Reports

TBA

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DC1: Non-Drosophila insect neuropeptides: their role in reproduction and seasonality

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DC2: New and optimized reverse genetic tools for diapause research in non-model insects

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DC3: Clock, photoperiodic and neuroendocrine control of fly body size

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DC4: Manipulating aphid genes to disentangle their photoperiodic system

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DC5: Circadian plasticity of synapses in the visual system of insects

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DC6: Improving mass rearing of houseflies by optimizing the circadian environment

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DC7: Photoperiodism: circadian photoreception driving body composition changes in migratory Lepidoptera

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DC8: The interplay between circadian clocks and complex behaviours in a key bumble bee pollinator

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DC9: Integration of sleep and feeding with the circadian clock and metabolism in Drosophila melanogaster

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DC10: Analysis of natural variants to identify novel clock/sleep genes in Drosophila

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DC11: Mitochondrial and nuclear control of adaptive thermogenesis in insects: the role of UCPs and TNALPs from a circadian and seasonal perspective

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DC12: Unravelling the Influence of the Gut Microbiome on Insect Seasonal and Developmental Timing

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DC13: Plasticity of the neuropeptidergic cockroach circadian clock: adjustment to different photoperiods

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DC14: The impact of dopaminergic system metabolism on circadian clock neurons

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DC15: Chemical entrainment of the circadian clock

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DC16: Circadian and seasonal biology of the black soldier fly

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DC17: Implementing chronobiology and seasonality discoveries to optimise the production of high value proteins in the black soldier fly