I originally wanted to run a test and had posted the three planters I started with using different soil makeup’s, one being worm castings however due to a hail storm most of the plants were destroyed. Hence I decided to grow new seed eventually, sowing some of them in organic worm castings while others directly in the soil in my garden.
I also needed a way to grow some barley grain quickly each week for one of the worms we raise. I tried using soil which did alright however I went to plan “B” shortly thereafter realizing I needed a quick turnaround growing the barley to 6 inches tall. I did some reading on hydroponics however the startup costs were a bit high, especially for the amount of space which would be required for the tanks, pump equipment… for the amount of grain I needed to grow. I then decided to try growing the barley grain directly in well watered worm castings. The results were staggering to say the least.
I used the granular type of worm castings which are produced on the Organic Worm Farm. This enabled a type of blend between traditional planting and hydroponics since there was some water held between the worm casting granular. I use some starter trays with clear lids to help maintain the moisture until they grow tall enough in approximately 4 days time.
The seeds began to germinate in two days. After just three days most all the seed had germinated. Within the next four days, the barley grain had grown to about six inches tall.
The pictures below show the grain just 7 days after planting the seeds.

The next shows the extensive root growth taking place in the seedlings, something worm castings are known for.

Now back to the tomato experiment.
As for the tomato plants, these results are also amazing as they were all planted in the same soil with the exception of the addition of worm castings to some. They all receive the same amount of sunlight, water… in the garden.
To date not only are the tomato plants in the worm castings taller as well as bushier but they are also producing more tomatoes than the plants without the worm castings.
| Measurement | Without Worm Castings | With Worm Castings |
| Height (inches) | 17.5 | 23.5 |
| Width (inches) | 8 | 15.75 |
| # Of Tomatoes | 1 | 14 |
The benefits of worm castings are clearly noted here as well as how to produce more vegetables, flowers… per each plant.
The pictures below display the actual differences. Notice the wire tie for the plants and how the one without worm castings (first picture) only rises to the third wire while the one with worm castings rises to the fourth wire, 6 inches higher.


To produce these type of worm castings we use, be sure to visit 14 Day Worm Castings for more information and take advantage of the Father’s Day Special Promotion!



6/2/10
THE PICTURES,CHARTS AND INFORMATION ARE ALL GREAT.A NEW VENTURE FOR MEM SO EVERYTHING IS VERY HELPFUL.I WILL BE USING THE PROCESS.
MITCH MCKENZIE
I’m starting composting as soon as I get my worms in the mail . Susan Cole
Susan
Welcome to the forum and worm composting
Bruce
During the past year I was producing about 25 kgs weekly with worms bedded in recycled styrofoam boxes used to ship grapes from California (I’m in Manila). The boxes were a good choice when we suddenly found ourselves with 6 feet of water in the house. Just like Noah, they floated around until the water subsided. Although everything in the house was lost, no worms abandoned ship.
I’m using a composted mix of spent mushroom substrate, Starbuck’s coffee grounds, fresh fruit scraps mixed with fresh leaves from one of our sustainable tropical leguminous trees. After the worms are in their new bedding, they get fed with fresh vegetable scraps. We also collect shells from 400,000 eggs monthly, pulverize them in a hammer mill and add them to the bedding mix.
Our next beds will be rice straw and hog manure, mixed with spent mushroom substrate. Very few horses or cattle in our area. The small ruminants are mostly backyard operations, without significant manure accumulation.
These worms are a livelihood project for rural farm residents as we transition them to organic high value crop production. We were just granted a shredder, capable of about a ton per hour. We plan to be producing about six tons of vermicompost monthly by the end of the year. Then we’ll have to start thinking about mechanization.