and care for the brood, recruit nest mates to a rich food source, among different other functions.

Ants usually found on every continent around the world except Antarctica because ants is warm blooded species. Ants are thought to make up about 10 represent of all kinds of animal biological mass worldwide. This social organization means an ant colony works
together for the common goal of colony growth and reproduction. There
are over 10,000 species of ants among the more famous are army ants, driver ants, leafcutter ants, weaver ants, and slave-making ants many of which have evolved extraordinarily diverse life strategies.

There are many advantages to being social, why did not other insects evolve sociality? Sociality evolved in these specific groups and no others, evolution proceeds largely by chance. Most mutations are harmful or neutral, ants can form tight mutualisms with other
species, both plant and animal. Genetic mutation occurs by chance if a mutation encodes a favorable change, thus favoring that trait in the population, individuals may grow or reproduce better or more quickly than individuals without the trait. Most ants build some sort of nest under and above the ground, in trees and houses where they live and bring
their food to. Many ants will tend leaf-feeding insects, such as aphids or scale insects, for their sweet, carbohydrate-rich secretions.

Ants gain food and energy and the plant feeding insects gain formidable protection of ants against other predators. Most of the ants will tend leaf-feeding insects such as aphids or scale insects for their carbohydrate, sweet-rich secretion. Ants protect the plant from browsers or feeding insects, and the plants provide a place to live and even produce
protein or sugary food bodies. Ants have developed close relationships with such neither organism survives as well in the absence of the other with plants.

In the amazon rainforest various ants are an even larger component, making up almost one-third of the animal biomass. In the colony of ants you find infertile female workers predominate, wingless, foraging and brood-tending.

In some species the queens start their new colony alone. Queens starting on their own do not have a lot of food to begin with because of the first workers are normally smaller than they are in a big nest.

Fertilized winged female becomes the queen and may found her own nest. The whole colony moves with the queen and brood protected by the huge soldiers who kill everything that comes into their way. Out of the thousand of winged queens only a few normally stay alive to build a new colony of ants. Most ants build some sort of nest under and above the ground, in trees and houses where they live and bring their food to. In some species they may also stay in the colony or the surrounding area. Males die after mating. After forays against other ants, Amazon ants bring back unconsumed brood to serve as slaves as soon as they have matured. The Harvester Ants frequently visit grass fields to harvest and store the grass seeds they are specialized workers crack the seeds for the other ants to eat.

After the eclosion of the first workers the queen does not perform most behaviors necessary to nest maintenance and colony development any longer, and restricts herself only to egg laying and auto grooming.The colony passes through a growing phase, not only in population but also in nest size and the area over which the workers forage for food. After the colony growing period in general some years, the colony produces its first generation of sexuals. In general the sexuals produced by colonies of a given region will
fly on the same day and at the same time, enhancing their chance to meet in the nuptial flight and to close the cycle.With the death of the colony queen, in general the colony is able to survive just a few months, as queens are seldom replaced in ants and the workers are not able to reproduce. Either during her search or once a suitable site is found she
bites off her wings as they are no longer needed. The queen then mates with one or a few males while still in the air or on low vegetation or the ground. These sites act as meeting places for queens and males from many nests, ensuring that they can find each other.

The colony grows as more workers mature, these new workers taking over the care of brood as well as bringing in additional food. These first workers called nanitics are often much smaller than subsequent workers as the queen can only provide a limited amount of food compared to that which foraging workers can provide. The queen searches and vary with the species and can range from the tops of trees to open soil. The life cycle of the ant
consists of four stages the egg, larva, pupa, and adult. Fertilized eggs produce female ants include queens, workers, or soldiers. unfertilized eggs produce male ants.

The Eggs

The eggs are oval shaped and tiny they are on the order of 1 mm long, but the queen’s egg is many times larger. The larva a worm-like larvae have no eyes and no legs they eat food regurgitated by adult ants. The larvae molt shed their skin many times as they increase in size.

The Pupa

After reaching a certain size, the larva spins a silk-like cocoon around itself against a solid object, like the wall of the chamber and pupates. During this time the body metamorphoses changes into its adult form.

