Assessing the Effects of Insect Attacks on Buildings and Practical Corrective Measures

Abstract

Termites are a vital component of the soil ecology and are present worldwide. They enhance soil acidity, organic carbon content, water content, and porosity in their native habitat through the decomposition of organic matter. Nevertheless, they have the potential to detrimentally affect human well-being through the destruction of vulnerable wooden constructions, subterranean cables, earthen dams, irrigation channels, and agricultural machinery. This study focused on examining the consequences of insect infestations on the stability of structures and the presence of construction defects. Several residences in specific rural areas, urban centres, and municipalities throughout various regions in Malaysia had been chosen for assessment. An evaluation was conducted on the harmful types of termites and the inherent resistance of construction timber. An assessment was conducted to determine the extent of the timber destruction. Each unit underwent inspection to detect the existence of termites and any impairment caused by termites. Termites were discovered to infiltrate structures through various means. These methods involved drilling holes in walls, manoeuvring through fissures in the base, and scaling the rooftop. In order to avert termites from entering structures, it is necessary to employ different strategies. Prior to commencing building, it is necessary to remove all nests and wood that is suitable for consumption from the site. Prior to commencing development, timber must be chosen based on its inherent repellent properties, when the process of clearing has been finished.