November 12, 2015
Termites undergo a transformation where they grow larger and become sexually mature, developing into "swarmers" with wing buds. This change marks a critical phase in their life cycle, enabling them to leave the nest for the purpose of expanding the colony.
Swarmers exit the nest through mud tubes. These are unique structures termites construct to connect their subterranean colonies to food sources above ground, like wood materials found in houses. The mud tubes offer protection and a direct pathway for these termites as they venture out.
In termite colonies, supplementary reproductives play a crucial backup role to the primary queen. Their main function is to produce additional eggs, thereby aiding in the expansion of the colony's foraging territory. In situations where the primary queen dies or if a portion of the colony gets isolated from her, these supplementary reproductives step in to assume the queen's duties, ensuring the colony's continuity and growth.
When a termite colony expands, its foragers start forming satellite colonies. This process involves constructing intricate tunnel systems in the soil, which function to connect the main colony to new food sources. These satellite colonies are vital for the continued expansion and survival of the termite population, as they facilitate access to new resources.
Termite swarming is a seasonal phenomenon, predominantly occurring in the warm season, with a peak in spring. A colony may experience multiple swarming events, but the intensity diminishes after the first swarm. Subterranean termites typically swarm during daylight, whereas Formosan termites, a subterranean species, tend to swarm at night. The swarming flights are generally brief and can be influenced by the prevailing wind conditions. Although winged termites are not adept at long-distance flight, strong winds can carry them to great distances.
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