This document provides information about different types of cultivated mushrooms, including their growth cycles and methods of production. It discusses various mushroom varieties like white button, oyster, shiitake, morel and maitake. It explains that mushrooms grow from spores in a compost medium and details the pinning and harvesting process. Common cooking methods for mushrooms like sautéing, microwaving, roasting and grilling are also outlined. Finally, the document notes that mushrooms are low in calories and contain important nutrients.
Mushroom cultivation is becoming increasingly popular. Oyster mushrooms are the third most commonly cultivated mushroom worldwide. They grow on substrates like rice straw and have a short cultivation time of around 3 weeks. Their cultivation involves preparing spawn, inoculating substrates, maintaining proper temperature and humidity for spawn run and fruiting. Oyster mushrooms are nutritious and medicinal with low calories. Pests like mites and flies and diseases like bacterial spot can damage crops and are controlled through sanitation.
This document is the preface to the book "Mushroom Growers' Handbook 1: Oyster Mushroom Cultivation" published by MushWorld. The book aims to provide accessible information on mushroom cultivation techniques to help alleviate poverty in developing countries. It contains 12 chapters covering topics like oyster mushroom species, spawn production, substrates, growing methods, and case studies. The preface acknowledges the many contributors from different countries who helped create the book and shares its goal of distributing mushroom growing knowledge worldwide.
This document discusses organic mushroom cultivation. It describes what mushrooms are, their nutritional benefits, varieties and values. It covers key environmental factors for cultivation like temperature, light, pH levels and oxygen. The document outlines the key steps in mushroom production like identifying a facility, pasteurizing growing medium, maintaining optimal conditions, harvesting and more. Specific cultivation techniques are presented for mushrooms like Ganoderma lucidum. Health benefits of Ganoderma lucidum are also summarized such as its effects on tumors, the liver, cardiovascular health, hypertension, diabetes and more.
This document provides information about mushroom cultivation and farming. It defines what a mushroom is and describes the key parts. It explains the life cycle of a mushroom from a primordium to button to mature fruiting body. It covers the nutritional value of mushrooms and lists some common edible and poisonous types. Finally, it outlines the process for cultivating mushrooms, including requirements, spawn production, preparing and packing straw into bags, hanging the bags, and harvesting.
Mushrooms are the fruiting bodies of fungi that lack chlorophyll and reproduce via spores. While Asia provides a suitable environment for mushroom cultivation, the process involves identifying optimal growing conditions, sterilizing compost, inoculating it with mushroom spawn, and maintaining humidity and temperature as the mushrooms grow and are harvested over several months. Key steps include composting organic materials, spreading spawn to initiate mycelial growth, covering it to induce pinning and fruiting, and periodically harvesting mature mushrooms. Common varieties like white button mushrooms are cultivated indoors using these methods to produce nutritional and commercially valuable crops.
Mushroom cultivation plays an important role in environmental sustainability through waste disposal and recycling, bioremediation, and restoration of damaged environments. Mushrooms can degrade pollutants and toxic substances in soil through various processes. They also help convert organic wastes into useful products like biogas and biofertilizers. The mycelium of mushrooms is useful in mycoremediation to remove pollution and mycorestoration to repair forest and water environments. However, mushroom cultivation faces challenges of lack of awareness, technical issues, and marketing problems. Overall, promoting mushroom industry can generate income while improving the environment.
This document provides information on mushroom growing in Zimbabwe. It discusses how mushrooms are traditionally collected and consumed in Africa but this knowledge is being lost. Mushroom cultivation is presented as a viable small business option. Key steps in the process are described, including obtaining spawn, preparing suitable substrates from agricultural wastes, filling bags or trays, and maintaining proper growing conditions. Challenges like pests and diseases are also addressed. The document aims to give a general understanding of mushroom cultivation methods suitable for small-scale production in Zimbabwe and other tropical regions.
This document discusses the cultivation of oyster mushrooms. It begins with an introduction to mushrooms, describing their basic structures. It then outlines the life cycle of mushrooms and the main steps involved in cultivation, including choosing a variety, sterilizing the growing medium, inoculating with spawn, and maintaining proper temperature and moisture for fruiting. The focus is on oyster mushroom cultivation specifically. It describes preparing spawn from pure cultures, inoculating sterile wheat or other grains to make spawn. It also details preparing the growing medium, typically straw, inoculating trays of medium with spawn, and maintaining proper conditions for pinning and fruiting of mushrooms.
Mushroom cultivation is becoming increasingly popular. Oyster mushrooms are the third most commonly cultivated mushroom worldwide. They grow on substrates like rice straw and have a short cultivation time of around 3 weeks. Their cultivation involves preparing spawn, inoculating substrates, maintaining proper temperature and humidity for spawn run and fruiting. Oyster mushrooms are nutritious and medicinal with low calories. Pests like mites and flies and diseases like bacterial spot can damage crops and are controlled through sanitation.
This document is the preface to the book "Mushroom Growers' Handbook 1: Oyster Mushroom Cultivation" published by MushWorld. The book aims to provide accessible information on mushroom cultivation techniques to help alleviate poverty in developing countries. It contains 12 chapters covering topics like oyster mushroom species, spawn production, substrates, growing methods, and case studies. The preface acknowledges the many contributors from different countries who helped create the book and shares its goal of distributing mushroom growing knowledge worldwide.
