Our Practices
Our Pigs
This is where it all starts. Without healthy, active, and diverse species of plant life and animal activity, our soil would be pretty lifeless. And because we choose to carefully monitor all this activity we are promoting the following: increases in soil organic matter, diversity in the soil microbiology, increasing moisture holding capacity, and harboring many different species of insects.
The animals are rotated off of a particular paddock and onto a new one. This allows time for the pasture to rest and recover. Rooting, manuring, and bedding are just a few of the activities the paddock see’s during it’s rotation. This is the exact behavior we want and expect because before moving animals to the next paddock, we broadcast a mix of clovers, pumpkin, watermelon, forage collards, and grasses to added to our ongoing plant diversity. If left long enough, we would eventually see nothing but dirt, but because we measure daily feed intake, we can establish when the items in the pasture that the animals desire have diminished. This sets the stage for the next rotation.
On a given pasture, we are able to rotate the animals roughly three times over each paddock. Because of lots of sunlight, moisture, and nutrients, the pasture is able to self-sterilize and repair. Not only is the regrowth happening of the existing plants, but also a good share of the broadcast mix we added prior to using the paddock.
We are continually sampling and measuring the regeneration of the soil that our pastures are on. This gives us a measurement and an indication of progress. Because each pasture is not used for animals year after year, we allow time for other uses. Those other uses include corn, soybean, oats and just plain rest.
Equipment
Raising livestock in this manner can be time-consuming. Maybe we’re a little more particular. Making sure that clean water is available at all times can be a challenge, but just filling pails on the ground is not an answer if you’re after no wallowing. Compound that by setting up rotational grazing, and fixed infrastructure isn’t necessarily feasible. So we assembled what we already knew and set about designing something to suit our needs.
