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Preliminary in vitro model of the black soldier fly (Hermetia illucens) larvae midgut
(2020)Other Conference Item -
The influence of residue microbes on black soldier fly larvae (Hermetia illucens) treatment of two agricultural byproducts
(2020)Other Conference Item -
Heterogeneous Bacillus Spore Germination and Superdormancy under High Pressure
(2020)Introduction: High pressure (HP) of 150 MPa can trigger germination of spores, making them lose their extreme resistance, thereby increasing their susceptibility to milder inactivation strategies. However, germination response within a population is heterogeneous and of special concern are high pressure superdormant (HPSD) spores, i.e. spores that remain dormant after exposure to the germination trigger. Purpose: The purpose of this study ...Other Conference Item -
Tackling food sustainability through dietary change: a scenario analysis for Switzerland
(2020)The 8th World Sustainability Forum (WSF 2020). Program and Abstract BookOther Conference Item -
Black soldier fly larvae as a substitute for soybean in the diets of laying hens
(2020)Journal of Insects as Food and FeedOther Conference Item -
Closing Nutrient Cycles: Up-Scaling of Black Soldier Fly Treatment in Nairobi
(2019)Globally, most collected biowaste still ends up in unmanaged dump sites. While accounting for typically more than 50% of total waste production, biowaste has water, nutrients and energy to meet global resource demands. Black soldier fly larvae (BSFL) processing is a new technology for biowaste treatment with key benefits of 70% dry mass reduction and provision of raw materials for the production of marketable products such as compost or ...Other Conference Item -
Conceptual model of biowaste processing with black soldier fly larvae
(2018)Other Conference Item