Vermiculture Growing
Vermiculture Growing: "Vermicomposting: using red wiggler worms (E. foetida) to decompose plant wastes into castings.
Why Use Vermiculture?
Worms are good for the garden soil for many reasons. Unparalleled as soil excavators, earthworms spend their lives ingesting, grinding, digesting and excreting soil--as much as 15 tons per acre goes through earthworms bodies in a year. These 'worm castings' are richer in nutrients and bacteria than the surrounding soil. Their underground burrows also create channels in the soils, which makes the soil more porous, allowing water to move to greater depths in the soil column. Worm burrows also allows for drainage after heavy rains reducing erosion.
Worms also help plants grow better. Plant roots require oxygen and worm burrows provide passages for air to get next to the roots deep within the ground. This is called aeration, analogous to what homeowners often do to turf lawn with heavy machinery. It should be noted that these deep tunneling worms also bring subsoil closer to the surface, mixing it with topsoil that has more organic matter.
Slime, a secretion of earthworms, contains nitrogen, which is an important plant food. The sticky slime helps to hold clusters of soil particles together in formations called 'aggregates.' Soil aggregates (clumps) lying next to each other permit air to move between the spaces."
Why Use Vermiculture?
Worms are good for the garden soil for many reasons. Unparalleled as soil excavators, earthworms spend their lives ingesting, grinding, digesting and excreting soil--as much as 15 tons per acre goes through earthworms bodies in a year. These 'worm castings' are richer in nutrients and bacteria than the surrounding soil. Their underground burrows also create channels in the soils, which makes the soil more porous, allowing water to move to greater depths in the soil column. Worm burrows also allows for drainage after heavy rains reducing erosion.
Worms also help plants grow better. Plant roots require oxygen and worm burrows provide passages for air to get next to the roots deep within the ground. This is called aeration, analogous to what homeowners often do to turf lawn with heavy machinery. It should be noted that these deep tunneling worms also bring subsoil closer to the surface, mixing it with topsoil that has more organic matter.
Slime, a secretion of earthworms, contains nitrogen, which is an important plant food. The sticky slime helps to hold clusters of soil particles together in formations called 'aggregates.' Soil aggregates (clumps) lying next to each other permit air to move between the spaces."