This document discusses organic mushroom cultivation. It describes what mushrooms are, their nutritional benefits, varieties and values. It covers key environmental factors for cultivation like temperature, light, pH levels and oxygen. The document outlines the key steps in mushroom production like identifying a facility, pasteurizing growing medium, maintaining optimal conditions, harvesting and more. Specific cultivation techniques are presented for mushrooms like Ganoderma lucidum. Health benefits of Ganoderma lucidum are also summarized such as its effects on tumors, the liver, cardiovascular health, hypertension, diabetes and more.
This document provides information about mushroom cultivation and farming. It defines what a mushroom is and describes the key parts. It explains the life cycle of a mushroom from a primordium to button to mature fruiting body. It covers the nutritional value of mushrooms and lists some common edible and poisonous types. Finally, it outlines the process for cultivating mushrooms, including requirements, spawn production, preparing and packing straw into bags, hanging the bags, and harvesting.
Mushrooms are the fruiting bodies of fungi that lack chlorophyll and reproduce via spores. While Asia provides a suitable environment for mushroom cultivation, the process involves identifying optimal growing conditions, sterilizing compost, inoculating it with mushroom spawn, and maintaining humidity and temperature as the mushrooms grow and are harvested over several months. Key steps include composting organic materials, spreading spawn to initiate mycelial growth, covering it to induce pinning and fruiting, and periodically harvesting mature mushrooms. Common varieties like white button mushrooms are cultivated indoors using these methods to produce nutritional and commercially valuable crops.
Mushroom cultivation plays an important role in environmental sustainability through waste disposal and recycling, bioremediation, and restoration of damaged environments. Mushrooms can degrade pollutants and toxic substances in soil through various processes. They also help convert organic wastes into useful products like biogas and biofertilizers. The mycelium of mushrooms is useful in mycoremediation to remove pollution and mycorestoration to repair forest and water environments. However, mushroom cultivation faces challenges of lack of awareness, technical issues, and marketing problems. Overall, promoting mushroom industry can generate income while improving the environment.
This document provides information on mushroom growing in Zimbabwe. It discusses how mushrooms are traditionally collected and consumed in Africa but this knowledge is being lost. Mushroom cultivation is presented as a viable small business option. Key steps in the process are described, including obtaining spawn, preparing suitable substrates from agricultural wastes, filling bags or trays, and maintaining proper growing conditions. Challenges like pests and diseases are also addressed. The document aims to give a general understanding of mushroom cultivation methods suitable for small-scale production in Zimbabwe and other tropical regions.
This document discusses the cultivation of oyster mushrooms. It begins with an introduction to mushrooms, describing their basic structures. It then outlines the life cycle of mushrooms and the main steps involved in cultivation, including choosing a variety, sterilizing the growing medium, inoculating with spawn, and maintaining proper temperature and moisture for fruiting. The focus is on oyster mushroom cultivation specifically. It describes preparing spawn from pure cultures, inoculating sterile wheat or other grains to make spawn. It also details preparing the growing medium, typically straw, inoculating trays of medium with spawn, and maintaining proper conditions for pinning and fruiting of mushrooms.
16. project report of mushroom cultivationNitishDubey31
This document provides a summary of a proposed mushroom cultivation project. Key details include:
- The project will cultivate oyster mushrooms with a medium-scale unit size on a 5-year timeline.
- Total project cost is estimated at 1.4 million rupees, with most being financed through bank loans.
- Oyster mushrooms will be grown using agricultural waste as substrate in shaded beds and harvested for sale as fresh mushrooms.
- The project estimates annual sales of over 1 million rupees from harvesting 220 quintals of mushrooms each year.
Mushrooms are fungi that grow above ground and have two main parts - a cap and a stalk. They reproduce via spores produced on gills under the cap. Mushrooms obtain nutrients from decomposing organic matter via a network of underground threads called mycelium. Edible mushrooms provide various vitamins, minerals, and health benefits. Common cultivated varieties include the white button mushroom and paddy straw mushroom, which are grown on compost and agricultural waste using controlled growing conditions. Poisonous mushrooms can be identified by features like bright colors, milky latex, and unpleasant odor.
This document provides an overview of mushroom cultivation techniques. It begins by defining mushrooms and describing their basic plant structure as fruiting bodies composed of mycelium and hyphae. It then discusses various wild mushroom species and the benefits of mushroom cultivation. The bulk of the document outlines the requirements and life cycle of oyster mushroom cultivation, including preparing the mushroom farm, substrate, spawn production, and outdoor Volvariella cultivation. It concludes by noting how mushroom cultivation training was provided to women laborers to generate self-employment.
Planting Material of Sugarcane,Factors affecting Juice quality,JAPANESE MINT Avinash Chandra
Planting Material of Sugarcane,Factors affecting Juice quality,JAPANESE MINT, Lancing in Opium Poppy ,Poppy Cultivation in India,importance of opium ,Importance of Medicinal Plants ,
The document discusses the various types of edible mushrooms commonly found in India. It outlines the main types as button mushrooms, straw mushrooms, oyster mushrooms, milky mushrooms, cremini mushrooms, and shiitake mushrooms. For each type, it provides details on cultivation methods, nutritional profiles, and usage. The document serves as an introduction to the different kinds of edible mushrooms available in the Indian market.
This document provides information about mushroom cultivation. It discusses that mushrooms are the fruiting bodies of fungi and are not capable of photosynthesis. The three major types of mushrooms cultivated in India are button, straw, and oyster mushrooms. Mushroom cultivation has many benefits as it requires minimal space and investment. The document outlines the steps for cultivating mushrooms, including preparing the substrate (straw), spawn, and growing the mushrooms in bags or on beds. It notes nutritional benefits of mushrooms and describes the harvesting and room cleaning processes.
