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MODULE 10
Mushroom cultivation and Farming
BY,
PILLAI ASWATHY VISWANATH
Mushrooms
 A mushroom is the fleshy, spore-bearing fruiting
body of a fungus, typically produced above
ground on soil or on its food source.
 The word "mushroom" is most often applied to
those fungi that have a stem, a cap , and gills on
the underside of the cap.
 These gills produce microscopic spores that help
the fungus spread across the ground or its
occupant surface.
 Their spores, called basidiospores
 These lack chlorophyll and live on dead organic
matter and hence are saprophytic
 A mushroom develops from a nodule, or pinhead, less
than two millimeters in diameter, called a primordium,
which is typically found on or near the surface of
the substrate.
 It is formed within the mycelium, the mass of
threadlike hyphae that make up the fungus.
 Mycelia absorb nutrient from soil , it do not require
sun light for their growth
 The primordium enlarges into a roundish structure of
interwoven hyphae roughly resembling an egg, called a
"button". The button has a cottony roll of mycelium,
the universal veil, that surrounds the developing fruit
body.
 As the egg expands, the universal veil
ruptures and may remain as a cup,
or volva, at the base of the stalk,
 Cap like structure is known as pileus,
attached with thread like structure
mycelia.
 Most of the growth of a fungus goes
unnoticed because it occurs underground
 mushrooms may seem to sprout
overnight, it actually takes days or
weeks for one to develop.
Nutritional value and Medicinal value
 Protein - Most mushrooms have a high protein content, usually
around 20-30% by dry weight.
 Fiber - Helps lower cholesterol and is important for the
digestive system.
 Vitamin D - Essential for the absorption of calcium.
 Copper - Aids in helping the body absorb oxygen and create red
blood cells.
 Selenium - An antioxidant that helps neutralize free radicals,
thus preventing cell damage and reducing the risk of cancer and
other diseases. Mushrooms contain more selenium than any
other form of produce.
 Potassium - An extremely important mineral that regulates
blood pressure and keeps cells functioning properly
 Other important minerals - Such as phosphorous, zinc, and
magnesium.
 Low levels of fat, calories, sodium , carbohydrate content
 No cholesterol
Types of mushrooms
Agaricus bisporus
Pleurotus ostreatus
Volvariella vovavcea
POISONOUS MUSHROOMS
 Poisonous Mushrooms look like edible mushroom
in their morphology and lifecycle. However They
can be distinguished by following features:
 Brightly coloured fruit bodies.
 Greenish tinge on gills and Yellow-Green
spores.
 Pink coloured spores in gills.
 Presence of Vulva and Annulus on the Stalk.
 Oozing of milky or coloured latex at damaged
portions
 Unpleasant odour
Amanita phalloides :Tricholoma muscarium
EDIBLE MUSHROOMS
 Edible mushrooms are consumed by humans for
their nutritional value and they are occasionally
consumed for their supposed medicinal value.
 Edibility may be defined by criteria that include
absence of poisonous effects on humans and
desirable taste and aroma .
 Edible mushrooms include many fungal species that
are either harvested wild or cultivated
 Edible mushrooms are consumed for
their nutritional value and they are occasionally
consumed for their supposed medicinal value.
Example :
 Agaricus bisporus
 Lentinus edodes
 Pleurotus ostreatus
 Volvariella vovavcea
 Auricularia polytricha
 Agaricus bisporus is
an edible basidiomycete mushroom native
to grasslands in Europe and North America.
 It has two color states while immature—white and brown—
both of which have various names. When mature, the same
mushroom has yet another popular name.
 When immature and white—this mushroom may be known
as common mushroom, button mushroom, white
mushroom, cultivated mushroom, table mushroom,
and champignon mushroom.
Agaricus bisporus
 When immature and brown—this mushroom
may be known variously as Swiss brown
mushroom, Roman brown mushroom, Italian
brown, Italian mushroom, cremini or crimini
mushroom, brown cap mushroom,
or chestnut mushroom.
 When mature, the same mushroom is known
as Portobello mushroom
Pleurotus ostreatus
 The Pleurotus mushroom is generally referred to as
`Oyster Mushroom' or `Dhingri' in India.
 The fruit bodies of this mushroom are distinctly
shell, fan or spatula shaped with different shades
of white, cream, grey, yellow, pink or light brown
depending upon the species.
 They are found on hardwoods
 They secrete enzymes that break down
the organic bonds in wood into smaller
molecules.
 Thus due to their love of wood, oysters
are also efficient in breaking down the
organic bonds in toxic chemicals.
 Yet this edible fungus can be beneficial to
the body and breaks down toxic chemicals
 It has the bittersweet aroma
of benzaldehyde
 Oyster mushrooms can also be used
industrially for mycoremediation purposes.
Volvariella vovavcea
The 'Chinese' or 'paddy straw' mushroom.
Commonly grown on the paddy straw.
Volvariella volvacea is a high temperature
mushroom grown largely in tropical and
subtropical regions of Asia e.g. China, India.
