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o What is Vermicomposting?
 Biologically, it is defined as the process of turning
organic debris into worm castings that play a crucial role
in increasing the fertility of soil.
 These castings contain seven times more potash, five
times more nitrogen and 1.5 times more calcium than
what is found in the topsoil.
 In addition they have better moisture retention capacity,
aeration, porosity and structure than the topsoil.
 Research has shown the castings to hold nine times
their weight in water.
Objective of Vermicomposting
Project.
 The main objective of vermicomposting project
is to produce organic manure of exceptional
quality for the organically starved soil.
 Agricultural wastes, wastes from dairy and
animal farms are usually dumped into at places
resulting in a foul mess.
 By vermicomposting these wastes, they are not
only utilized efficiently but also help in making a
value-added product.
Types of Earthworm and
Classification.
 Study of earthworms was pioneered by Charles
Darwin.
 Taking the cue, Barrett and George Oliver
carried out an extensive study and demonstrated
the benefits of earthworms in agriculture.
 Barrett was the first person to grow earthworms
on a commercial scale.
 Totally there are 386 different varieties of
earthworms that have been identified that are
broadly classified into 3 categories, viz. epigeic,
endogeic and diageic.
1. Epigeic.
 Thriving on soil surface, they convert the organic
waste into humus very quickly.
 They have a high metabolic activity but it lasts
only for a limited period.
 They need a huge amount of organic content as a
part of their feed and thus ideal for commercial
vermicompost project.
 Although they have a short life span, their rate of
reproduction is very high.
 Some of the commercially grown species
belonging to this group are Eisenia foetida,
Eudrilus euginae, Perionyx excavatus, Lumbricus
rubellus and P.arborjcola.
2. Endogeic
 Species belonging to this category live just
below the topsoil surface where mineralized
aluminum oxide, iron oxide and clay occur.
 They burrow into the soil making tunnels
horizontally as well as obliquely thus
increasing the aeration.
 They feed on organic matter that are
undergoing degradation at different levels.
 They improve the soil texture and structure.
3. Diageic
 Diageic worms make permanent burrows and
are deep dwelling in the soil.
 The organic litter is collected from the soil
surface and stored in the burrows which are
fed upon by the earthworms.
 The excrements are disposed on the outside of
the burrows.
 Thus these are worms help in mixing the
surface organic matter into the sub-terranian
soil.
 They also help loosen the soil.
Vermicompost Production
Requirements.
 The most essential production requirements in
vermicomposting project are the base material and
the right species of earthworm:
 Base Material
o The base materials needed for vermicomposting must
be organic and biodegradable. They include:
1. Cow dung from dairy farm.
2. Goat and sheep dung.
3. Organic sludge.
4. Tree leaves.
5. Crop residues
EARTHWORM SPECIES.
 There are more than 2500 earthworm species in
the world.
 They are diverse in nature and it is
recommended to use the locally available variety
since it is indigenous to the place and is naturally
adapted to the particular geographical location.
 For commercial vermicompost project there are
specific earthworm species available like Eisenia
foetida, Perionyx excavatus, Eudrilus eugeniae,
etc. Eisenia foetida, also called Red earthworm
has a high rate of multiplication.
Bedding and Other Compost
Essentials.
 While preparing the compost for earthworms
some basic considerations must be made such
as moisture content, aeration, source of food,
the thriving environment and protection from
the extreme temperature swings.
 Of these, the thriving environment or the
‘bedding’ is of prime importance. It is any
material that serves as a habitat for the
earthworms. It must have the following
features:
 High Rate of Absorbency: The worms breathe
through their skins and they die if the skin dries.
Hence one of the most important requirements
of the bedding is that it must absorb and retain
enough water.
 Packing: The bedding must not packed too
tightly as it would affect the aeration and
temperature. Oxygen is important for the survival
of earthworms.
 Carbon – Nitrogen Ratio: The breaking down
of the bedding and its consumption by the
earthworms must be a slow process.
Vermicomposting Methods.