The document discusses the different types of mushrooms commonly found in India. It outlines six main types - button mushrooms, straw mushrooms, oyster mushrooms, milky mushrooms, cremini mushrooms, and shiitake mushrooms. For each type, it provides details on appearance, cultivation practices in India, nutritional profile, and usage. The types of mushrooms described are a major ingredient in many Indian dishes and cuisines.
Mushrooms discussed include white button (Agaricus bisporus), milky mushroom (Calocybe indica), oyster mushroom (Pleurotus sp.), and paddy straw mushroom (Volvariella sp.). White button mushroom is a temperature-sensitive species cultivated using composting methods. Milky mushroom and oyster mushrooms are cultivated on substrates like paddy straw or maize. Paddy straw mushroom has a fast life cycle of 10 days from spawning to harvest.
This document discusses several types of edible mushrooms available in India. It describes mushrooms as fast-growing fungi that produce fleshy fruiting bodies above or below ground. Some key edible mushroom varieties discussed include the button mushroom (Agaricus bisporus), golden oyster mushroom (Pleurotus citrinopileatus), straw mushroom (Volvariella volvacea), shiitake (Lentinula edodes), portobello, cremini, oyster, chanterelle, and morel. The document provides details on the appearance, taste, and cultivation of these common edible mushrooms.
Performance of different substrates on growth, yield and biological efficienc...svchandran01
The document discusses a study on the performance of different substrates for the growth, yield and biological efficiency of two oyster mushroom varieties, MDU 2 and CO (OM) 2. The substrates tested included sawdust, banana leaves, Guinea grass, coconut leaves, sorghum stalks, sugarcane bagasse, newspaper and maize stalks. Newspaper and paddy straw supported the fastest mycelial growth of both varieties. Newspaper also supported the fastest spawn running in 18.5 days for MDU 2 and 18 days for CO (OM) 2. Newspaper and paddy straw resulted in the highest mushroom yields and biological efficiencies for both varieties.
This document provides information about mushroom technology and mushroom cultivation. It discusses the nutritional value and medicinal properties of mushrooms. It then describes the cultivation process of three common mushrooms - button mushroom, milky mushroom, and oyster mushroom. For each mushroom, it explains the substrate processing, bag preparation, incubation, cropping, harvesting and expected yields. Finally, it shares eight mushroom recipes.
Mushrooms are fleshy, spore-bearing structures produced by fungi. There are over 1.5 million mushroom species worldwide, with around 80,000-88,000 identified. Mushrooms are classified based on their taxonomic position, natural habitat, and edibility for human consumption. Common edible cultivated mushrooms include oyster mushrooms, button mushrooms, paddy straw mushrooms, milky mushrooms, and shiitake mushrooms. Toxic and poisonous mushrooms like death cap and destroying angel mushrooms contain dangerous toxins and should not be consumed.
This document summarizes information about several edible mushroom species commonly grown or found in India. It discusses the nutrient content of mushrooms in general and provides details on the production and life cycles of key species like the white button mushroom (Agaricus bisporus), oyster mushrooms (Pleurotus spp.), and paddy straw mushroom (Volvariella volvacea). Top global producers of mushrooms are also listed.
Taxonomy, classification and life cycle of cultivated Mushroomigkv raipur
Mushroom are generally appears in rainy season during (June- september)
In nature growth of mushroom is of two types
Epigenous ( epi = upon and genous = on earth)
Hypogenous (hypo = under and genous = earth )
This document provides information about mushroom cultivation. It begins by defining fungi and listing common types including mushrooms. It then discusses the nutritional value of mushrooms and lists some edible varieties. The bulk of the document describes the cultivation methodology, including selecting and preparing appropriate substrates like rice straw, sterilizing the substrates, filling bags and inoculating with spores, maintaining incubation conditions, and harvesting the mature mushrooms. Key steps involve sterilizing substrates to prevent contamination, maintaining proper humidity and darkness during incubation, and harvesting mushrooms when caps reach 8-10 cm in diameter. Precautions are also outlined like using quality substrates and properly sterilizing and packing materials.
This document provides instructions for cultivating oyster mushrooms. It lists the necessary requirements, which include paddy straw, polythene bags, racks, fresh spawn, and other supplies. The procedure involves cutting and sterilizing the straw, filling layers of straw and spawn in bags, incubating the bags until the mycelium forms, and maintaining moisture levels until pinheads and mushrooms develop. Observations from one trial found the mycelium formed within 15 days, pinheads appeared on day 16, and the first harvest of 400g of mushrooms occurred on day 21, demonstrating the successful cultivation process.
Mushrooms provide many nutritional and health benefits. They are a good source of protein, vitamins, minerals, and fiber. Some mushrooms have compounds that may help fight cancer and support immune function. Mushroom production technology involves preparing compost, sterilizing the compost to prevent competing microorganisms, adding mushroom spawn, and carefully monitoring environmental conditions as the mushrooms grow. Mushrooms can be commercially grown on agricultural waste materials. Festivals aim to educate the public about mushrooms and promote their consumption for health and nutrition.
