During the hot summer months, overcrowding can easily occur, and this overcrowding gives rise to relatively high temperatures within the unit. In order to cool down, some actively feeding larvae are forced to exit the unit. This migration continues until the density of larvae and temperature within the unit drop to an acceptable level. But during the winter months, larvae can thrive in very large numbers without overheating, and as the mass of larvae increases in winter, so too, the amount of waste consumed within a given unit. Paradoxically it would appear that this bioconversion unit functions far better in winter than in summer.
I think I know what you mean! These guys are just asking for a nice cooling swim. heeehee.
