以水葫芦为底物的平菇生长及产量性能研究

Sanjay Kumar Jha, Menuka Gotame
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摘要

在水葫芦上种植平菇(Pleurotus ostreatus)是控制和管理这一问题杂草的一种生态友好的方式。本研究以水葫芦为低成本基质,与稻秆以3:1的比例组合,栽培黄绿假单胞菌。本研究的目的是在降解纤维素真菌降解的水葫芦堆肥中培养平菇。试验采用对照、真菌处理堆肥前和真菌处理堆肥。对不同培养基(如马铃薯葡萄糖琼脂培养基和水葫芦培养基)菌丝生长完成情况、产卵持续时间、针头外观、子实体和产生的子实体数量等方面进行了数据分析。对各类型果体进行了营养分析。黄曲霉处理堆肥出菇时间短(24±1 d),对照堆肥出菇时间长(27.3±1.53 d)。木霉处理堆肥产量最高(68.8%),对照堆肥产量最低(30.7%)。本研究成功地证明了水葫芦作为菌类生产和管理基质的可能性。
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Growth and yield performance of oyster mushroom (Pleurotus ostreatus) on water hyacinth as a substrate
Cultivation of oyster mushroom ( Pleurotus ostreatus ) on the aquatic weed water hyacinth is an eco-friendly way of controlling and management of such a problematic weed. In the present work, water hyacinth has been used as a low-cost substrate in combinations with rice-straw of ratio 3:1 for the cultivation of  P. ostreatus . The objective of this study was to cultivate oyster mushroom in water hyacinth compost degraded with lingo-cellulolytic fungi. The experiment was performed in control, before fungal treated compost and fungal treated compost. The data was analyzed on various aspects like completion of mycelium growth in different media like Potato dextrose agar media and water hyacinth media, the duration for spawn run, the appearance of pinheads, fruiting bodies and number of fruit bodies produced. The nutrient analysis was done in all types of fruit bodies.  Aspergillus flavus  treated compost took short duration (24 ± 1 days) and control sample compost took a long duration (27.3 ± 1.53 days) for fruiting. The highest production was recorded in  Trichoderma  sp. treated compost (68.8%) and lowest in control compost (30.7%). This study has successfully demonstrated the possibility of water hyacinth as a substrate in mushroom production and management of water hyacinth.
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