Proper ventilation is essential to eliminate moist conditions. The main areas of concern are verandas and crawl spaces. The amount of ventilation will be variable according to regional and local factors, and must meet building standards.
Subterranean termites are social insects, feeding on cellulose and living in colonies in the soil. These colonies are close to moisture, and can be readily relocated due to temperature or other environmental changes. Termites travel through soil, in wood itself, or through shelter tubes.
Break the wood-soil contact. To little clearance between the soil and wooden structures often results in all of the physical requirements for a termite infestation being met (moisture, decaying wood, and food readily available). A general rule is that there should be a 45cm (18 inch) clearance between the soil and lowest horizontal members of the structure. If wooden lattice-work is used around verandas, there should be a space of 50 - 75 cm (20-30 inches) between the soil and this lattice-work. Other problem areas include veranda and basement steps, where the wood is in direct contact with soil.
The presence of shelter tubes over the surface of foundation walls is the primary sign of a termite infestation. These tubes are 6mm (1/4 inch) to 12mm (1/2 inch) wide, and can extend many centimetres in length until wood is discovered. These tubes protect termites form the drying effect of air, and maintain the termites` contact with the soil.
Foundation walls and slabs should be designed to inhibit the entry of termites into the building, and to facilitate inspection for shelter tubes. Sheet metal and steel mesh barriers properly designed and installed, are also an effective means of control. Wood products and other building materials should be selected with regard to termite resistance.
Pesky wood eating insects, termites can quickly destroy the framing of your home. Some areas have such a huge termite problem, termite inspections are a regular requirement in the sales contract of a home. One thing is for sure, if untreated, termites can cause pricey damage. If you are a homeowner, it is important for you to make termites a priority. The good news is that termite control is easy. This article looks at protecting your home from termites with termiticide, termite barriers, or bait stations.
It is useful to know for termite identification that almost every type of termite lives in the dark, apart from the winged ones that fly or any termite when they are constructing something. This means that you normally only see them when something is open or broken. When they are exposed, termites attempt to follow their scent trails to get home. If they can`t get home, they either squeeze themselves into a small gap or wander around looking lost until they find another termite.
Termites and white ants is soft-bodied social creature of the scientific order Isoptera. They damage your home at a steady rate. It is easy to distinguish these termites from ants by comparing the abdomen base of the two. In termites, abdomen broadly connects to the thorax while in ants there is a slender petiole (connection) connecting these segments. Additionally antennae of termites are threadlike or beadlike whereas antennae of ants are elbowed. As termites feed primarily on wood, it is necessary to have some basic termite information or else they may damage your home.
Reproductive termites are similar but have wings. Termites are weak flyers and will only attempt to fly if the air is still and there is high humidity without the likelihood of rain. The largest member of the termite family is the queen. She can be up to 4 inches long and lays up to 4 eggs a minute! If she dies, one of the reproductive termites takes her place.
The worker termites are white in colour and approximately 6mm (1/4 inch) in length. Their antennae are straight (not elbowed) and the body is not narrowed at the waist, which distinguish them from ants. They have chewing mouth parts and are responsible for foraging and feeding the dependent members of the colony. The hind gut of the worker contains protozoa (single-celled animals) which assist in breaking down cellulose into its component parts which are digestible by the termite. The worker termite causes the structural damages.