Most wasps will only nest where they can find shelter against the wet, in a nice dry, dark and secluded place away from constant disruption. If you keep getting nests then consider the following prevention tips:

•  Deny access by sealing off wherever the wasps nest. Use insect mesh to cover air bricks and soffits.
• Treat timbers with a wasp repellent mix of 1part eucalyptus oil, 1 part menthol, 1 part citronella oil in teak oil. Apply    sparingly. You do not have to saturate the timbers.
• Inspect nesting areas every two to three days and remove any early forming nests. You can use a vacuum to do this if the nest is no bigger than a tennis ball but be careful not to get stung and make sure the vacuum remains switched on for at least 10 minutes after you have cleared away the nest so that the heat from the vacuum kills off any live wasps.
• If you tend to get ground nesting wasps then inspect your garden/back yard each winter and fill in any abandoned rodent nests or holes. Ground nesting wasps tend to take over the burrows of other animals or insects.
• Take care around hedgerows. Try not to plant boxwoods and firs next to your home.
• If you find you have a mature nest then call Absolute Pest Control to have it removed. Wasps are far too dangerous to attempt do it yourself!

What to do if you get stung:

Quickly and with as little swatting or flailing of arms remove yourself from the vicinity of the stinging wasp(s).

Do NOT sit or rest (unless you feel that you may faint). Get near to a telephone, relative or friend. Try not to be alone for the next few hours. In some cases people develop a reaction to wasp stings which can be fatal and this may happen immediately or after a few hours. SEEK IMMEDIATE MEDICAL HELP if you start having problems breathing or if you start to feel your throat or face swelling or if you start to develop red hives which are patches of hot, red, irritated and raised (swollen) skin. In case of swelling of the throat or face do not lie down unless you feel you may lose consciousness. Stand and keep moving (to keep your body’s natural levels of adrenaline high) or if this becomes impossible then sit upright. Apply a cold press at the same time to try to keep the swelling down.

Immediately wash the wound and apply an antiseptic salve. This is important because many wasp stings are infected with pus and are likely to lead to infection. Monitor the wound for the next few hours. If it continues to feel hot and swollen after four hours then the likelihood is that it will be infected and will require antibiotic treatment. If you get an intense itch you can treat this with an oral antihistamine. Sedating antihistamines work best provided you do not have to drive or operate machinery because they will make you feel drowsy. Skin preparations containing the anaesthetics benzocaine and lidocaine are helpful in relieving pain and itch. Skin preparations containing antihistamines should be avoided because they can cause allergic type reactions and sensitisation to sun light.
 

History And Life Cycle The bed bug is an old pest that was common in homes prior to World War II. For the last 50 years, bed bugs have rarely been seen outside of cramped living quarters and less than sanitary conditions in jails and homeless shelters. Not anymore. In the last five years there has been a resurgence. Bed bugs have become a particular problem in hotels, motels, and hostels where there is a high rate of occupant turnover. Even five star hotels are having problems with bed bugs. Bed bugs are blood-feeding insects. They are a light tan color, but turn dark-reddish brown once they have fed on blood. Before feeding, the adult bed bug is about ¼ inch long and flattened. Once engorged with blood, it swells in size. Bed bugs can be easily seen with the naked eye, but it’s not easy to find bed bugs in a room. Bed bugs can’t fly, so they either crawl or are carried from place to place. Bed bugs or their eggs can hitchhike in a traveler’s suitcase or clothing. Business people now routinely travel to and from countries where bed bugs are common, even in good hotels. The offspring of one pregnant female bed bug that crawls out of a suitcase can infest a room, and eventually other rooms nearby. Bed bugs usually feed at night and spend the day hidden. Their flattened shape lets them squeeze into narrow places in bed  frames, headboards, in bedside furniture, behind pictures and switch plates, behind baseboards, under buttons on mattresses, in box springs, and in other cracks and crevices. Speckles of dried blood excrement can be found on bedding or places where bed bugs hide. A bed bug feeds about once a week, usually for several minutes. It most often feeds on a sleeper’s exposed skin. The bite is nearly painless and is not felt by most people. Some people have no reaction afterwards, but most people develop a hard bump with a whitish center which can itch for days. Although bed bugs suck blood like other human parasites, there has been no evidence that they spread diseases. Bed bugs can survive for several months between blood meals if there is no person or animal for them to feed on.

Indeed, earwigs are often beneficial in habit, acting as scavengers of decaying matter and predators of insect larvae, slug eggs, aphids, and other garden pests.The length of the adult earwig is approximately 1.5 to 2.0 cm long. It is elongated and flattened, with a tough, shiny, reddish-brown exoskeleton and antennae about half as long as the body. This insect is distinguished by prominent pincers, or forceps, at the end of its body.Earwigs live only one year.

