CONTENTS
|
Distribution |
|
Factors affecting distribution |
|
●Temperature |
|
●PH |
|
●Organic matter |
|
●Organic matter |
|
●Soil texture |
|
Classification |
|
Basic Requirements |
|
●Bedding |
|
●Housing |
|
● Containers |
|
● Environmental conditions |
|
Nutrition of worms |
|
Species |
|
Microbiology |
|
Reproduction |
|
Life cycle and Population |
|
Multiplication |
|
●Earthworms for bioconversion |
|
●Fragmentation and Breakdown |
|
●Consumption and Humification |
|
●Nitrogen mineralization |
|
●Effects on the C/N ratio |
|
Feeds for Vermitech Systems |
|
●Animal manures |
|
● Kitchen&Urban wastes |
|
●Paper pulp& Cardboard solids |
|
●Compost&Waste products |
|
●Industrial wastes |
|
Other Applications |
|
●Aquaculture |
|
●Vermifilter |
|
●Initial pre-composting phase |
|
●Mesophilic phase |
|
●Maturing and stabilization phase |
|
Mechanism of Earthworm action |
|
●Windrow |
|
●Wedge |
|
●Container |
|
a. Pits, Tanks and Cement rings |
|
b. Commercial model |
|
c. Beds/bins |
|
●Continuous Flow Systems |
|
Maturity and Stability |
|
Composting and Vermicomposting-A comparison |
|
Process Acceleration |
|
●Temperature |
|
●Aeration |
|
●Acidity (pH) |
|
●Pests and Diseases |
|
●Odour Problems |
|
●Light Separation |
|
●Sideways Separation |
|
●Vertical Separation |
|
●Gradual Transfer |
|
Harvesting Earthworms |
|
Characteristics of Vermicompost |
|
Packing and Storage |
|
The Value of Vermicompost |
|
●Rich in humic acids and Enzymes |
|
●Free of pathogens and toxic chemicals |
|
●Plant nutrient level |
|
●Beneficial microorganisms |
|
●Stimulate plant growth |
|
●Suppress disease |
|
●Repel pests |
|
●Vermiwash |
|
●Vermicompost Tea or Liquid Vermicompost |
|
●Vermimeal |
|
●Enriched Vermicompost |
|
●Pelleted Vermicompost |
|
CHAPTER 12: VERMICOMPOST: CUSTOMER- FEEDBACKS AND FIELD EVALUATION |
|
● Organic farming using vermicompost in India |
|
● Field cultivation of vegetables using vermicompost in WIP |
|
No. |
Title
|
|
1 |
Agro-industrial organic wastes for vermi- composting
|
|
2
|
Taxonomic classification of Eisenia fetida |
|
3
|
List of some earthworm species suitable for vermicomposting
|
|
4 |
Comparison of Life cycle and Growth of Different Earthworm Species
|
|
5 |
The steps involved in the process of vermicomposting
|
|
6 |
Chemical Composition of Vermicompost
|
|
7
|
Recommended quantity and time of application of vermicompost in some crops
|
|
No. |
Title |
|
1 |
Agro-industrial wastes for vermicomposting |
|
2 |
Earthworms |
|
3 |
Common species of Earthworms for vermicomposting |
|
4 |
Earthworms: Copulation |
|
5 |
Earthworms: Cocoons |
|
6 |
Vermicomposting windrows |
|
7 |
Vermicomposting tanks made of ordinary bricks in a semi-commercial unit |
|
8 |
Cement rings used as Vermicomposting tanks |
|
9 |
A view of a semi-commercial vermicomposting unit |
|
10 |
Sample of commercially available EM solution |
|
11 |
Common pests of vermibeds |
|
12 |
Screening and separation operation |
|
13 |
Vermicompost: Packing Operations and a Sample packet of 1Kg |
|
14 |
Vermiwash-concentrated and diluted |
|
15 |
Vermiwash collection |
|
16 |
Vermicompost: Pellets |
|
17 |
Field cultivation of vegetables using Vermicompost |
|
18 |
Inauguration of Vegetable -harvest by Late Mr.P.K.Mohamed, Former Managing Director, WIP |
|
19 |
Best Institution Award in the District for the Vegetable Development Project received by WIP, from Mr.K.P.Mohanan, Minister of Agriculture, Govt.of Kerala |
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