Reuse of spent mushroom substrate as casing material for the production of milky white mushroom

An experiment was conducted to reuse waste generated from mushroom farm called composted spent mushroom substrate (SMS) as casing material for the production of milky white mushroom. The production trial of milky white mushroom was conducted with five casing mixture viz. Loam soil + Sand (3:1) (farm...

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Main Authors: R Ashrafi, MH Mian, MM Rahman, M Jahiruddin
Format: Article
Language:English
Published: Bangladesh Agricultural University Research System 2017-12-01
Series:Journal of the Bangladesh Agricultural University
Online Access:http://baures.bau.edu.bd/wp-content/uploads/2018/06/16.-JBAU-2017-019-revisedpaper.pdf
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spelling doaj-55a5de5b0a1d41b5892846c958a35e8b2020-11-25T01:02:33ZengBangladesh Agricultural University Research SystemJournal of the Bangladesh Agricultural University1810-30302408-86842017-12-01152239247http://dx.doi.org/10.3329/jbau.v15i2.35069Reuse of spent mushroom substrate as casing material for the production of milky white mushroomR AshrafiMH MianMM RahmanM JahiruddinAn experiment was conducted to reuse waste generated from mushroom farm called composted spent mushroom substrate (SMS) as casing material for the production of milky white mushroom. The production trial of milky white mushroom was conducted with five casing mixture viz. Loam soil + Sand (3:1) (farmer’s practice), SMS compost + Sand (3:1), Loam soil + SMS compost + Sand (2:1:1), Loam soil + SMS compost + FYM (1:1:1) and SMS compost + FYM (1:1). Results revealed the suitability of SMS to reuse as casing materials through composting. Casing treatments containing SMC alone or combination with sand (3:1) and soil + FYM (1:1:1) produced statistically similar yield which were statistically higher than farmer’s practice. Among these three treatments, pH, EC, particle density and organic carbon ranged between 7.16-7.82, 1.69-1.84 mmhos cm−1, 1.52-1.90 g cc−1 and 11.3%-15.8%, respectively. Below or above this range reduced the yield of milky white mushroom. SMC, SMC + Sand (3:1) and Soil + SMC + FYM (1:1:1) produced statistically similar yield but SMC and SMC + Sand (3:1) took shorter time to harvest than Soil + SMC + FYM (1:1:1). So, SMC or SMC + Sand (3:1) can be recommended to use as casing material.http://baures.bau.edu.bd/wp-content/uploads/2018/06/16.-JBAU-2017-019-revisedpaper.pdf
collection DOAJ
language English
format Article
sources DOAJ
author R Ashrafi
MH Mian
MM Rahman
M Jahiruddin
spellingShingle R Ashrafi
MH Mian
MM Rahman
M Jahiruddin
Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
Journal of the Bangladesh Agricultural University
author_facet R Ashrafi
MH Mian
MM Rahman
M Jahiruddin
author_sort R Ashrafi
title Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
title_short Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
title_full Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
title_fullStr Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
title_full_unstemmed Reuse of spent mushroom substrate as casing material for the production of milky white mushroom
title_sort reuse of spent mushroom substrate as casing material for the production of milky white mushroom
publisher Bangladesh Agricultural University Research System
series Journal of the Bangladesh Agricultural University
issn 1810-3030
2408-8684
publishDate 2017-12-01
description An experiment was conducted to reuse waste generated from mushroom farm called composted spent mushroom substrate (SMS) as casing material for the production of milky white mushroom. The production trial of milky white mushroom was conducted with five casing mixture viz. Loam soil + Sand (3:1) (farmer’s practice), SMS compost + Sand (3:1), Loam soil + SMS compost + Sand (2:1:1), Loam soil + SMS compost + FYM (1:1:1) and SMS compost + FYM (1:1). Results revealed the suitability of SMS to reuse as casing materials through composting. Casing treatments containing SMC alone or combination with sand (3:1) and soil + FYM (1:1:1) produced statistically similar yield which were statistically higher than farmer’s practice. Among these three treatments, pH, EC, particle density and organic carbon ranged between 7.16-7.82, 1.69-1.84 mmhos cm−1, 1.52-1.90 g cc−1 and 11.3%-15.8%, respectively. Below or above this range reduced the yield of milky white mushroom. SMC, SMC + Sand (3:1) and Soil + SMC + FYM (1:1:1) produced statistically similar yield but SMC and SMC + Sand (3:1) took shorter time to harvest than Soil + SMC + FYM (1:1:1). So, SMC or SMC + Sand (3:1) can be recommended to use as casing material.
url http://baures.bau.edu.bd/wp-content/uploads/2018/06/16.-JBAU-2017-019-revisedpaper.pdf
work_keys_str_mv AT rashrafi reuseofspentmushroomsubstrateascasingmaterialfortheproductionofmilkywhitemushroom
AT mhmian reuseofspentmushroomsubstrateascasingmaterialfortheproductionofmilkywhitemushroom
AT mmrahman reuseofspentmushroomsubstrateascasingmaterialfortheproductionofmilkywhitemushroom
AT mjahiruddin reuseofspentmushroomsubstrateascasingmaterialfortheproductionofmilkywhitemushroom
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