Garden Worms Information

Garden Worms Information thumbnail
Garden worms help till and aerate the soil.

Garden worms form the basis of the ecological system by establishing optimal soil conditions for plants to grow and thrive in. A healthy garden is host to thousands of worms, which function as miniature tillers, recyclers and live fertilizers. Earthworms in a garden, in particular, are indicators of its health. They consume organic matter, break it down into its nutrient components and recycle it back to the soil, where plants use it as a source of nourishment

  1. Types of Garden Worms

    • The most common types of garden worms include earthworms (Lumbricus terrestris), European nightcrawlers (Eisenia hortensis), redworms (Lumbricus rebellus), red wigglers (Eisenia foetida), tiger worms (Eisenia fetida), blueworms (Perionyx excavatus), and white worms (Enchytraeus albidus).

    Purpose and Uses

    • Garden worms are good for the health of the garden. They are beneficial in converting organic materials in the soil into nutrients that are easily absorbed by plants. Garden worms burrow deep in the soil and help loosen its structure. This facilitates the flow of water and oxygen in the soil and allows it to retain excess water effectively.

      Garden worms assist in composting and warding off soil diseases and pests. They excrete nitrogen-, phosphorus- and potassium-rich casts, which help maintain an optimal pH level of the soil for plant growth. Many gardeners add living composts to gardens, which are essentially compost bins with live worms (also called wormeries or vermicompost). These wormeries speed up the composting process and are able to recycle any organic matter to nutrient-rich plant food. Some species of garden worms, including earthworms, are raised as fishing bait.

    Preferred Living Conditions

    • Garden worms prefer well-hydrated soil that is rich in organic matter. They favor neutral to slightly alkaline soil (pH of 7.0 and above) and are scarce in acidic soils (pH of 5.0 or less).

    Advantages

    • Garden worms help till and aerate the soil by burrowing deep in it and effectively channeling the flow of water, nutrients and air. Their castings promote healthy root growth and feed other beneficial soil dwellers. Garden worms are excellent tillers and mix up layers of soil as they burrow in it. They bring up lower, inaccessible layers of soil to the top, where plants use up its nutrient content.

    Interesting Facts

    • Earthworms are able to digest and convert their weight in organic matter daily, converting it into nutrients such as potassium, phosphorus and nitrogen. According to Sally Jean Cunningham in the book "Great Garden Companions," a single earthworm can produce 5 oz. of fertilizer a year. This translates into 55 to 80 lbs. of fertilizer in an earthworm-ich 10-by-20-foot garden annually.

Related Searches:

References

Resources

  • Photo Credit Earthworms image by Ana Dudnic from Fotolia.com

Comments

You May Also Like

  • Will Adding Eggshells to My Garden Soil Change the PH?

    Measuring the acidity or alkalinity of soil pH is a useful indicator of which plants are best suited for your garden. If...

  • Earthworms in the Garden

    Some people regard them as a pest but the humble earthworm is an essential part of a garden's ecosystem. Earthworms in the...

  • Information About Red Worms

    Red worms are similar to earthworms, but have some distiguishing characteristics that have made them widely cultivated for commercial and home use.

  • How to Repel Garden Worms

    Garden worms damage garden plants by eating their leaves and burrowing into stems and fruit. Common garden worms that appear in gardens...

  • Organic Remedies to Garden Grub Worms

    Grub worms are the larvae of a beetle commonly known as the June bug. Of the more than 100 species of grub...

  • Types of Garden Worms

    We often take earthworms for granted, but they are important underground residents that work hard to make soil healthy. They travel through...

  • Wire Worms in the Garden

    Wire worms are destructive pests that live in the soil for several years. They have such a long life cycle they cause...

  • How Do Earthworms Improve Gardens?

    There are three basic types of earthworms: surface species, upper species and deep-burrowing species. All of them help the garden soil in...

  • How to Aerate Your Lawn and Garden

    Plants grow best in well-aerated soil, and this is especially true for residential lawns and gardens, which are often subjected to heavy...

  • Problems of a Fossil Science Fair Project

    Creating a fossil for a science project can set your student apart from others at the science fair. This project is very...

  • Information on Earthworms

    An area of land may look like nothing more than a big plot of grass, but a few feet under the soil,...

  • Lawn Pests & Worms

    Homeowners often don't realize their lawns are infected with worms and other pests until they notice signs of damage. When lawn pests...

  • The Impact of Gypsum on Alkaline Soil

    Gypsum is often sold as a soil additive to increase soil pH and break up heavy clay soils. In most cases, the...

  • How to Explain the Nutrient Cycle in an Ecosystem

    Nutrients are dissolved substances that support the growth of living things. There are several macronutrients: carbon, hydrogen, oxygen, nitrogen, phosphorus and ...

  • New Puppy Background Information

    Knowing where your new puppy came from, whether it's a breeder, animal shelter or puppy store can be important for the puppy's...

  • Types of Worms Found in Wastewater

    Wastewater can be found in rural septic tanks or large wastewater treatment plants. The sewage traveling through these waste disposal units can...

  • How to Add Worms to a Garden

    Worms spend their lives within the soil, processing organic matter and releasing that processed matter as waste. Worm waste products contain high...

  • Importance of Soil Organic Carbon

    Soil organic carbon forms from the decomposition of plant and animal tissue on the soil surface and in the subsurface. Organic carbon...

Related Ads

Featured