A soil invertebrate is an invertebrate that spends all or much of its life in the soil. Many soil invertebrates improve the health of the soil and therefore plants; however, some soil invertebrates may be detrimental. Harmful fungi and bacteria may feed on roots and leaves of live plants.
Some nematodes may carry pathogens or parasitize plants and may destroy good soil bacteria. Remedial measures may be taken to promote beneficial organisms, thereby inhibiting the growth of destructive soil organisms.…
Creating your own worm farm can be a fun and rewarding way of getting rid of food scraps and reducing waste going into the landfill.
Composting with worms or vermicomposting is the process of adding worms to a bin or other container to speed up the process of organic material decomposition and create a nutrient rich compost.
Redworms or red wriggler worms are a type of earthworm most commonly recommended for bin composting indoors. This type of composting is ideal …
Fertile soil is teeming with beneficial soil microbes. It is estimated that there could be billions of microbes in a gram of soil.
Bacteria, fungi, and protozoa are major players in soil microbial processes. They perform a variety of functions beneficial to soil and the plants growing in that soil. Other soil organisms of importance are nematodes, arthropods, and earthworms.
Benefits of Microbes in Soil
- Decompose organic matter
- Foster soil aggregate stability
- Recycle and regulate carbon, nitrogen and
Mycorrhizae are soil fungi that benefit the soil in many ways. A healthy soil is important for a water-wise landscape. Organic matter, drainage, and plant nutrients contribute to the fertility and health of the soil and plants found therein.
Mycorrhizae literally means “fungus root” and describes a mutualistic association between fungus and plant roots that exists in almost all plants. The plant supports the fungus by providing carbohydrates needed for fungal growth, while the fungus helps the plant by increasing …