The Adult

The pupa emerges as an adult. The entire life cycle usually lasts from 6 to 10 weeks. Some queens can live over 15 years, and some workers can live for up to 7 years.

Carpenter Ants typically have a parent colony in outside nesting areas, such as live or dead trees, stumps, logs or decorative landscape wood. Two common species of carpenter ants found in Canada. The Modoc they are all black, legs may have a rusty red color, One queen in parent nest. The Vicinus are black head, rusty red thorax and black abdomen. Multiple queens in parent nest. Most carpenter ant species have other similar characteristics.

FIVE SIZES

Carpenter ants can be as small as one quarter inch or as large as three quarters of an inch nut all sizes can be found in one nest. Most carpenter ant species establish their initial nest in decayed wood, but they extend their tunneling into sound wood and can do massive
damage to a structure. Carpenter ants nest in both moist and dry wood, but prefer wood which is moist. When the colony grows larger and needs room to expand satellite colonies are established. These species commonly nest in standing trees either living or dead, or in logs on the forest floor. Reproductive carpenter ants winged males and females leave
the nest as early as January if the nest is in a heated structure. This is especially true when the homeowner insists that the home be built with a minimal removal of trees.

Ants are generally active along ant trails from April to mid-October. When the colony grows larger and needs room to expand satellite colonies are established. These satellite colonies often develop in nearby structures presumably because they offer warm protection. These trails follow natural contours and lines of least resistance and also frequently cut across lawns. The extent and potential damage to a home depends on how many nests are actually present within the structure, and how long the infestation has been active.

Only the parent colony contains the queens, young larvae and workers, while the satellite contains the mature larvae, pupae, workers, and/or winged reproductives. Winged carpenter ants can be distinguished from termites by their larger size and shape of their antennae, waist and wings. Wood which has been damaged by carpenter ants contains no mud-like material, as is the case with termites. Shredded fragments of wood, similar in appearance to coarse sawdust, are ejected from the galleries through preexisting cracks or slits made by the ants. In some cases, the damage may be relatively insignificant,
but this can only be determined by locating and exposing the nest area.

Carpenter ants, vary in size and color but are usually large 1/4-1/2 inch and blackish. Occasionally, swarms of winged carpenter ant reproductives will emerge inside a home. Nests are especially common in moist, hollow spaces such as the wall void behind a dishwasher, or in a hollow porch column.

Larvae often have special larval organs which do not occur in the adult form. The larvae of some species can become pubescent and not further develop into the adult form This is called neoteny. It is a misunderstanding that the larval form always reflects the group’s evolutionary history. It could be the case, but often the larval stage has evolved secondarily, as in insects. In these cases the larval form might differ more from the group’s
common origin than the adult form. The young of insects that resemble the adult after leaving the egg are also sometimes called larvae. Such young are more properly called nymphs.

In certain aquatic forms the nymph is further modified into a form with gills that is called a naiad. Scientific term for the young of any insects that undergo a complete metamorphosis in the course of development into adults. They vary in structure among different insects. The larvae of beetles are called grubs; those of butterflies and moths are known as caterpillars, and the larval forms of certain flies are called maggots. Before becoming adults, the larvae undergo pupal or chrysalis stages. Among some insects the larval
period is far longer than the adult period. The early life stages of most fish species are considerably different to juveniles and adults of their species and are called larvae.

Larvae bear little resemblance to the adult insects; they have no wings or compound eyes and are usually orm like in form. The eggs of such animals contain little nutrient matter, in contrast to the ample yolk of the eggs of animals that are fully formed after hatching. Special names are usually given to the larva of each type of animal. The larvae of invertebrates cause a number of diseases such as hookworm disease and elephantiasis. The larval stages of aquatic invertebrates that lead sedentary, or attached, lives in the adult stage are typically motile and free-swimming. Such larvae are found in sponges, sessile mollusks, and many rotifers and worms. These larvae serve to increase the distribution of the adults. Among flukes, several aquatic larval stages are observed, the first of which is known as the miracidium. The radially symmetrical echinoderms regularly have bilaterally symmetrical larvae. Among the sea squirts and related ascidians, the larvae often show a higher degree of development than the adults, which degenerate to resemble invertebrates. Among true vertebrates, the best-known example of a larval form is the tadpole stage of the frog.