They spend the winter hiding just below the soil surface, usually close to house foundations. Warm weather brings them out of hibernation. In the spring, each female lays as many as 60 round, pearly white eggs in a nest in the top 5 cm of the soil.During the day, earwigs like to hide in cool, dark, moist places.Earwigs come out of hiding at dusk to begin foraging. While decaying organic matter forms the largest part of their diet.In search of food and shelter, they crawl over the ground, climb houses, fences and trees, and usually begin to infiltrate homes in June or July. What is particularly objectionable is to find these insects among foodstuffs, clothes and occasionally between bed covers.

Sow Bugs and Pill Bugs

Sowbugs are land crustaceans which look very similar to pillbugs, at least at first glance. Sowbugs are small crustaceans with oval bodies when viewed from above. Their back consists of a number of overlapping, articulating plates. They have 7 pairs of legs, and antennae which reach about half the body length. Most are slate gray in color, and may reach about 15 mm long and 8 mm wide.The Pillbug When disturbed, frequently rolls into a tight ball, with its legs tucked inside.

Sowbugs have gills which need constant moisture, so they tend to live in moister northwest climates. They are primarily nocturnal, and eat decaying leaf litter and vegetable matter. They may also feed on the tips of young plants, so can be considered pests, but they also help the environment by breaking up decaying plant matter and help speed up the recycling of the nutrients they contain.

Millipedes and Centipedes

Warm, wet weather always encourages the activity of several moisture-loving animals, including millipedes, or “thousand-legged worms,” and their near relatives, the centipedes.

Centipedes are related to millipedes and are also worm-like in form, but they differ in having flattened bodies and only one pair of legs on each body segment. They also possess a pair of poison claws or legs just behind the head which are used to paralyze their prey – usually insects or other small animals.Millipede eggs are deposited in masses in the soil. Young millipedes mature the second year after hatching. Some species may live for several years.

Millipedes feed on organic matter, including decayed plant material such as leaves and wood.If millipedes are abundant in mulches and litter in landscape plantings around homes and other buildings, they often enter through cracks and crevices. Once inside, they usually die unless basements are very moist. Entry into structures is most common after heavy spring rains saturate the soil and drive millipedes to higher ground and in the fall, when they seek hibernation sites.

The best way to control kitchen insects is to prevent them from entering the kitchen or becoming a problem once in the kitchen. More on this later. First, which insects are commonly found in the kitchen? The ones that turn up most are saw-toothed grain beetles, flour beetles and the Indian-meal moth. They are other insects such as the cockroach, larder beetle and carpet beetle, which turn up in the kitchen but they also inhabit other areas of the house.

Saw-Toothed Grain Beetles
They get their common name from the saw-toothed looking edges on the top body area between their head and their abdomen (thorax). There are two separate species of this insect: the merchant grain beetle and saw-toothed grain beetle. These insects will infest virtually any product in the kitchen, whether it is packaged or left as food debris on shelves or counters. The adult is a reddish-brown beetle that is slender and somewhat flattened. It is about 2-3 mm in length and about 1/2 mm in width. These beetles can penetrate packaged foods readily except for tinfoil-packaged foods. Eggs are laid in or near food, hatch in 3-17 days in heated areas, and the larvae will pupate to an adult in 3-6 weeks. The adult reportedly can live up to three years.

Confused Flour Beetle
The adult is a brown beetle, about 4 mm long, and closely resembles the red flour beetle. Adult females have a life span of 2 years, while the males live a year longer. The female lays 200 to 700 eggs loosely in the food. From these small, white eggs are hatched wormlike larvae which are marked with yellow bands. Before pupating, the larvae may reach a length of 8 mm. Development from egg to adult may be completed in 24 to 26 days under optimum conditions – a temperature of 32°C and relative humidity of 70%. The temperature range for complete development is 20° to 37°C. These insects do not fly and they depend on local flour and grain residues for survival.

Flour Beetles
There are also two species of flour beetle: the red flour beetle and the confused flour beetle. The red flour beetle is more commonly found in rural areas associated with grain storage or around country elevators, whereas the confused flour beetle is found mainly in flour but it does infest most other products in the kitchen. They are a shiny, reddish-brown, flattened insect about 3 mm in length and about 3/4 to 1 mm in width. Slight differences in antennae and thorax shape differentiate the two insects. The adult may live as long as 1-3 years. Their life cycle from egg through larvae, pupa and adult takes from 7 weeks to several months, depending on temperature and the food source. Like the grain beetle, their flattened body and small size allows them to enter most products that are not well sealed or in a strong package.