This document provides information about different types of mushrooms. It begins by defining mushrooms as fleshy, spore-bearing structures produced by fungi in the division Basidiomycota. It then describes several edible mushroom varieties like button mushrooms, oyster mushrooms, hen-of-the-woods, chicken of the woods, wood hedgehogs, giant puffballs, and paddy straw mushrooms. It also discusses several poisonous mushroom varieties like death caps, deadly dapperlings, autumn skullcaps, and deadly webcaps. It notes the toxic effects of compounds produced by poisonous mushrooms like alpha-amanitin, phallotoxin, and orellanine. It concludes with tips for distinguishing between edible and poison
This document provides information on cultivating oyster mushrooms. It discusses the preparation of materials needed, including cutting paddy straw into pieces, soaking and boiling it to attain proper moisture levels. Mushroom spawn is prepared using bottles containing spawn material. Polythene bags are prepared by tying their bottoms with twine. Beds are made by layering straw bits and spawn in the bags. The beds are kept in racks in a controlled mushroom shed until harvest. Proper temperature, humidity and ventilation are maintained for optimal mushroom growth.
Mushrooms are fast growing basidiomycetous fungi which produce fleshy fruit bodies.
These fungi live as saprophytes in dead organic matter in the form of the mat of interwined hyphae.
16. project report of mushroom cultivationNitishDubey31
This document provides a summary of a proposed mushroom cultivation project. Key details include:
- The project will cultivate oyster mushrooms with a medium-scale unit size on a 5-year timeline.
- Total project cost is estimated at 1.4 million rupees, with most being financed through bank loans.
- Oyster mushrooms will be grown using agricultural waste as substrate in shaded beds and harvested for sale as fresh mushrooms.
- The project estimates annual sales of over 1 million rupees from harvesting 220 quintals of mushrooms each year.
Mushrooms are fungi that grow above ground and have two main parts - a cap and a stalk. They reproduce via spores produced on gills under the cap. Mushrooms obtain nutrients from decomposing organic matter via a network of underground threads called mycelium. Edible mushrooms provide various vitamins, minerals, and health benefits. Common cultivated varieties include the white button mushroom and paddy straw mushroom, which are grown on compost and agricultural waste using controlled growing conditions. Poisonous mushrooms can be identified by features like bright colors, milky latex, and unpleasant odor.
This document provides an overview of mushroom cultivation techniques. It begins by defining mushrooms and describing their basic plant structure as fruiting bodies composed of mycelium and hyphae. It then discusses various wild mushroom species and the benefits of mushroom cultivation. The bulk of the document outlines the requirements and life cycle of oyster mushroom cultivation, including preparing the mushroom farm, substrate, spawn production, and outdoor Volvariella cultivation. It concludes by noting how mushroom cultivation training was provided to women laborers to generate self-employment.
Planting Material of Sugarcane,Factors affecting Juice quality,JAPANESE MINT Avinash Chandra
Planting Material of Sugarcane,Factors affecting Juice quality,JAPANESE MINT, Lancing in Opium Poppy ,Poppy Cultivation in India,importance of opium ,Importance of Medicinal Plants ,
The document discusses the various types of edible mushrooms commonly found in India. It outlines the main types as button mushrooms, straw mushrooms, oyster mushrooms, milky mushrooms, cremini mushrooms, and shiitake mushrooms. For each type, it provides details on cultivation methods, nutritional profiles, and usage. The document serves as an introduction to the different kinds of edible mushrooms available in the Indian market.
This document provides information about mushroom cultivation. It discusses that mushrooms are the fruiting bodies of fungi and are not capable of photosynthesis. The three major types of mushrooms cultivated in India are button, straw, and oyster mushrooms. Mushroom cultivation has many benefits as it requires minimal space and investment. The document outlines the steps for cultivating mushrooms, including preparing the substrate (straw), spawn, and growing the mushrooms in bags or on beds. It notes nutritional benefits of mushrooms and describes the harvesting and room cleaning processes.
The document discusses the different types of mushrooms commonly found in India. It outlines six main types - button mushrooms, straw mushrooms, oyster mushrooms, milky mushrooms, cremini mushrooms, and shiitake mushrooms. For each type, it provides details on appearance, cultivation practices in India, nutritional profile, and usage. The types of mushrooms described are a major ingredient in many Indian dishes and cuisines.
Mushrooms discussed include white button (Agaricus bisporus), milky mushroom (Calocybe indica), oyster mushroom (Pleurotus sp.), and paddy straw mushroom (Volvariella sp.). White button mushroom is a temperature-sensitive species cultivated using composting methods. Milky mushroom and oyster mushrooms are cultivated on substrates like paddy straw or maize. Paddy straw mushroom has a fast life cycle of 10 days from spawning to harvest.
This document discusses several types of edible mushrooms available in India. It describes mushrooms as fast-growing fungi that produce fleshy fruiting bodies above or below ground. Some key edible mushroom varieties discussed include the button mushroom (Agaricus bisporus), golden oyster mushroom (Pleurotus citrinopileatus), straw mushroom (Volvariella volvacea), shiitake (Lentinula edodes), portobello, cremini, oyster, chanterelle, and morel. The document provides details on the appearance, taste, and cultivation of these common edible mushrooms.
Performance of different substrates on growth, yield and biological efficienc...svchandran01
The document discusses a study on the performance of different substrates for the growth, yield and biological efficiency of two oyster mushroom varieties, MDU 2 and CO (OM) 2. The substrates tested included sawdust, banana leaves, Guinea grass, coconut leaves, sorghum stalks, sugarcane bagasse, newspaper and maize stalks. Newspaper and paddy straw supported the fastest mycelial growth of both varieties. Newspaper also supported the fastest spawn running in 18.5 days for MDU 2 and 18 days for CO (OM) 2. Newspaper and paddy straw resulted in the highest mushroom yields and biological efficiencies for both varieties.