It is fast growing fungus with a slender flesy
stipe
Dark grey cup
 Volvariella and Amanita cannot be distinguished in
the early "button stage", that, for many, is
considered the best stage to
collect Volvariella for consumption.
 Like Amanita, the paddy straw mushroom has
a volva, or universal veil, so called because it is a
membrane that encapsulates the entire mushroom
when it is young.
 This structure breaks apart as the mushroom
expands, leaving parts that can be found at the
base of the stalk as a cup-like structure.
Mushroom Cultivation
Requirements
 Spawn
 Paddy straw/saw dust of rubber
 Polythene bag
 Polythene sheet
 Pottasium permanganate/spirit /dettol
Spawn Production
 To start growing mushrooms you need to buy
the spores. The spores shown below have been
grown on a corn cob. One “bottle” of spore
can be used for 2 sacks. The spores on the
right have been broken into 8 pieces.
Cultivation
Step 1:
 Preparing the straw You will need sterilized
straw.
 Sterilized straw will ensure all other fungi
spores are killed.
 To sterilize straw, boil it in water for half an
hour.
 Squeeze water out of the straw.
 The straw has to be 60% moist i.e. when you
squeeze the straw, no water should be wrung
out. The straw is ready to use.
Chopping of paddy straw Soaking of paddy straw
Hot water treatment Drain off excess water
Step 2:
 Preparing the bag Start packing the straw into
the plastic bag of approximate dimensions
12*24 inches.
 Fill in two inches of straw.
 Crumble one chunk of the the spore on top of
the straw along the edges.
 Spores grow out from the sides of the bag, so
it is important to distribute the spores along
the edges.
 Spores in the middle will not germinate.
Bed preparation Layering of spawn
Pinning of bed Spawn running
Step 3:
 Layering Pack in four inches of straw.
Repeat the process three more times.
After the last layer of spore, pack in
two inches of straw.
Step 4:
 Closing, twist the open end and tie the
bag tightly
Step 5:
 Making air holesMake 12 – 20 holes
using a sharp stick all over the bag.
This will promote air circulation. The
mushrooms will grow out through these
holes.
Step 6: Germination
 Your mushroom bag is now ready.
 Set in a cool dark place to promote mycelium
growth.
 You can also get the cool dark effect by
hanging a wet jute sack around the grow bag.
 Make sure that the sack is at least one foot
away from the plastic bag.
 Spray the sack every 5 days to keep it moist.
 Mushrooms will start sprouting in 18 days.
Hangging of bed
Mature mushroomPinhead stage
watering
 This is what the mushrooms will look like
growing out of a bag.
Harvesting of mushroom Packing of mushroom

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MUSHROOM CULTIVATION

  • 1. MODULE 10 Mushroom cultivation and Farming BY, PILLAI ASWATHY VISWANATH
  • 2. Mushrooms  A mushroom is the fleshy, spore-bearing fruiting body of a fungus, typically produced above ground on soil or on its food source.  The word "mushroom" is most often applied to those fungi that have a stem, a cap , and gills on the underside of the cap.  These gills produce microscopic spores that help the fungus spread across the ground or its occupant surface.  Their spores, called basidiospores  These lack chlorophyll and live on dead organic matter and hence are saprophytic
  • 3.
  • 4.  A mushroom develops from a nodule, or pinhead, less than two millimeters in diameter, called a primordium, which is typically found on or near the surface of the substrate.  It is formed within the mycelium, the mass of threadlike hyphae that make up the fungus.  Mycelia absorb nutrient from soil , it do not require sun light for their growth  The primordium enlarges into a roundish structure of interwoven hyphae roughly resembling an egg, called a "button". The button has a cottony roll of mycelium, the universal veil, that surrounds the developing fruit body.
  • 5.
  • 6.  As the egg expands, the universal veil ruptures and may remain as a cup, or volva, at the base of the stalk,  Cap like structure is known as pileus, attached with thread like structure mycelia.
  • 7.  Most of the growth of a fungus goes unnoticed because it occurs underground  mushrooms may seem to sprout overnight, it actually takes days or weeks for one to develop.
  • 8. Nutritional value and Medicinal value  Protein - Most mushrooms have a high protein content, usually around 20-30% by dry weight.  Fiber - Helps lower cholesterol and is important for the digestive system.  Vitamin D - Essential for the absorption of calcium.  Copper - Aids in helping the body absorb oxygen and create red blood cells.  Selenium - An antioxidant that helps neutralize free radicals, thus preventing cell damage and reducing the risk of cancer and other diseases. Mushrooms contain more selenium than any other form of produce.  Potassium - An extremely important mineral that regulates blood pressure and keeps cells functioning properly  Other important minerals - Such as phosphorous, zinc, and magnesium.  Low levels of fat, calories, sodium , carbohydrate content  No cholesterol
  • 9. Types of mushrooms Agaricus bisporus Pleurotus ostreatus Volvariella vovavcea
  • 10. POISONOUS MUSHROOMS  Poisonous Mushrooms look like edible mushroom in their morphology and lifecycle. However They can be distinguished by following features:  Brightly coloured fruit bodies.  Greenish tinge on gills and Yellow-Green spores.  Pink coloured spores in gills.  Presence of Vulva and Annulus on the Stalk.  Oozing of milky or coloured latex at damaged portions  Unpleasant odour
  • 12. EDIBLE MUSHROOMS  Edible mushrooms are consumed by humans for their nutritional value and they are occasionally consumed for their supposed medicinal value.  Edibility may be defined by criteria that include absence of poisonous effects on humans and desirable taste and aroma .  Edible mushrooms include many fungal species that are either harvested wild or cultivated  Edible mushrooms are consumed for their nutritional value and they are occasionally consumed for their supposed medicinal value.