 There are different methods of
vermicomposting. However, the bed and pit
method are the most commonly followed
among them. In the bed method, a bed of
organic mixture is made on the floor.
 In the pit method, cemented pits of 5ft * 5ft *
3ft are used for composting.
 When tanks are prepared, there must be
enough holes to aid excess water drainage.
 The worms are first released into the bedding
followed by the feed material.
Conversion Ability
 It has been observed that a kilogram of
worms can convert 25-45 Kg of wet waste on
weekly basis.
 In other words, there can be a compost
recovery of at least 25 Kg per week with a
kilogram of worms that number to about 1000
worms.
 They can produce 2000-5000 cocoons on
weekly basis. The incubation period of the
cocoons is 2 weeks and their rate of survival
is 60%.
Precautionary Measures in
Vermicomposting.
 Compost Material: The compost material must
be purely organic. It must be devoid of materials
like glass pieces, stones, ceramic pieces,
plastic, etc.
 Loading: The vermicompost heap must be filled
to the right quantity. It should not be overloaded
as overloading causes accumulation of gases
and increase in temperature.
 Drainage Channel: There should be a provision
for drainage around the vermicompost heap so
that there is no water accumulation.
Harvesting the Compost
 The complete decomposition of the compost
takes about 100 days in case of ideal conditions.
 On an average, a single tank can be used for
composting at least 4 times a year.
 Once the compost is ready, the residue is black
in color.
 Few days before harvesting, stop watering the
tank. This helps the worms to migrate to the
bottom of the bed.
 Some farmers dry them under the sun and make
vermi-protein. On an average about 1700 Kg of
compost can be obtained.
Alternate Income from
Vermicompost Project.
 Vermicomposting is an excellent source of
alternate income for farmers.
 The compost after drying can be sold.
Similarly, the worms can be sold to other
farmers who are looking to start
vermicomposting in their farms.
 It is a good thriving, all-season business for
entrepreneurs that involves minimum
investment and labor but maximum benefits.
CONCLUSION
 Vermicomposting is a process based on
earthworms and microorganisms, whose joint
action provides degradation and
detoxification of organic waste as well as
conversion into a product to be used for
agronomic purposes.

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VERMICOMPOSTING pptx..pptx

  • 1. o What is Vermicomposting?  Biologically, it is defined as the process of turning organic debris into worm castings that play a crucial role in increasing the fertility of soil.  These castings contain seven times more potash, five times more nitrogen and 1.5 times more calcium than what is found in the topsoil.  In addition they have better moisture retention capacity, aeration, porosity and structure than the topsoil.  Research has shown the castings to hold nine times their weight in water.
  • 2. Objective of Vermicomposting Project.  The main objective of vermicomposting project is to produce organic manure of exceptional quality for the organically starved soil.  Agricultural wastes, wastes from dairy and animal farms are usually dumped into at places resulting in a foul mess.  By vermicomposting these wastes, they are not only utilized efficiently but also help in making a value-added product.
  • 3. Types of Earthworm and Classification.  Study of earthworms was pioneered by Charles Darwin.  Taking the cue, Barrett and George Oliver carried out an extensive study and demonstrated the benefits of earthworms in agriculture.  Barrett was the first person to grow earthworms on a commercial scale.  Totally there are 386 different varieties of earthworms that have been identified that are broadly classified into 3 categories, viz. epigeic, endogeic and diageic.
  • 4. 1. Epigeic.  Thriving on soil surface, they convert the organic waste into humus very quickly.  They have a high metabolic activity but it lasts only for a limited period.  They need a huge amount of organic content as a part of their feed and thus ideal for commercial vermicompost project.  Although they have a short life span, their rate of reproduction is very high.  Some of the commercially grown species belonging to this group are Eisenia foetida, Eudrilus euginae, Perionyx excavatus, Lumbricus rubellus and P.arborjcola.
  • 5. 2. Endogeic  Species belonging to this category live just below the topsoil surface where mineralized aluminum oxide, iron oxide and clay occur.  They burrow into the soil making tunnels horizontally as well as obliquely thus increasing the aeration.  They feed on organic matter that are undergoing degradation at different levels.  They improve the soil texture and structure.