This document provides information about mushroom technology and mushroom cultivation. It discusses the nutritional value and medicinal properties of mushrooms. It then describes the cultivation process of three common mushrooms - button mushroom, milky mushroom, and oyster mushroom. For each mushroom, it explains the substrate processing, bag preparation, incubation, cropping, harvesting and expected yields. Finally, it shares eight mushroom recipes.
Mushrooms are fleshy, spore-bearing structures produced by fungi. There are over 1.5 million mushroom species worldwide, with around 80,000-88,000 identified. Mushrooms are classified based on their taxonomic position, natural habitat, and edibility for human consumption. Common edible cultivated mushrooms include oyster mushrooms, button mushrooms, paddy straw mushrooms, milky mushrooms, and shiitake mushrooms. Toxic and poisonous mushrooms like death cap and destroying angel mushrooms contain dangerous toxins and should not be consumed.
This document summarizes information about several edible mushroom species commonly grown or found in India. It discusses the nutrient content of mushrooms in general and provides details on the production and life cycles of key species like the white button mushroom (Agaricus bisporus), oyster mushrooms (Pleurotus spp.), and paddy straw mushroom (Volvariella volvacea). Top global producers of mushrooms are also listed.
Taxonomy, classification and life cycle of cultivated Mushroomigkv raipur
Mushroom are generally appears in rainy season during (June- september)
In nature growth of mushroom is of two types
Epigenous ( epi = upon and genous = on earth)
Hypogenous (hypo = under and genous = earth )
This document provides information about mushroom cultivation. It begins by defining fungi and listing common types including mushrooms. It then discusses the nutritional value of mushrooms and lists some edible varieties. The bulk of the document describes the cultivation methodology, including selecting and preparing appropriate substrates like rice straw, sterilizing the substrates, filling bags and inoculating with spores, maintaining incubation conditions, and harvesting the mature mushrooms. Key steps involve sterilizing substrates to prevent contamination, maintaining proper humidity and darkness during incubation, and harvesting mushrooms when caps reach 8-10 cm in diameter. Precautions are also outlined like using quality substrates and properly sterilizing and packing materials.
This document provides instructions for cultivating oyster mushrooms. It lists the necessary requirements, which include paddy straw, polythene bags, racks, fresh spawn, and other supplies. The procedure involves cutting and sterilizing the straw, filling layers of straw and spawn in bags, incubating the bags until the mycelium forms, and maintaining moisture levels until pinheads and mushrooms develop. Observations from one trial found the mycelium formed within 15 days, pinheads appeared on day 16, and the first harvest of 400g of mushrooms occurred on day 21, demonstrating the successful cultivation process.
Mushrooms provide many nutritional and health benefits. They are a good source of protein, vitamins, minerals, and fiber. Some mushrooms have compounds that may help fight cancer and support immune function. Mushroom production technology involves preparing compost, sterilizing the compost to prevent competing microorganisms, adding mushroom spawn, and carefully monitoring environmental conditions as the mushrooms grow. Mushrooms can be commercially grown on agricultural waste materials. Festivals aim to educate the public about mushrooms and promote their consumption for health and nutrition.
This document provides information about different types of mushrooms. It begins by defining mushrooms as fleshy, spore-bearing structures produced by fungi in the division Basidiomycota. It then describes several edible mushroom varieties like button mushrooms, oyster mushrooms, hen-of-the-woods, chicken of the woods, wood hedgehogs, giant puffballs, and paddy straw mushrooms. It also discusses several poisonous mushroom varieties like death caps, deadly dapperlings, autumn skullcaps, and deadly webcaps. It notes the toxic effects of compounds produced by poisonous mushrooms like alpha-amanitin, phallotoxin, and orellanine. It concludes with tips for distinguishing between edible and poison
This document provides information on cultivating oyster mushrooms. It discusses the preparation of materials needed, including cutting paddy straw into pieces, soaking and boiling it to attain proper moisture levels. Mushroom spawn is prepared using bottles containing spawn material. Polythene bags are prepared by tying their bottoms with twine. Beds are made by layering straw bits and spawn in the bags. The beds are kept in racks in a controlled mushroom shed until harvest. Proper temperature, humidity and ventilation are maintained for optimal mushroom growth.
Mushrooms are fast growing basidiomycetous fungi which produce fleshy fruit bodies.
These fungi live as saprophytes in dead organic matter in the form of the mat of interwined hyphae.
Oyster mushrooms can be grown on a variety of substrates, including:
Paddy straw
Maize stalks/cobs
Vegetable plant residues
Sugarcane bagasse
Hulled maize cobs
Paddy straw is commonly used because it is inexpensive and easily accessible. To prepare the straw, cut it into 3–5 cm pieces and soak it in fresh water for 8–16 hours.
Oyster mushroom can grow at moderate temperature ranging from 20 to 300 C and humidity 55-70% for a period of 6 to 8 months in a year. It can also be cultivated in summer months by providing the extra humidity required for its growth. In hilly areas above 900m
Seeding Plants for the School Garden ~ MA Ag in Classroom
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
Seeding Plants for the School Garden
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
Orchid seeds are very small and do not contain food reserves like other plant seeds. They require a symbiotic fungus to provide nutrients and allow germination. There are two main methods for growing orchids from seed - open air propagation which involves sowing seeds near flowering orchid roots to access the native fungus, and asymbiotic in-vitro propagation which isolates seeds from fungus but provides necessary nutrients in a sterile lab medium instead. The process involves sterilizing seed capsules and medium, sowing seeds, transplanting seedlings as they grow, and eventually potting mature plants.
