Get Guardian on GoogleThe future of global food security is facing a critical test as rising demand for affordable protein places increasing pressure on aquaculture production. With conventional feed ingredients becoming more expensive and environmental concerns intensifying, scientists are confronting a defining question: how can the world produce more fish while using fewer resources?
Nigerian biological scientist Michael Damilare Aina is contributing to this conversation through his work in aquaculture nutrition, sustainable feed development, and food-product innovation.
With research experience at Florida Atlantic University and professional involvement in food-product development, Aina has built expertise connecting laboratory science with practical production challenges. His work spans experimental feed formulation, nutritional analysis, fish growth assessment, water-quality management, and product optimization.
“Aquaculture cannot become truly sustainable if we focus only on increasing production,” Aina says in a statement. “We must improve how fish utilize nutrients, reduce feed waste, and ensure that innovation delivers measurable biological and environmental benefits.”
His research on formulated diets incorporating Black Soldier Fly protein in Red Drum, presented at Aquaculture America 2024 and the Integrative Biology Conference, reflects growing scientific efforts to identify alternative protein sources capable of supporting sustainable fish production.
Beyond aquaculture research, Aina contributes to commercial food innovation through laboratory testing, pilot-plant evaluation, product development, and quality-improvement processes. His interdisciplinary approach emphasizes the importance of connecting scientific findings with practical industry needs.
For Aina, improving food systems requires more than developing new ingredients. It demands a deeper understanding of how nutrition, biological performance, and production conditions interact.
“The real value of scientific research is measured by what it changes,” he adds in another statement. “When we improve feed efficiency and biological performance, we create opportunities for more productive and sustainable food systems.”
As countries seek to strengthen food security and reduce pressure on agricultural resources, Aina’s work highlights the growing importance of evidence-based aquaculture nutrition and responsible food innovation.
His contributions reflect a wider shift toward sustainable protein production, where scientific precision, resource efficiency, and biological performance are becoming central to the future of global food systems.
