A.ahngerianus Jacobs (Hodotermitidae) is a species of subterranean termite causing damage in Central Asian cities. Despite its economic importance, there has been no research on its basic biological aspects for laboratory management and control strategies. The aim of this study was to evaluate relative humidity, temperature and to identify other water sources that A. ahngerianus may use for best survival under laboratory conditions. Other water sources that termites can use were identified using a range of six relative humidity levels (10 to 100%) and three temperatures (25, 30, and 35 °C). These included metabolic water from food decomposition, fat body water, free liquid water, groundwater, and water bound to various substrates (e.g., wood, soil, and chick carcasses). The results of this study showed a significant influence of all factors on termite survival or termite preference. At 100% humidity and 25 °C, A.ahngerianus had the highest survival rate, reaching 89.62% after three days of observation. Based on these preliminary analyses, it was concluded that with the appropriate percentage of humidity, further studies using biologically relevant conditions can be conducted to investigate different aspects of A.ahngerianus biology.

The families of common insects quite adequately present ecological functions and considered as the unit of population by many specialists. In termite families two generations are present-royal (king) pair and its numerous descendants. Because of the duration of the multiplication period the individuals of different casts from one mound belong to one generation and are-in relation to each other, but the ones simultaneously flying out from neighboring mounds of different ages can belong to different generations, which always takes place in long-term existing populations. The termites from closely located mounds (3, 4, 5, 6) don't usually display mutual hostility. The A. turkestanicus termites live not only in single families, but also unite into the whole colonies. In the closely located several termites there is only one king and queen.