The document discusses the fungus Cordyceps, including its classification, morphology, life cycle, cultivation methods, marketing potential, and therapeutic uses. Cordyceps is an entomopathogenic fungus that grows on insect hosts in high altitude regions of Asia. Two main species - Cordyceps sinensis and Cordyceps militaris - are cultivated for their medicinal properties including anti-inflammatory, anti-cancer, and immune-boosting effects.
This document provides an introduction to mushroom spawn preparation. It defines mushrooms and their life cycle. Mushrooms are nutritious and can be cultivated with low investment for profit. Spawn is the seed of mushrooms and is prepared by growing fungal mycelium in sterile grains. The process of spawn preparation involves making a pure culture, mother spawn in bottles, and commercial spawn in bags. Proper storage, transport, and precautions are needed to prevent contamination of the spawn.
An introduction to the edible mushroom which is found in nepalManoj Shrestha
The document discusses several types of mushrooms, including their Latin names, cultivation difficulty levels, physical descriptions, ideal growing conditions, and some uses. It provides information on the white button mushroom, king oyster mushroom, almond mushroom, reishi mushroom, paddy straw mushroom, yellow oyster mushroom, shiitake mushroom, morel mushroom, puffball mushrooms, and ink cap mushroom.
This document discusses vermicomposting, which is the process of using red wiggler worms and microorganisms to break down food scraps into nutrient-rich humus. Red wiggler worms can consume their own weight in organic matter daily, making vermicomposting a useful way to reduce household waste and produce fertilizer. The document provides instructions on creating optimal conditions for worms, including temperature, moisture, ventilation, and darkness, and describes what foods worms can and cannot eat. It also explains how to use the resulting compost and harvest and reproduce worms.
The document discusses the cultivation of button mushrooms (Agaricus bisporus). It describes the taxonomic classification of A. bisporus, noting that it is a fungus native to North America. It then outlines the life cycle of A. bisporus, explaining that the mushroom is the fruiting body produced during sexual reproduction to spread spores. Finally, it provides an overview of the mushroom cultivation process, including preparation of spawn, compost, and conditions for fruiting body formation.
Plants are vital for life on Earth. They convert sunlight into food through photosynthesis, produce oxygen, regulate climate, provide habitats for other organisms, and give us food, materials and medicines. Plants live in almost every habitat and maintain the balance of gases in the atmosphere. They come in a huge variety and have complex structures adapted for reproduction, growth and survival.
This document provides information about mushroom farming. It begins with the structure of mushrooms, including the cap, gills, ring, volva, mycelium, and stem. It then discusses the main types of mushrooms like morels, shiitake, oyster mushrooms and their uses. The life cycle of mushrooms is explained in 5 steps - spore dropping, growth of hyphae, mycelium formation, hyphal knots and pinheads developing into full mushrooms. The document outlines the process of mushroom cultivation including compost preparation in 2 phases, spawning, casing and conditions for pinning and cropping. Finally, it mentions some applications of mushrooms like used as food, bio-transformation, medicinal value for
The document summarizes the biology and cultivation of Morchella mushrooms. Some key points:
- Morchella, also known as morel mushrooms, are edible fungi prized for their honeycomb appearance and strong flavor.
- They have complex life cycles and form symbiotic relationships with tree roots. Morels fruit in the spring in temperate forests.
- Cultivation methods include using spawn/spore kits to inoculate beds or creating spore slurries to spread on prepared soil.
- False morel mushrooms contain toxins and must be properly identified to distinguish them from edible species.
Fungi can be helpful in your garden and delicious in the kitchen. This class offers a peek into the fungi kingdom at large and addresses DIY indoor growing and cultivation methods with the option to transfer your fungi to your outdoor garden in the spring. In addition to a demonstration of basic propagation techniques, the class offers resources for finding mushroom materials to work with as you set about on your homegrown mycological pursuits.
Present at the Brooklyn Botanic Garden on October 11, 2015 as part of continuing education.
Presentation developed and presented by @Gil_Lopez
Mushrooms - intro classification and productionDIVYA BHARDWAJ
The document provides information about mushrooms, including their structure, identification, uses, and cultivation methods. It describes that mushrooms are the fruiting bodies of fungi and discusses the key parts of mushrooms like the cap, gills, stem, and spores. It also summarizes techniques for cultivating common mushrooms like button mushrooms, oyster mushrooms, and paddy straw mushrooms indoors using controlled composting, spawning, casing, pinning, and harvesting steps.
This document provides a summary of the author's garden plan for their community garden plot, including the crops and varieties they have selected to grow. They will divide the 20' x 40' plot into standardized blocks and plant a variety of vegetables, including tomatoes, lettuce, peas, cucumbers, peppers, and carrots. The author explains their criteria for selecting cultivars, including taste, productivity, role in the garden ecology, and ability to attract pollinators. They provide details on the specific varieties chosen for the summer harvest and their goals for the garden in the coming year.
This document provides information about poultry, including different types of domestic fowl commercially sold for meat. It discusses various breeds of chickens, ducks, geese, and turkeys available in markets. The document also covers topics like choosing quality poultry, butchering techniques, cuts of meat, cooking methods, and various poultry terminology.
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2. History
Mushrooms, the plant of immortality?
