Evaluation finds superior leaf and fruit yield in specific mulberry genotypes, suggesting pathways for enhancing sericulture productivity and sustainability.
The present study evaluated the performance of eight elite mulberry (Morus spp.) genotypes under rainfed conditions at the Department of Sericulture, UAS, GKVK, Bengaluru, during 2023-24 across three seasons viz., winter, summer and rainy seasons focusing on vegetative and fruit traits. Genotype MI-0014 consistently exhibited superior vegetative growth, including the highest leaf yield and the shortest internodal distance. ME-0006 demonstrated excellence in fruit traits such as fruit length, width, weight and overall fruit yield per plant. ME-0220 produced the highest number of fruits per plant, while ME-0067 consistently recorded a high number of leaves per plant across the three seasons. Based on overall performance, MI-0014 and ME-0006 were identified as promising genotypes for enhancing both sericulture productivity and mulberry fruit utilization. These findings support the strategic selection of mulberry genotypes to boost sustainable cultivation and diversify mulberry-based industries.
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Tejaswini et al. (2025) studied this question.
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