Led comprehensive research on silkworm diseases, advanced rearing techniques, and genetic breeding programs, contributing to enhanced silkworm health and productivity.
Investigated the nutrition and physiology of Bombyx mori, identifying key factors for optimal growth and development to improve silkworm vitality and cocoon yield.
Developed and experimentally evaluated innovative artificial diets and supplementary feeds, optimizing nutritional intake for improved silkworm growth and overall productivity.
Conducted in-depth studies on environmental factors (temperature, humidity, light), determining their critical impact on silkworm growth, health, and cocoon productivity to establish optimal rearing conditions.
Authored and disseminated technical manuals and training materials, empowering silkworm farmers in highland areas and small-scale production systems with best practices.
Contributed to applied research models, successfully integrating agricultural by-products and alternative feed resources to develop cost-effective and sustainable silkworm nutrition solutions.
Advanced scholarly knowledge in sericulture through rigorous applied and fundamental research, directly informing evidence-based improvements in silkworm production systems.
Provided critical peer review and technical evaluation for scientific manuscripts and reports, ensuring scientific rigor and practical applicability in agriculture and sericulture.