Egyptians believed The delicious flavor of mushrooms
intrigued the pharaohs of Egypt so much that they decreed
that mushrooms was food
In various other civilizations throughout the world including
Russia, China, Greece, Mexico and Latin America, mushroom
rituals were practiced.
3. Mushrooms are our most unique growing vegetable;
and mushroom growing is one of the most unusual stories in
agriculture. Here is a summary of the growth cycles of some
of our most popular cultivated mushroom varieties.
Mushrooms, like all mushrooms, grow from microscopic
spores, not seeds. Plants growing from spores are called
fungi. . The medium-called compost is scientifically
formulated of various materials such as straw, corn cobs,
cotton seed and cocoa seed hulls In two to three weeks,
the compost becomes filled with the root structure of the
mushroom, a network of lacy white filaments called mycelium.
Eventually, tiny white protrusions form on the mycelium and
push up through the peat moss.
Farmers call this pinning. Size is no indication of maturity
in mushrooms. Perfectly ripe ones vary from small buttons
to large caps.
White
4. Crimini
Mushrooms are grown and harvested in the same manner
as the white mushroom. The reason they have a darker
color and slightly denser texture is that they come from
a different strain of spores.
Portabella
Mushrooms are also grown like the white mushrooms.
Actually, the Portabella is a mature Crimini.
It's usually three to seven days older than the Crimini
when harvested. As a result of their longer growing period,
Portabellas develop much larger caps-ranging up to six inches
in diameter.
5. Oyster
Mushrooms are grown in mushroom houses but they require a bit more humidity and fresh air
than the white variety.
They grow well on a range Shiitake mushrooms were originally cultivated on natural oak logs, a
process which took two to four years before the mycelium colonized the wood sufficiently to
produce fruiting. Shiitakes were harvested on a seasonal basis (spring and fall) for about
six years.
Now, however, oak sawdust is packed into poly bags, sterilized, inoculated with spawn and
placed in environmentally controlled rooms. These man-made "logs" produce Shiitakes in seven
weeks.
The total process, from spawning to the end of harvesting takes about four months as comp to
the six year cycle on natural logs.
6. Enoki,
current technology uses automated systems to fill plastic
bottles with substrate usually ground corn cob pellets along with other ingredients such as
wheat bran and soybean meal.
Enokis require a colder environment, 45 degrees compared to
growing temperatures of about 60 degrees, which other varieties require. After about 90 days,
the mushrooms are harvested.
The collars are removed, the Enokis plucked from the mouth of the bottle and usually packaged
in shrink-wrapped bags.
7. Beech
Mushrooms is similar to growing Enokis.
However, Beeches require a temperature of 60 to 64 degrees
in order for the culture to fully develop. It takes about 100 days to produce a mature crop.
Afterward, the mushrooms are
harvested and packaged for sale. Since Beeches only produce
one set of fruiting bodies per crop, the remaining substrate is
recycled for agri-business products.
Current technology uses automated systems to fill plastic bottles with substrate usually
ground.The collars are removed, the Enokis plucked from the mouth of the bottle and usually
packaged in shrink-wrapped bags.
. Enokis require a colder environment, 45 degrees compared to growing temperatures of about
60 degrees, which other varieties require. waste products including hardwood chips, chopped
cereal straws or corn cobs.
8. Maitake
Starts out as a mushroom "culture"- a piece of mushroom tissue grown on special sterile media
in a Petri plate in a laboratory.
The mushroom spawn is used to inoculate Maitake production logs, which are made out of
sawdust supplemented with grain byproducts such as bran.
The logs go through a "spawn run" where the mushroom spawn colonizes the sawdust and
supplements and knits them together in a solid mass.
The logs go through a "spawn run" where the mushroom spawn colonizes the sawdust and
supplements and knits them oge their in a solid mass.The whole process from lab to table takes
from 10 to 14 weeks.
9. MAJOR GROUPS OF FUNGI:
Fungi are classified accordingly to the manner in which they produce their spores and the type
of fruit body they develop.
The three main classes of fungi: the zygomycetes, the ascomycetes and the basiomycetes.
CHANTERELLES:This small group includes short lived, fleshy fungi.
MUSHROOMS AND TOAD STOOLS:This is most abundant group of fungi. The mushrooms are
the edible but they differ in the manner they form the spores.
CLUB-FUNGI AND TOOTH-FUNGI:The club fungi and the tooth fungi are also , for most part, soft
and fleshy. Most species grow on the ground, though a few occur on the dead wood.
10. BRACKET-FUNGI: These are a large group, of which the majority grow on the living or the dead
wood, and hence found in the woods or forests.
PUFFBALLS AND RELATIVES: The bird’s nest fungi, which fall in the order called gasteromycetes.
All puffballs are edible when flesh is young.
STINKHORNS: they are slimy and the slime has an strong and unpleasant smell but is attractive
to flies. The spores are eaten and thereby dispersed.
JELLY-FUNGI: All the species grow on the wood, not regarded as edible though the varieties
Aricularia polytricha and Tremella delica are often found in the Chinese cuisine, for its flovors
and texture
11. Varieties
White "button"
White "button" mushrooms (Agaricus bisporus) make up about 80 percent of all the mushrooms
harvested.
Oyster (Pleurotus spp.)
These mushrooms carry intense flavors and, perhaps more importantly, can be grown in a
variety of colors, including yellow, pink, blue, brown, gray, and white. Oyster varieties are grown
on substrates of wheat straw, cottonseed hulls, or wood chips.
