Exploring how fermentation duration and different microbial starters influence rice bran quality as a substrate for black soldier fly larvae.

Aiming to identify efficient pre-treatment conditions that improve larval growth performance and support sustainable insect production. 

Examining the performance of BSF and Tenebrio molitor larvae in single and sequential bioconversion of cow manure.

Aiming to optimize multi-species insect systems for efficient organic waste recycling and resource recovery.

Assessing the effects of solid and liquid frass from BSF larvae on mitigating drought stress in radish.

Exploring insect-derived fertilizers as a strategy to enhance crop resilience under water-limited conditions. 

Evaluating the effects of frass fertilizers derived from BSF and Mealworm on the growth of red radish as a potential agroforestry crop.

Exploring insect-based fertilizers to support sustainable crop production within integrated agroforestry systems. 

Evaluating frass from BSF derived from food waste and pig manure as organic amendments in rakkyo and radish fields.

Assessing their effects on soil nematode communities to understand impacts on soil health and ecosystem functioning. 

Evaluating the effects of black soldier fly frass on snail and arthropod abundance and diversity in rice paddy fields.

Exploring how insect-derived fertilizers influence biodiversity and ecological dynamics in paddy ecosystems. 

Comparing the bioconversion efficiency and frass nutritional quality of Hermetia illucens and Tenebrio molitor reared on food factory waste and chicken manure.

Evaluating their potential for producing high-value fertilizer and biomass within sustainable organic waste recycling systems.

Investigating how upcycled waste from Hermetia illucens affects soil-borne nematode communities and overall soil health.

Exploring the ecological impacts of insect-derived amendments on soil biodiversity and ecosystem functioning. 

Assessing the scalability of swine manure bioconversion by Hermetia illucens larvae, focusing on larval density and metabolic heat generation from laboratory to field conditions.

Aiming to establish practical parameters for large-scale, efficient, and stable insect-based waste treatment systems. 

Investigating the biodegradation of phytotoxins in spent green tea waste processed by Hermetia illucens larvae through chemical profiling and toxicity assessment of the resulting frass.

Aiming to evaluate detoxification processes and the safe utilization of insect-derived residues as agricultural inputs.