Organic black worm castings and vermicompost can help grow vegetables, flowers, blueberry bushes and trees 126% larger plants than synthetic fertilizer. Research from Cornell University shows black worm castings grow healthier more productive plants without the negative impact on the environment. This research also shows us how worm castings increase beneficial microbes, protects the surface of a seed from infection by colonizing the surface, and significantly increase production and success rate.
The Round Pond Estate in the Napa Valley, has been using black worm casting for decades for their successful winery, “A cup or half a cup in the hole as we plant each vine increases the vine’s ability to establish itself at a much faster pace. And it creates a healthier plant.”
Abundant Vegetable Gardens
For healthy, productive plants for your garden, with big beautiful vegetables that are delicious! Organic black worm castings won’t burn the delicate vegetable plant roots, they also don’t have any toxics, safe to eat and for the environment. Just one application feeds plants for 2 months.
Delicious Blueberry Shrubs
Black worm castings create a high level of microorganism activity in the soil, vital for blueberry production. Research contributes to this activity to higher fruit yield and bigger berries. They also enable the soil to hold more water and nutrients such as auxins to promote cell elongation and cytokinins to promote cell division.
Amazing Flower Gardens
Flowering plants need essential nutrients and plant growth hormones in a time released, easily absorbed manner. Black castings work well with flower plants, providing nitrogen, phosphorus, and potassium. Helping retain moisture in the soil and improving resistance to disease and pests.
Prolong Fruit Harvest for Citrus Trees
No matter where you live, growing citrus trees can be challenging. Black worm castings can help with prolonged harvest and resistance to unwanted bugs and diseases. They allow citrus trees to thrive without the toxic pesticides or chemicals.