Cremini
More than a decade ago, growers started marketing the brown version of the Agaricus
mushroom as a specialty crop. The underside of the cap, called the veil, remains intact.
12. Enokitake (Flammulina velutipes)
These long-stemmed mushrooms are raised on substrates composed of wood chips in Asia and
corn cobs or wood chips. Their delicate structure and flavor make them ideal for soups, salads,
and other recipes.
Portobello
This is a cremini allowed to grow much larger. The veil under the cap is allowed to break,
exposing the striations, or "gills," underneath. The more mature mushrooms produce an intense
flavor and are marketed for use in pastas, salads, as meat substitutes in burgers, or as
"mushroom steaks."
"The latest new Agaricus to be marketed is a 'portobellini,"It's basically a cremini
mushroom that has been picked just after its veil has broken. Think of them as
small portobellos."
13. Maitake (Grifola frondosa)
Maitake mushrooms are growing in popularity not only for flavor, but also for their medicinal
properties. The mushrooms are grown on substrates of wood chips.
In Asia, powdered maitake is used in teas, tablets, drinks, and powders.
Shiitake (Lentinula edodtes)
Intensely flavorful, this mushroom is the most popular exotic variety. Traditionally, farmers
raised these mushrooms on freshly cut hardwood logs. Refined ways to grow shiitakes on a
substrate of sawdust, so cultivation is not so laborious and yields are higher.
Morel (Morchella esculenta)
These mushrooms, shaped like a Christmas tree or a pinecone, are just beginning to be called
"sclerotia," which retain nutrients as they overwinter. The sclerotia are placed into a substrate of
peat moss and bark. When water is added, mushrooms appear.
14. Here are some easy methods for cooking mushrooms.
Fresh mushrooms are truly a cook's best friend
Basic Preparation.
The only trimming they need is the stem end, if it's dry, or the tough stem portion of Shiitakes or
the root of the Portabella.
All other mushroom stems may be prepared along with the caps.
Mushrooms can be sliced thick or thin, cut in quarters, coarsely or finely chopped using a sharp
knife. For slicing or chopping large quantities, use a food processor with
the slicing or wing blade attachment.
If a recipe calls for just caps, twist stems loose or separate them from the caps with
the tip of a knife.
15. Sautéing:
(The most popular way to cook mushrooms) For each eight ounces of mushrooms, melt
one tablespoon butter or heat one tablespoon of oil in a large skillet. Add mushrooms.
Cook and stir until golden and the released juices have evaporated, about five minutes.
Don't overcrowd the skillet or the mushrooms will steam rather than brown.
Microwaving:
Mushrooms cook extremely well in the microwave. Simply clean and cook as follows:
Put eight ounces thickly sliced mushrooms in a microwave able bowl
(no oil or butter needed); cover and cook on HIGH (100% power) for two to three
minutes stirring once.
16. Roasting:
Place mushrooms in a shallow baking pan, Toss with a little oil and roast in a 450 F oven, stirring
occasionally until brown, about 20 minutes. Use about one tablespoon of oil for
each eight ounces of mushrooms.
Grilling or Broiling:
(Preferred for larger capped mushrooms like Portabellas and Shiitakes) Lightly brush caps and
stems with oil to keep them moist, and season with salt and pepper. Grill or broil 4 to 6 inches
from heat source for 4 to 6 minutes on each
side, brushing again once or twice.
Seasoning:
Mushrooms are very similar to meats and other vegetables. Virtually any and all seasonings
go well with mushrooms. If serving as a side dish, use seasonings compatible with the main
dish.
17. NUTRITIONAL VALUES
Though mushrooms are often grouped with vegetables and fruits, they are actually fungi--for
that reason, they are in a class of their own, nutritionally speaking.
Mushrooms do share some of the benefits of fruits and vegetables.
They are low in calories, have no cholesterol and are virtually free of fat and sodium.
And that’s not all. Mushrooms are stars when it comes to some of the essential minerals and B-
complex vitamins not easily found in produce.
In addition, some contain substances that might prove to be useful in the treatment and
prevention of serious diseases.
18. Selecting Mushrooms:
Look for mushrooms with a fresh, smooth appearance, free from major blemishes, with a dry
(not dried) surface. A closed veil (the thin membrane under the cap) indicates a delicate flavor;
an open veil means a richer flavor.
Storing Mushrooms:
Keep mushrooms refrigerated. They're best when used within several days after purchase. Do
not rinse mushrooms until ready to use.
To prolong shelf life, store fresh mushrooms in a porous paper bag.
Always remove plastic overlay from packaged mushrooms. Avoid air tight containers- this
causes moisture condensation which speeds spoilage.
19. Cleaning Mushrooms:
Gently wipe mushrooms with a damp cloth or soft brush to remove occasional peat moss
particles. Or, rinse with cold water and pat dry with paper towels.
Freezing Mushrooms:
Fresh mushrooms don't freeze well. But if it's really necessary to freeze them, first saute in
butter or oil or in a non-stick skillet without fat; cool slightly, then freeze in an air tight container
up to one month.
1 pound Crimini or White mushrooms = 5 cups sliced (lightly packaged)
1 pound sliced Crimini or White mushrooms= 2 cups saute 1pound Crimini or White mushrooms
= approximately 35 medium sized mushrooms
4 ounces Shiitake mushrooms without stems = 1 1/2 cups sliced or chopped
6 ounces trimmed Portabella mushrooms = 2 1/4 cups coarsely chopped