In significant (P <0.05), S5 medium showed higher diameter of cap (67 mm)compared with the control medium (S1) at value approx. 60 mm
📌 3 Key Takeaways
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Objective & Hypothesis:Öz In this work, some available local cellulosic substrates namely; S1 (wheat straw) as a control, S2 (70%wheat straw, 20% sawdust and 10% date palm fiber), S3 (50% wheat straw, 30% sawdust and 20% datepalm fiber), S4 (sawdust) and S5 (date palm fiber), were used for cultivation white oyster mushroom.
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Key Findings & Data:The shorter period for completion of mycelial growth in bags was 12 days on S2and S3 media, significantly (P <0.05), whereas, the longer time was 15 days on S4 and S5 mediacompared with the control (S1) at average 13 days.
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Conclusion & Impact:In significant (P <0.05), S5 medium showed higher diameter of cap (67 mm)compared with the control medium (S1) at value approx. 60 mm
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Anahtar Kelimeler Mycelial growth · date palm wastes · cultivation
Özet
Öz In this work, some available local cellulosic substrates namely; S1 (wheat straw) as a control, S2 (70%wheat straw, 20% sawdust and 10% date palm fiber), S3 (50% wheat straw, 30% sawdust and 20% datepalm fiber), S4 (sawdust) and S5 (date palm fiber), were used for cultivation white oyster mushroom. The shorter period for completion of mycelial growth in bags was 12 days on S2and S3 media, significantly (P <0.05), whereas, the longer time was 15 days on S4 and S5 mediacompared with the control (S1) at average 13 days. Biological efficiency percent was 26.1% on S2medium as a higher percent compared with 23.8% on control medium, while S4 medium was unsuitablefor cultivation this strain. In significant (P <0.05), S5 medium showed higher diameter of cap (67 mm)compared with the control medium (S1) at value approx. 60 mm
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