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Insect winter ecology describes the overwinter survival strategies of insects, which are in many respects more similar to those of plants than to many other animals, such as mammals and birds. Unlike those animals, which can generate their own heat internally ( endothermic ), insects must rely on external sources to provide their heat ...
Ants are active all year long in the tropics; however, in cooler regions, they survive the winter in a state of dormancy known as hibernation. The forms of inactivity are varied and some temperate species have larvae going into the inactive state ( diapause ), while in others, the adults alone pass the winter in a state of reduced activity.
Ants as a colony also work as a collective "super mind". Ants can compare areas and solve complex problems by using information gained by each member of the colony to find the best nesting site or to find food. [2] Some social-parasitic species of ants, known as the slave-making ant, raid and steal larvae from neighboring colonies. [19]
Ants want to shelter from the pounding raindrops, but their underground colonies can get flooded. They also can be swept away in the downpour, since ants, like most insects, can float.
Follow the label instructions exactly, and keep away from curious pets (the chemical concentration is minuscule, but pets could swallow packaging). Give the ant bait time to work.
The cause of migration may be local climate, local availability of food, the season of the year or for mating. To be counted as a true migration, and not just a local dispersal or irruption, the movement of the animals should be an annual or seasonal occurrence, or a major habitat change as part of their life.
They usually do so when the temperature is warmer and will re-emerge in the late summer or early fall. [5] Mosquitoes also are reported to undergo aestivation. [6] False honey ants are well known for being winter active and aestivate in temperate climates. Bogong moths will aestivate over the summer to avoid the heat and lack of food sources. [7]
The effects of cheating ants (ants who did not bring plant biomass for fungal food) had a much smaller effect on the fitness of the relationship than when the fungi cheated by not providing gongylidia. Both effects were exacerbated in the presence of infection by Escovopsis, resulting in close to a 50% loss in fungal biomass. [20]