The production of compost by vermicomposting technology using appropriate bacteria species

2015-12

Pakistan Journal of Biological Sciences – Current Issue

Cow Manure Composting by Microbial Treatment for Using as Potting Material: An Overview

Dairy industry is flourishing in Saudi Arabia for the last two decades producing milk and milk products to meet the population needs. Simultaneously, it is also producing large amount of dairy waste (animal manure) posing a serious environmental issues.

Vermicomposting (conversion of animal manure into compost by bacterial treatments) is considered as one of the safest means for efficient management and to mitigate environmental pollution issues resulting from land disposal of raw dairy wastes. The main objective of this study was to summarize different processes of vermicomposting and identified the most important bacteria species suitable for vermicomposting using animal manure especially the cow dung.

The review showed that among the different bacteria species, Eisenia fetida is the most efficient and commonly used bacteria for vermicomposting to develop compost using cow dung (dairy manure).

Overall, this review has highlighted the various vermicomposting technologies, various bacteria species involved in vermicomposting, effect on soil and plant growth as well as the benefits of using compost prepared by way of vermicomposting.

The study showed a lot of potential for the production of compost by vermicomposting technology using appropriate bacteria species which is safe, friendly and is associated with minimum environmental issues for safe land disposal of dairy waste (animal manure) with minimum possible environmental issues for the adjacent population.

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COMMENT by Kathy Jacobson, RN (SE Ohio, USA)

I have just read your blog post titled The production of compost by vermicomposting technology using appropriate bacteria species (2015-12 Pakistan Journal of Biological Sciences – Current Issue).

It  has triggered an entertaining dialog on social media vermicomposting sites but it is also a very serious matter as the article has been picked up by numerous supposedly science related sites. 

And it is a serious issue because vermicomposting really does offer a solution to many of our challenges on this planet.

It is true that Eisenia fetida earthworms graze upon bacteria but they are by no means a species of bacteria.

“Vermi” is latin for worm, Vermi-composting is the utilization of earthworms to process food scraps and organics, like cow manure.

How is it possible that such a study, article, made it through the review processes?

Not only does it seriously misrepresent vermicomposting, it is a terrible reflection of the current state of scientific rigor.

What can be done?

Published by

Willem Van Cotthem

Honorary Professor of Botany, University of Ghent (Belgium). Scientific Consultant for Desertification and Sustainable Development.