It’s easy to begin your study of an insect’s life history, but it pays to be careful so you don’t select an insect with a very complicated or long life cycle. invertebrates, an immature stage in the life cycle which usually is much smaller than, and morphologically different from, the
adult. In insects with metamorphosis, the larva must become a pupa before reaching adulthood. The larvae of thread worms and nematodes, which are often parasitic on other animals, usually develop within the body of their hosts.

Winged males and females, each is about 1\3 inch long, during summer they leave the mound and mate in the air. The females become queens also 1\3 inch long and may fly as far as 10 miles from the parent colony. But, most queens descend to the ground within much shorter distances. Only a very small percentage of queens survive after landing. Most queens are killed by foraging ants, especially other fire ants. If a queen survives, she sheds her wings, burrows into the ground, and lays eggs to begin a new colony. In the late fall, many small colonies of fire ants will appear. Many of the colonies will not survive the winter unless the weather is mild. There are 280 species of fire ants found all over the world. One species, known as the red imported fire ant, has become an invasive species in the United States. It was introduced to the country via Brazilian cargo entering the port of Mobile, Ala around 70 years ago.

The fire ants often eat oily and greasy foods. They also feed on many other insects and, from that standpoint, could be considered beneficial. To find food, workers forage around their mound. These ants usually travel in underground tunnels that radiate from the mound. If the mound is disturbed ants swarm out and aggressively attack you. Fire ant stings very distinctive, The bites begin as little red marks that turn into white pustules or blisters, Raupp said. They go away after several days unless they become infected. To prevent fire ants, the goals of insecticide treatment are to eliminate fire ants in areas where the risk to people is high and to reduce infestations to acceptable levels.

There are two approaches to the chemical control of fire ants. An insecticide can be applied to individual mounds or it may be broadcast over a wide area infested with fire ant colonies. The main objective for mound treatment is to kill the queen, because she is the only ant in the colony capable of laying eggs. Label directions should always be followed when applying any fire ant insecticide. Mounds can be treated with a liquid drench of insecticide or insecticidal bait. So that it will be more effective the fire ants must be contact or the drench must trickle down through the mound. Ants contacted by the drench die in less than 24 hours. Drenches should be used when the risk of human contact with fire ants is high and the fire ant infestation must be eliminated immediately. High-risk areas include home lawns, school grounds, parks, and other areas frequently used by the public. The best time to control the mounds and the fire ants is during spring and fall when temperatures are between 70 and 85 F. Control with drench treatments is more difficult to achieve during very hot summer months because the ants remain deep within their mounds and are hard to reach with liquid insecticides.

The carpenter ants have a varied diet. They consume everything varying from dead insects to honeydew from aphids. However, they do not consume wood. Workers leave the colony in late afternoon or early evening and forage during the night, returning to the colony only in the wee hours they carry food back to the nest intact or ingested and later feed it to non-foraging members in the nest. Ants living in the wood smooth it out with their chewing mouthparts and then live within the galleries they create to take advantage of the high moisture content that they favor. Unlike Termites, Carpenter Ants cannot digest the cellulose in wood and thus do not destroy the wood in the same way as Termites.

It takes about 3 months the best condition for an ant to be hatched and reach maturity. In colder weather this may take as long as 10 months. The first few workers to emerge from the first brood of pupae are small and they assume the duties of the colony. Their tasks include opening the chamber to the outside, collecting food, excavating galleries to enlarge the nest, and tending the eggs, larvae, and pupae of the second generation. To manage the carpenter ants finding both the parent colony in the surrounding landscape and the satellite colony or colonies in the structure is crucial to successful control of carpenter ants. The control operation has recommended and still recommends that an effort be made to locate and treat the nest areas. The Washington State Pest Control Association also recommends careful inspection and that a professional attempt be made to penetrate and treat potential nesting sites. From Dr. Hansen’s research, it is evident that long term success will be greater if the parent colony also is located and destroyed.