Effect of Different Bag Opening Methods of Oyster Mushroom (Pleurotus ostreatus) on Growth Parameter, Yield and Benefit Cost Ratio

G. K. Upamanya, R. Brahma, R. Sarma, P. Sharma, Kuntal Das
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Abstract

Oyster mushroom growers are generally confused about the scientific basis of the cultivation technology with regard to the best bag opening method after a spawn run. The present study was undertaken to find out the effect of four different methods of bag opening on yield, benefit cost ratio (BCR) and biological efficiency of oyster mushrooms during November, 2020 to March, 2021. The results indicated that treatment-2 (retaining the polythene bag for the entire cultivation period) exhibited significantly the highest yield (1644.61 g bed-1) followed by treatment-3 (opening top part of the polythene bag after spawn run) (1536.62 g bed-1), and treatment-1 (opening top and bottom part of the polythene bag (1468.82 g bed-1) and treatment-4 (complete removal of the polythene bag) (1111.19 g). The BCR was also found to be the highest (4.39) in treatment-2 followed by treatment-3 (4.09), treatment-1 (3.96) and treatment-4 (2.98). Retaining the polythene bag during the entire cultivation period was found to be the best method of cultivation with regard to biological efficiency (82.23%). Opening the top part of the polythene bag after the spawn run showed the biological efficiency of 76.83% which was followed by the treatment with opening the polythene bag from the top and bottom part of the bed (73.44%).The lowest biological efficiency (55.56%) was observed in the treatment in which the entire polythene bag was removed after a spawn run in darkroom. Mushroom growers may retain the polythene bag surrounding the mushroom bed during the entire cultivation period for better economic return.
不同开袋方式对平菇生长参数、产量及效益成本比的影响
平菇种植者普遍对培养技术的科学依据感到困惑,即在产卵后最佳开袋方法。本试验旨在研究2020年11月~ 2021年3月4种不同开袋方式对平菇产量、效益成本比(BCR)和生物效率的影响。结果表明,处理2(整个培养期保留塑料袋)产量最高(1644.61 g床-1),其次是处理3(产卵后打开塑料袋顶部)(1536.62 g床-1);处理-2的BCR最高(4.39),其次是处理-3(4.09)、处理-1(3.96)和处理-4(2.98)。处理-2的BCR最高(1468.82 g),处理-1(顶部和底部打开塑料袋)和处理-4(完全去除塑料袋)。在整个培养过程中保持塑料袋是最佳的培养方法,其生物效率为82.23%。产菌后打开塑料袋顶部处理的生物效率为76.83%,其次是从床的顶部和底部打开塑料袋处理,生物效率为73.44%。暗室产卵后将塑料袋全部取出的处理生物效率最低,为55.56%。为了获得更好的经济效益,蘑菇种植者可以在整个种植期间保留蘑菇床周围的塑料袋。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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