Energy and lipid metabolism during direct and diapause development in a pierid butterfly
P Lehmann, P Pruisscher… - Journal of …, 2016 - journals.biologists.com
Diapause is a fundamental component of the life cycle in the majority of insects living in
environments characterized by strong seasonality. The present study addresses poorly
understood associations and trade-offs between endogenous diapause duration, thermal
sensitivity of development, energetic cost of development and cold tolerance. Diapause
intensity, metabolic rate trajectories and lipid profiles of directly developing and diapausing
animals were studied using pupae and adults of Pieris napi butterflies from a population in …
environments characterized by strong seasonality. The present study addresses poorly
understood associations and trade-offs between endogenous diapause duration, thermal
sensitivity of development, energetic cost of development and cold tolerance. Diapause
intensity, metabolic rate trajectories and lipid profiles of directly developing and diapausing
animals were studied using pupae and adults of Pieris napi butterflies from a population in …
[PDF][PDF] Energy and lipid metabolism during direct and diapause development in a pierid butterfly
S ren Nylin, CW Wheat, C Wiklund, K Gotthard - 2016 - academia.edu
Diapause is a fundamental component of the life cycle in the majority of insects living in
environments characterized by strong seasonality. The present study addresses poorly
understood associations and trade-offs between endogenous diapause duration, thermal
sensitivity of development, energetic cost of development and cold tolerance. Diapause
intensity, metabolic rate trajectories and lipid profiles of directly developing and diapausing
animals were studied using pupae and adults of Pieris napi butterflies from a population in …
environments characterized by strong seasonality. The present study addresses poorly
understood associations and trade-offs between endogenous diapause duration, thermal
sensitivity of development, energetic cost of development and cold tolerance. Diapause
intensity, metabolic rate trajectories and lipid profiles of directly developing and diapausing
animals were studied using pupae and adults of Pieris napi butterflies from a population in …
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