  • 13. Example :  Agaricus bisporus  Lentinus edodes  Pleurotus ostreatus  Volvariella vovavcea  Auricularia polytricha
  • 14.  Agaricus bisporus is an edible basidiomycete mushroom native to grasslands in Europe and North America.  It has two color states while immature—white and brown— both of which have various names. When mature, the same mushroom has yet another popular name.  When immature and white—this mushroom may be known as common mushroom, button mushroom, white mushroom, cultivated mushroom, table mushroom, and champignon mushroom. Agaricus bisporus
  • 15.  When immature and brown—this mushroom may be known variously as Swiss brown mushroom, Roman brown mushroom, Italian brown, Italian mushroom, cremini or crimini mushroom, brown cap mushroom, or chestnut mushroom.  When mature, the same mushroom is known as Portobello mushroom
  • 16. Pleurotus ostreatus  The Pleurotus mushroom is generally referred to as `Oyster Mushroom' or `Dhingri' in India.  The fruit bodies of this mushroom are distinctly shell, fan or spatula shaped with different shades of white, cream, grey, yellow, pink or light brown depending upon the species.  They are found on hardwoods
  • 17.  They secrete enzymes that break down the organic bonds in wood into smaller molecules.  Thus due to their love of wood, oysters are also efficient in breaking down the organic bonds in toxic chemicals.  Yet this edible fungus can be beneficial to the body and breaks down toxic chemicals
  • 18.  It has the bittersweet aroma of benzaldehyde  Oyster mushrooms can also be used industrially for mycoremediation purposes.
  • 19. Volvariella vovavcea The 'Chinese' or 'paddy straw' mushroom. Commonly grown on the paddy straw. Volvariella volvacea is a high temperature mushroom grown largely in tropical and subtropical regions of Asia e.g. China, India. It is fast growing fungus with a slender flesy stipe Dark grey cup
  • 20.  Volvariella and Amanita cannot be distinguished in the early "button stage", that, for many, is considered the best stage to collect Volvariella for consumption.  Like Amanita, the paddy straw mushroom has a volva, or universal veil, so called because it is a membrane that encapsulates the entire mushroom when it is young.  This structure breaks apart as the mushroom expands, leaving parts that can be found at the base of the stalk as a cup-like structure.
  • 22. Requirements  Spawn  Paddy straw/saw dust of rubber  Polythene bag  Polythene sheet  Pottasium permanganate/spirit /dettol
  • 23. Spawn Production  To start growing mushrooms you need to buy the spores. The spores shown below have been grown on a corn cob. One “bottle” of spore can be used for 2 sacks. The spores on the right have been broken into 8 pieces.
  • 24. Cultivation Step 1:  Preparing the straw You will need sterilized straw.  Sterilized straw will ensure all other fungi spores are killed.  To sterilize straw, boil it in water for half an hour.  Squeeze water out of the straw.  The straw has to be 60% moist i.e. when you squeeze the straw, no water should be wrung out. The straw is ready to use.
  • 25. Chopping of paddy straw Soaking of paddy straw Hot water treatment Drain off excess water
  • 26. Step 2:  Preparing the bag Start packing the straw into the plastic bag of approximate dimensions 12*24 inches.  Fill in two inches of straw.  Crumble one chunk of the the spore on top of the straw along the edges.  Spores grow out from the sides of the bag, so it is important to distribute the spores along the edges.  Spores in the middle will not germinate.
  • 27. Bed preparation Layering of spawn Pinning of bed Spawn running
  • 28. Step 3:  Layering Pack in four inches of straw. Repeat the process three more times. After the last layer of spore, pack in two inches of straw.
  • 29. Step 4:  Closing, twist the open end and tie the bag tightly
  • 30. Step 5:  Making air holesMake 12 – 20 holes using a sharp stick all over the bag. This will promote air circulation. The mushrooms will grow out through these holes.
  • 31. Step 6: Germination  Your mushroom bag is now ready.  Set in a cool dark place to promote mycelium growth.  You can also get the cool dark effect by hanging a wet jute sack around the grow bag.  Make sure that the sack is at least one foot away from the plastic bag.  Spray the sack every 5 days to keep it moist.  Mushrooms will start sprouting in 18 days.
  • 32. Hangging of bed Mature mushroomPinhead stage watering
  • 33.  This is what the mushrooms will look like growing out of a bag.
  • 34. Harvesting of mushroom Packing of mushroom