USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)

The spent mushroom substrate is a growing media obtained from the mushroom substrates that are no longer productive. Spent mushroom substrate contains 49% organic matter and has advantages in the physical properties of the growing media, such as good water storage for forage nursery planting media....

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Main Author: Devy Astriyana, Trindy
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/69007
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:69007
spelling id-itb.:690072022-09-19T21:16:35ZUSE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS) Devy Astriyana, Trindy Indonesia Final Project Biomass, Feed, Maize Fodder, Nutrients, Spent Mushroom Substrate INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/69007 The spent mushroom substrate is a growing media obtained from the mushroom substrates that are no longer productive. Spent mushroom substrate contains 49% organic matter and has advantages in the physical properties of the growing media, such as good water storage for forage nursery planting media. Fodder is a system used to manufacture animal feed in a shorter time. One of the plants commonly used as fodder is maize. Maize fodder is a forage with high nutrients for animal feed. To produce nutritious maize fodder, a growing media should have high available nutrients; spent mushroom substrate is one source of growing media that can be combined and provides nutrients and is an ideal growing media for plants. This study used a completely randomized design consisting of 10 treatments with three replications, namely treatment A (soil and cow manure with hybrid seed), B (spent mushroom substrate and cocopeat with hybrid seed), C (spent mushroom substrate and raw husk with hybrid seeds), D (spent mushroom substrate and burnt husk with hybrid seed), E (spent mushroom substrate and cow manure hybrid seed), F (soil and cow manure with non-hybrid seed), G (spent mushroom substrate and cocopeat with non-hybrid seed), H (spent mushroom substrate and raw husks with non-hybrid seed), I (spent mushroom substrate and burnt husks with non-hybrid seed), J (spent mushroom substrate and cow manure with non-hybrid seed). Based on the study's results, it is known that the combination of spent mushroom substrate growing media with cow manure resulted in relatively better biomass and nutritional values than other treatments. The plant height produced in this planting medium was 27.18 for hybrid varieties and 29 for non-hybrid varieties. The value of wet weight treatment of spent mushroom substrate and manure was 306.30 in hybrid varieties and 296.30 in non-hybrid varieties. Crude fat, crude protein, and crude fiber content in hybrid varieties respectively are 4.15; 9.50; and 14.70; while the non-hybrid variety was 4.64; 16.44; and 14.97 text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description The spent mushroom substrate is a growing media obtained from the mushroom substrates that are no longer productive. Spent mushroom substrate contains 49% organic matter and has advantages in the physical properties of the growing media, such as good water storage for forage nursery planting media. Fodder is a system used to manufacture animal feed in a shorter time. One of the plants commonly used as fodder is maize. Maize fodder is a forage with high nutrients for animal feed. To produce nutritious maize fodder, a growing media should have high available nutrients; spent mushroom substrate is one source of growing media that can be combined and provides nutrients and is an ideal growing media for plants. This study used a completely randomized design consisting of 10 treatments with three replications, namely treatment A (soil and cow manure with hybrid seed), B (spent mushroom substrate and cocopeat with hybrid seed), C (spent mushroom substrate and raw husk with hybrid seeds), D (spent mushroom substrate and burnt husk with hybrid seed), E (spent mushroom substrate and cow manure hybrid seed), F (soil and cow manure with non-hybrid seed), G (spent mushroom substrate and cocopeat with non-hybrid seed), H (spent mushroom substrate and raw husks with non-hybrid seed), I (spent mushroom substrate and burnt husks with non-hybrid seed), J (spent mushroom substrate and cow manure with non-hybrid seed). Based on the study's results, it is known that the combination of spent mushroom substrate growing media with cow manure resulted in relatively better biomass and nutritional values than other treatments. The plant height produced in this planting medium was 27.18 for hybrid varieties and 29 for non-hybrid varieties. The value of wet weight treatment of spent mushroom substrate and manure was 306.30 in hybrid varieties and 296.30 in non-hybrid varieties. Crude fat, crude protein, and crude fiber content in hybrid varieties respectively are 4.15; 9.50; and 14.70; while the non-hybrid variety was 4.64; 16.44; and 14.97
format Final Project
author Devy Astriyana, Trindy
spellingShingle Devy Astriyana, Trindy
USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
author_facet Devy Astriyana, Trindy
author_sort Devy Astriyana, Trindy
title USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
title_short USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
title_full USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
title_fullStr USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
title_full_unstemmed USE OF SPENT MUSHROOM SUBSTRATE AS A GROWING MEDIA ON BIOMASS AND NUTRITION OF MAIZE FODDER (ZEA MAYS)
title_sort use of spent mushroom substrate as a growing media on biomass and nutrition of maize fodder (zea mays)
url https://digilib.itb.ac.id/gdl/view/69007
_version_ 1822005914431913984