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Abstract ▼ AI-Helper

The exponential population growth modelling was tried from the population monitoring data of honeybee mite, Varroa destructor from Andong National University apiary. Varroa mite population began to increase exponentially from early July to late Augsust, 2008 when no mite control tactics was applied....

The exponential population growth modelling was tried from the population monitoring data of honeybee mite, Varroa destructor from Andong National University apiary. Varroa mite population began to increase exponentially from early July to late Augsust, 2008 when no mite control tactics was applied. However from the late August, population increase was a bit lowered mostly because of the deficiency of the phoretic hosts, the honeybee adults. At the end, most of the adult honeybee collapsed with the same destiny of the brood in late September. Population growth rate was estimated as 0.08 during increase phase which was much higher than the parameter known from the West. The possible causes were searched. Even with this simplicity of the model structure, this type of analytical model can enhance our understanding of the varroa mite biology and its management. Some aspects of its utilization was discussed.

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