Indian-Meal Moth
This moth is often mistaken for a clothes moth. It can be distinguished by wing markings. The wings of an Indian-meal moth are metallic reddish-brown on the outer two-thirds and creamy-grey on the inner third. The larvae is about 13 mm long, usually dirty-white but sometimes tinted green or pink. Larvae leave a trail of silk wherever they crawl. They will completely infest the food product they are in with a mat of silk. When you see the larvae crawling in the cupboard or on the ceiling, they are usually looking for a place to pupate. They infest most foods in a kitchen but are characteristically known to infest dried fruits. Of the other foods, coarse grain are usually infested instead of finely milled grains. Their life cycle varies with food and temperature from five weeks to nearly a year.

Control
Prevention is the best control.. Vacuum up crumbs and clean shelves of spilled food frequently. If some eggs do hatch and there is no food, the larvae dies.

You may inadvertently bring food pests into your home in the foot products you buy. Don’t give them a chance to move to any other part of the kitchen. Seal them inside a container which they can not escape from. Use air-tight containers such as mason jars with rubber rings and metal ring caps. A “Tupperware” type container is the next best container to use, as long as it is airtight. Find containers for all grain-based products in the kitchen, including four. Store larger bags of flour in a garage or some outside, cool location. The insects will develop slowly in the cool temperatures; this will give you time to control the problem. Put products you suspect may be infested in the freezer at the lowest setting for 3-5 days if they are freezable.

Identifying characteristics

• Workers are all the same size, small, 1/8-inch long
• Dark brown to shiny black
• Petiole with 1 node, hidden by abdomen
• Thorax uneven in shape when viewed from side
• Very strong odor when crushed

Feed on both dead and living insects, favoring aphid and scale honeydew  In homes, forage primarily for sweets Travel in both wandering patterns and set trails Trails common along branches of trees, foundations, sidewalks, baseboards, and edges of carpets When disturbed, become erratic with their abdomens raised in the air Nest type and size Live in shallow nests in soil under stones, wood, or debris May nest in various habitats including wooded areas, beaches, wall voids, and around water pipes and heaters Large colonies, with up to 10,000 workers and many queens

The pavement ant, Tetramorium caespitum, is a common household pest. Their name comes from the fact that they usually make their homes in pavement. They are distinguished by two spines on the back, two nodes on the petiole, and grooves on the head and thorax.

During early spring, colonies attempt to conquer new areas and often attack nearby enemy colonies. These result in huge sidewalk battles, sometimes leaving thousands of ants dead. Because of their aggressive nature, they often invade and colonize seemingly impenetrable areas. In summer time the ants dig out the sand in between the pavements to vent the nests.

Description
The pavement ant is dark brown to blackish, and one-eighth inch long. It will eat almost anything, including insects, seeds, honeydew, honey, bread, meats, nuts, ice cream and cheese. The species does not pose a public health risk, but can contaminate food and should be avoide.

Control
These ants are easily controlled with the use of sugar baits laced with borax (boric acid).

Carpenter ants are large (¼–1 in) ants indigenous to many parts of the world. They prefer dead, damp wood in which to build nests. Sometimes carpenter ants will hollow out sections of trees. The most likely species to be infesting a house in the United States is the Black carpenter ant, Camponotus pennsylvanicus. However, there are over a thousand other species in the genus Camponotus.

Symbionts
All ants in this genus, and also some related genera, possess an obligate bacterial endosymbiont called Blochmannia.[1] This bacterium has a small genome, and retains genes to biosynthesize essential amino acids and other nutrients. This suggests the bacterium plays a role in ant nutrition. Many Camponotus species are also infected with Wolbachia, another endosymbiont that is widespread across insect groups.

Habitat
Carpenter ant species reside both outdoors and indoors in moist, decaying or hollow wood. They cut "galleries" into the wood grain to provide passageways for movement from section to section of the nest.

As Pests
Carpenter ants can damage wood used in the construction of buildings. They can leave a sawdust like material behind that provides clues to nesting location.

Exploding ants
In at least nine Southeast Asian species of the Cylindricus complex, such as Camponotus saundersi, workers feature greatly enlarged mandibular glands. They can release their contents suicidally by rupturing the intersegmental membrane of the gaster, resulting in a spray of toxic substance from the head, which gave these species the common name "exploding ants"
Its defensive behaviors include self-destruction by autothysis. Two oversized, poison-filled mandibular glands run the entire length of the ant's body. When combat takes a turn for the worse, the ant violently contracts its abdominal muscles to rupture its body and spray poison or glue in all directions.[3][4] The ant has an enormously enlarged mandibular (abdomen) gland, many times the size of a normal ant, which produces the glue. The glue bursts out and entangles and immobilizes all nearby victims.
The termite, Globitermes sulphureus has a similar defensive mechanism.