The Basic Elements Of Vermicompost

Vermicompost is the product of composting different species of worms to make a mix of decomposing waste, vermicast and bedding materials. Typically red wigglers, earthworms and white worms are used. Vermicast, also called worm castings, humus or manure, is the final product of the produced by the earthworms.

Vermicompost is rich in nutrients. Because of this, it is considered a useful organic fertilizer and also soil conditioner. Vermicomposting is the term used to describe the process of producing this product. The compost can be used for harvest when there are few-to-no scraps of uneaten food or bedding present.

Generally, red wigglers are the earthworm species used most often in this process. European nightcrawlers, or eisenia hortensis, may also be used. Composting worms may be purchased online or collected at manure and compost piles. Worms in most regular soil are not the species for composting.

Vermicomposting is done on both large and small scales. The United States, Philippines, Japan, Italy and Canada are among the countries that do large-scale vermicomposting. Typically this is done for sale, compost tea recipes, landscaping, farming and in some cases, bait. There are two main systems that may be used for these large-scale processes. The first involves the use of a windrow, a large bin that acts as a living space for the earthworms. Organic material is then added to the windrow. Although windrows are designed without barriers to prevent worms from leaving the bin, the creatures usually do not leave the area because of the amount of organic material present for them to feed on. However, windows may be added to prevent outside predators from reaching the worms.

The other kind of large-scale system involves the use of an elevated bed, or even a flow-through system. This involves the worms being given an inch of food at the top. Then, by pulling up a break bar across a large mesh screen that creates the base of the bed, an inch of castings are harvested below. Naturally, red worms move towards their food source. This system eliminates the step of separating the creatures from their castings before the packaging process. This type of system works best for indoor facilities, often found in cold climates.

To do this process on a small scale, specifically at a home, there are many tools available. Worm bins can be made using plastic or metal containers, wood, or Styrofoam. The bins must have mesh or holes, to allow for aeration. Small-scale systems are beneficial in converting kitchen waste to soil amendments. Worms are capable of decomposing the organic material without the attention bin composting may require.

Vermicomposting can compost most food wastes. However, meat and dairy are more likely to putrefy. Outdoor systems may attract vermin. To avoid heating a bin, green waste should be added in moderately. Small-scale or home systems are good for kitchen or garden wastes. Commercial and large-scale systems are best for large quantities.

There are many benefits to this process. Most of these involve environmental, economic, plant and soil benefits. Overall, it is believed that this compost is richer than compost created through any other means.


The Main Facts Regarding Vermicompost

The result or process of composting different species of worms in order to make vermicast, bedding materials or waste from food, is known as vermicompost. Often white worms, earthworms and red wigglers are added. Vermicast, which may also be called worm manure, humus or casting, is the result of the breakdown of the organic matter by the worms.

Vermicompost has many nutrients. This is what makes it a soil conditioner and organic fertilizer. The term used to define the process in which this product is created is vermicomposting. When few to no scraps of food or bedding remain, the compost is ready for used in harvesting.

Red wigglers are the most common species of earthworm used for these systems. However, eisenia hortensis, better known as European nightcrawlers, may also be added. Composting worms are not present in ordinary soil. Generally they are bought through an online source or picked out of manure and compost.

The process of vermicomposting can be done on a large or small scale. Countries such as Canada, Japan, the United States, Italy and the Philippines do things on a large scale. Often large-scale productions are used for the purpose of sale, compost tea, farming, landscaping, and in few cases, bait. Two main systems may be utilized in these big processes. One system incorporates windrows, or large bins that serve as a living area for the earthworms. Organic matter is added to the windrow and despite no barriers holding the worms in, the large amount of organic matter added is enough to keep the worms stationary and feeding. There are windows added to keep out predators.

The other system includes a flow-through or raised bed system. In this system, worms are given about an inch of chow at the top portion of the bed. The base of the bed is created by pulling a bar across a mesh screen. An inch of worm castings are then harvested below. This works well because red worms naturally move towards their source of food, eliminating the step of separating them from their castings before packaging. This model has proven most effective for indoor systems, which are common in cold areas.

There are various materials commercially sold that can be beneficial when doing this process on a smaller scale, particularly for your home. Bins for the worms can be made using Styrofoam, wood, or metal and plastic containers. It is important that mesh or holes are added for aeration purposes. These small systems are best for making soil amendments from kitchen waste. The worms can do the same job and require little attention.

Most food waste can be composted through these systems. Although dairy and meat are known to putrefy. Green waste, when not added in moderation, can cause a bin to heat up, and most systems that are located outdoors will attract vermin. Small systems are best for garden or kitchen waste, while large systems are ideal for big quantities.

There are several benefits to vermicomposting. Many of them relate to the economy, soil, plant and environment. The belief is that compost done through this process is more rich than that produced by any other composting process.


What You Should Know About Vermicompost

Vermicompost refers to the product or process of using various earthworms to develop a mix of decomposing wastes, bedding materials and vermicast. Earthworms, white worms and red wigglers are most commonly used in this method. Worm humus, manure, or castings are the final product of this breakdown of material by the earthworms. It is known as vermicast.

Vermicompost is considered highly nutritious. This product is used widely as a fertilizer and soil conditioner. The process used to create this product is known as vermicomposting. A good sign that the compost is ready to harvest is that there is little uneaten food or bedding.

The species of earthworm used most commonly in this process is called red wigglers. Eisenia hortensis, also referred to as European nightcrawlers, may be added as well. Composting worms are not found in traditional soil. They are typically bought online or collecting from piles of compost or manure.

Vermicomposting is done on big and small scales. Countries such as Italy, America, Canada, Philippines and Japan use these systems on a large scale for landscaping, farming, bait, compost tea, and sale. Two main models of these large-scale systems exist. One involves using a large bin known as a windrow. This serves as a living space for worms, but does not contain barriers to keep them in. Instead, there are windows added to keep predators out. A large quantity of organic matter is placed inside the windrow for worms to feed. This keeps them in place, as they are occupied with feeding.

Another model for larger systems involves the use of a flow-through system, or raised bed. With this, an inch of food on the top portion of the bed. A base is created for the bed when a break bar is pulled across a mesh screen. An inch of castings is then harvested at the bottom. Red worms naturally move in the direction of their food source. By using this model, the worms are already separated from their castings prior to packaging. Many indoor facilities, in places with cold climates, utilize this model.

When done on a small scale, especially in a home, many helpful products can be purchased. Bins for the worms may be constructed using different materials, such as wood, Styrofoam, plastic, or metal containers. Each material has it's positives and negatives. Holes or mesh must be added to provide aeration. Smaller systems benefit from this process because wastes from the kitchen or garden can be easily converted into soil amendments. This requires minimal work from the homeowner, as worms do not need assistance in decomposing of the matter.

Most food waste can be composted through this method. Systems that are located outside have been known to attract vermin. While both dairy and meat products are most likely to putrefy. A bin may heat up in temperature if green waste is not added in properly. Large, commercial systems are designed for big quantities. Contrastingly, home and small systems are used for small amounts of kitchen or garden wastes.

Vermicomposting can be beneficial in many regards. It can improve the soil, plants, environment and economy. Research holds that the compost created through this process is richer than any created through similar processes.



