Vermicomposting, Its Progress as a Technology, and How to Do It Guide

What is vermicomposting?

According to Arancon and Edwards (2006), it is the non-thermophilic process by which organic materials are converted by earthworms and microorganisms into rich soil amendments with greatly increased microbial activity and nutrient availability.

The term has its origin in vermis, the Latin word for worm.

The term is also used to refer to the technology of converting raw organic materials into organic fertilizer supplements, called vermicompost, mainly through microbial action and the use of certain species of earthworm.

In addition, the technology is applied in waste management by which organic “wastes” are recycled and made available for plant growth.

This process is inseparable from vermiculture or the culture of earthworms.

In vermiculture, the earthworm is the primary product while the vermicompost is only a by-product.

But the primary object of the vermicomposter is the production of vermicompost, a special type of compost, with earthworms as a secondary product.

In vermicomposting, the organic materials must be chosen with care or mixed in the right proportions and the compost bed must be provided with optimum conditions for the growth and reproduction of earthworms so that they will be more efficient in their feeding of the organic materials and producing excreta called vermicast.

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To City Dwellers: Produce Your Own Plant Food, Go Pot Gardening!

Pot gardening or container gardening is the growing of plants, singly or in a group, exclusively in pots or containers rather than directly on the ground.

This method is ideally suited for urban farming where planting ground is limited or unavailable.

It is generally applied for houseplants and is also useful in areas where the soil or climatic conditions are not suitable for a particular crop.

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Plant Fruit Trees Now: an Advisory and a Challenge

Yes, plant fruit trees, coconut, and other perennial crops with haste.

For those who work in the office day after day, such can be incorporated into the retirement plan.

Such a farm can be a comfortable retreat after years of going back and forth to the office.

As admitted by those traditional mono-crop corn farmers, it can raise the market value of a farm and so it can become a sound investment.

If you are one of those who call themselves poor farmers and yet own and live in a farm that remains weedy and barely productive, make a turn-around.

If that farm has a rugged terrain that is hardly suitable for annual crops, now should be the right time to plant fruit trees and other permanent crops.

Not later, not tomorrow, not another year.

Stop being intransigent, stop giving alibis, put an immediate end to the time-wasting.

By all means continue growing corn, but improvise and be more productive.

Stop practicing pure monocropping and diversify, adopt multiple cropping. Plant fruit trees, coconut, and/or other perennial crops.

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Growing Peanut Is Right, That’s What I Thought

The peanut (Arachis hypogaea L.), also called groundnut, is a popular annual crop. It is listed as one among the many leguminous seed crops and also oilseed crops.

Statistics provided by FAOSTAT (2019) of the Food and Agriculture Organization of the United Nations revealed that in 2017 the top 3 producers of groundnuts with shell in the world were China (17092000 tons), India (9179000 tons), and the United States of America (3281110 tons).

Botanically the plant is a legume under the family Fabaceae or Leguminosae rather than a nut.

Just like other members of the family, it produces fruits. Its fruit, often called “nut”, is technically a pod (also “legume”).

It is connected to the stem with an elongated thread-like pedicel called a peg.

This leguminous plant is unique for having fruits that develop underground.

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No-till Farming Boosts Corn Farming: Introduction to Actual Cultural Practices

On a separate page, I wrote about increased corn farming activities in our remote, mountainous part of Sarangani using no-till or zero tillage farming techniques.

Not only has the area planted to corn (maize) expanded, much of those parts of farms which have not been cultivated before or otherwise considered as hardly suitable for annual crops have, since the past few months, been converted into beautiful green landscapes of corn vegetation.

I know how hard and laborious it is to produce corn in remote places with mountainous terrain and where the only mode of transport is by foot and animal “power”.

And so it was somewhat surprising to find recently that there has been a surge in corn farming activities applying no-till farming techniques, at least in this community of marginal farmers.

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What Is Plant Nutrition vs. Animal Nutrition, Notes on Its Historical Development

Plant nutrition is a study that deals with plants’ need for certain chemical elements including their specific and interactive effects on all aspects of plant growth and development, their availability, absorption, transport, and utilization.

These chemical elements are referred to as plant nutrients

Those nutrients which have been proved absolutely needed by plants are commonly called essential elements.

They include carbon (C), oxygen (O), and hydrogen (H) which are derived from atmospheric carbon dioxide (CO2) and from water (H2O), as well as the mineral nutrients which are mainly absorbed from the soil in ionic forms through the roots.

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Proper Site and Crop Selection Are Preconditions in Starting a Farm, but First Things First

Starting a farm that is plant-based sounds easy, but it is not and should not be so presumed.

Whether there is already existing farmland or one still needs to be found, farming should be well planned.

A general plan, ideally including a feasibility study, has to be prepared first taking into consideration all factors that may affect the profitability or sustainability of the undertaking.

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Wildling Can Be the Best Choice as Planting Material in Growing Coffee

wildling is a seedling that grows naturally in the wild. Plentiful can be found on forest floors.

However, the term is now used broadly to include those which grow from seeds that fall under the canopies of adult trees, shrubs, and palms that are intentionally cultivated.

These naturally growing seedlings can be the best choice as planting materials if available, easily accessible, and affordable.

Where there is an immediate need for potted seedlings grown in the nursery but supply is scant or uncertain, access to sources becomes valuable.

Personal experience by the author also revealed that with Robusta coffee (Coffea robusta L.) having stems approximately as thick as a common pencil or over, flowering may be advanced, that is, within a year.

In contrast, it may take three years for young nursery-grown seedlings to mature.

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What Is Vegetative Propagation, Natural Plant Organs Used in Propagation

Vegetative propagation or asexual propagation is the method of reproducing plants with the use of organs other than the seed and spore.

In contrast to sexual propagation, the union of the male and female sexual gametes (fertilization) is not a requisite to the production of new plants.

Hence the word “asexual”, means “without sex” or “not sexual”.

Vegetative Propagation
Bulbs of onion start sprouting

The word “vegetative” refers to plant organs with the exception of the reproductive parts.

In conventional propagation without the employment of tissue culture techniques, asexual propagation is accomplished with the use of roots, stems, and leaves.

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What Is Sexual Propagation and Why Learn Seed Types, Examples of Plants With Recalcitrant Seeds

In conventional methods, sexual propagation is with the use of seeds or spores.

Seeds are used in the spermatophytes or seed-bearing plants while spores are used in the seedless, spore-producing ferns and allies and the bryophytes.

What Is Sexual Propagation
Seeds of jackfruit are recalcitrant and do not require drying before sowing

The descriptive word “sexual” is attached to this type of propagation because the union of the male and female sexual gametes (the process is called fertilization) is a requisite in the production of the seed or in the development of a new plant from a spore.

The certainty of sex in plants was established by Camerarius in 1694 (Poehlman, 1977).

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