  • 6. 3. Diageic  Diageic worms make permanent burrows and are deep dwelling in the soil.  The organic litter is collected from the soil surface and stored in the burrows which are fed upon by the earthworms.  The excrements are disposed on the outside of the burrows.  Thus these are worms help in mixing the surface organic matter into the sub-terranian soil.  They also help loosen the soil.
  • 7. Vermicompost Production Requirements.  The most essential production requirements in vermicomposting project are the base material and the right species of earthworm:  Base Material o The base materials needed for vermicomposting must be organic and biodegradable. They include: 1. Cow dung from dairy farm. 2. Goat and sheep dung. 3. Organic sludge. 4. Tree leaves. 5. Crop residues
  • 8. EARTHWORM SPECIES.  There are more than 2500 earthworm species in the world.  They are diverse in nature and it is recommended to use the locally available variety since it is indigenous to the place and is naturally adapted to the particular geographical location.  For commercial vermicompost project there are specific earthworm species available like Eisenia foetida, Perionyx excavatus, Eudrilus eugeniae, etc. Eisenia foetida, also called Red earthworm has a high rate of multiplication.
  • 9. Bedding and Other Compost Essentials.  While preparing the compost for earthworms some basic considerations must be made such as moisture content, aeration, source of food, the thriving environment and protection from the extreme temperature swings.  Of these, the thriving environment or the ‘bedding’ is of prime importance. It is any material that serves as a habitat for the earthworms. It must have the following features:
  • 10.  High Rate of Absorbency: The worms breathe through their skins and they die if the skin dries. Hence one of the most important requirements of the bedding is that it must absorb and retain enough water.  Packing: The bedding must not packed too tightly as it would affect the aeration and temperature. Oxygen is important for the survival of earthworms.  Carbon – Nitrogen Ratio: The breaking down of the bedding and its consumption by the earthworms must be a slow process.
  • 11. Vermicomposting Methods.  There are different methods of vermicomposting. However, the bed and pit method are the most commonly followed among them. In the bed method, a bed of organic mixture is made on the floor.  In the pit method, cemented pits of 5ft * 5ft * 3ft are used for composting.  When tanks are prepared, there must be enough holes to aid excess water drainage.  The worms are first released into the bedding followed by the feed material.
  • 12. Conversion Ability  It has been observed that a kilogram of worms can convert 25-45 Kg of wet waste on weekly basis.  In other words, there can be a compost recovery of at least 25 Kg per week with a kilogram of worms that number to about 1000 worms.  They can produce 2000-5000 cocoons on weekly basis. The incubation period of the cocoons is 2 weeks and their rate of survival is 60%.
  • 13. Precautionary Measures in Vermicomposting.  Compost Material: The compost material must be purely organic. It must be devoid of materials like glass pieces, stones, ceramic pieces, plastic, etc.  Loading: The vermicompost heap must be filled to the right quantity. It should not be overloaded as overloading causes accumulation of gases and increase in temperature.  Drainage Channel: There should be a provision for drainage around the vermicompost heap so that there is no water accumulation.
  • 14. Harvesting the Compost  The complete decomposition of the compost takes about 100 days in case of ideal conditions.  On an average, a single tank can be used for composting at least 4 times a year.  Once the compost is ready, the residue is black in color.  Few days before harvesting, stop watering the tank. This helps the worms to migrate to the bottom of the bed.  Some farmers dry them under the sun and make vermi-protein. On an average about 1700 Kg of compost can be obtained.
  • 15. Alternate Income from Vermicompost Project.  Vermicomposting is an excellent source of alternate income for farmers.  The compost after drying can be sold. Similarly, the worms can be sold to other farmers who are looking to start vermicomposting in their farms.  It is a good thriving, all-season business for entrepreneurs that involves minimum investment and labor but maximum benefits.
  • 16. CONCLUSION  Vermicomposting is a process based on earthworms and microorganisms, whose joint action provides degradation and detoxification of organic waste as well as conversion into a product to be used for agronomic purposes.