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The Next Chapter of Insect Farming: New frontierts for profitability
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2025-05-13
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Other Conference Item
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yes
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Abstract
Insects represent over 30% of global biomass and exhibit extraordinary diversity. Among these, black soldier fly larvae stand out with remarkable biological capacities to recycle biowastes because of their highly efficient digestive system, robust immune responses, ph
enotypic plasticity, and genetic diversity. Over the last decade, these fly larvae have gained significant attention globally as a sustainable solution for waste management and feed production. This surge in interest has led to the global development of systems tailored to diverse economic, agricultural, legal, and climatic contexts. While initial enthusiasm sometimes resulted in overestimated expectations, recent scientific advancements have solidified the potential of this novel bioconversion approach. Today, we understand more about it than ever before. Research has demonstrated that insect frass—once considered a byproduct—holds substantial value beyond its nutrient content, serving as a potent biostimulant for plants and an effective agent for pest control. Furthermore, the larvae’s detoxification pathways and associated microbiome enable safe recycling of nutrients from contaminated waste streams, such as those containing mycotoxins, back into the feed chain. Selective breeding programs have further enhanced growth efficiency and productivity in production systems. Moving forward, we must focus on creating services, products, and business models that people are genuinely willing to pay for. While scientific breakthroughs hold immense potential, the true test is translating them into marketable solutions that address critical global issues. Future efforts must prioritize monetizing innovations that tackle key challenges such as reducing company waste streams, enhancing food and supply chain security, improving plant yields and protection, mitigating environmental impacts, reducing nitrogen emissions, promoting animal health, and contributing to sustainable products.
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accepted
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Insects Plus 2025
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09571 - Mathys, Alexander / Mathys, Alexander