This study provides the first scientometric assessment of black soldier fly larvae meal (BSFLM) research in aquaculture from 2007 to 2025 using Scopus and Web of Science. After PRISMA screening, 355 peer-reviewed articles were analyzed with the Bibliometrix R package to evaluate publication trends and thematic development. Research output increased steadily, with Italy, the United States, Norway, and China as leading contributors. Over time, studies shifted from feasibility and fishmeal replacement trials toward health-focused endpoints including immune function and gut microbiota. Frequently studied species reflect established research models, while carps and catfish remain underrepresented despite their global production relevance. Geographic disparities, particularly Europe’s disproportionate output, highlight structural gaps. These findings support aligning future BSFLM research with global aquaculture needs.
This scientometric examines how BSFLM research has evolved in structure, scope, and thematic depth from 2007 to 2025. The analysis quantified citation patterns, institutional contributions, and collaboration networks, producing visualizations that illustrate how research clusters have formed and expanded. Species-level text mining was also applied to identify taxonomic trends and evaluate whether research attention aligns with global aquaculture production systems. The results show that research activity is concentrated within a limited number of countries and institutions, creating strong thematic development but also notable geographic and taxonomic gaps. Over time, studies have shifted from protein-replacement evaluations toward mechanistic investigations involving microbiome modulation, oxidative balance, and tissue physiology. By identifying these structural patterns, the study provides a framework for directing future BSFLM research toward broader species representation and improved global relevance.