The team found that Antarctic midge larvae usually grow to their second ... More information: Obligate diapause and its termination shape the life-cycle seasonality of an Antarctic insect ...

Obligate diapause is a dormant period naturally induced at a fixed time in an organism’s life cycle, a rare form ... The team found that Antarctic midge larvae usually grow to their second ...

They found that the midge deals with the seasons during its two-year life cycle by undergoing quiescence ... The Antarctic midge larvae usually grow to their second instar by the first winter ...

The team said obligate diapause is a dormant period naturally induced at a fixed time in an organism’s life cycle ... show that Antarctic midge larvae usually grow to their second instar ...

Antarctica’s only native insect could provide inspiration for how humans could travel into deep space. The tiny midge called Belgica antarctica manages to live in the freezing continent by essentially ...

Before the second winter, the larvae reach their final stage but don't pupate. Instead, they enter obligatory diapause, a natural dormancy phase in their life cycle. The Antarctic midge is the ...

Obligate diapause is a dormant period naturally induced at a fixed time in an organism’s life cycle, a rare form seen in insects ... The team found that Antarctic midge larvae usually grow to their ...

Scientists from Osaka Metropolitan University have discovered how the Antarctic midge survives in extreme climates through a two-year life cycle involving ... the insect’s larvae usually grow ...