What happens when they leave?

(Magic, of course)

So back to the cows from the previous page.

Let's say they've been grazing a paddock for 2-3 days.

One thing we did when we moved them to this paddock was create a density ratio of "cows to land area" that mimics the density of massive migratory herds.

Know what?

It paid off.

The natural competition of a dense herd on a small plot of land means they've been intent on claiming food—making them less picky.

(And that means they've consumed and grazed down a variety of plants and nutrients...not just their favorites.)

In addition: During the short time they've been here, they've grazed about 50% of the plants' original height—an amount which stimulates growth in the plant without harming it.

Know what that means?

🐂 ➡️ It's moving day.

With the cows' departure just a few days in, the first 2 phases of the 4-part managed grazing cycle are complete.

(The first 2 phases were HARVEST and DISTURBANCE, which we talked about here.)

Their work here is done.

And what happens next?

The final 2 phases—REST and REGENERATION—commence.

These two phases run concurrently:

REST refers to the complete removal of livestock from this section of pasture.

This creates the essential set of conditions for REGENERATION, which requires prolonged and total rest in order to occur.

Full regeneration—of plants to full maturity, and soil to full health—happens only when no grazing or livestock disturbance is occurring on a section of land for a sustained period of time.

And regeneration is so important that it begins almost immediately after the animals leave.

"Okay, okay, we're going..."

If moisture levels and temperature are favorable, plants and soil shift rapidly from a defensive survival state to an active rebuilding state.

Here's what happens in the first hours and days after livestock move out:

1. Shock & Shift (Hours 1-48)

• ✂️ Underground: When a plant loses foliage above  ground, it immediately sheds some of its roots below  ground to balance its biological footprint. (Think of a mirror image above and below ground.) It does this because the plant no longer has enough leaf surface to support a massive root system.
• ⛽ Above ground: The plant goes into a brief shock—though when at least 50% of its pre-graze height remains intact, the "shock" is beneficially stimulating and productive instead of damaging. Resilience preserved, the plant immediately mobilizes stored sugars from its root crown, pumping energy upward to begin growing new leaves.

As long as enough greenery is left intact during grazing, it's "go time" for regeneration.

2. Rapid Regrowth (Days 3-14)

• 🌾 Regrowth: Grasses push up new leaves using nutrients produced by the remaining foliage (thank you, 50%) as well as energy stored previously in the roots.
• 🫚 Root Recovery: As long as 50% of the foliage remained post-grazing, the plants immediately start rebuilding deep root systems that were shed due to loss of leaves during grazing.
• 🪫 Energy Replenishment: Again, as long as 50% of the foliage remained post-grazing, carbohydrate reserves in the roots are refilled quickly to prepare for potential future disturbances.

Long rest periods, greater soil health

3. Soil Healing (occurs throughout rest period)

• 🪲 Nutrient Integration: The moment livestock leave, soil microbes, dung beetles, and earthworms go to work on the fresh manure, urine, and trampled plant matter. They break all of it down and cycle the nutrients back into the soil.
• 💦 Moisture Retention: The remaining 50% of the plant's leaves shade the ground, keeping soil cool and helping to retain water. As new leaves grow and the plant gains additional height and leaf density, this effect is increased.
• 🦠 Microbial Activity: Soil microbes and earthworms thrive as organic compounds secreted by plant roots into the surrounding soil -- sugars, organic acids, amino acids, and vitamins -- feed the underground ecosystem.
• 🪱  Breathing Room: Any soil compressed by hooves begins to rebound as earthworms tunnel through it, improving air and water infiltration.

There's the signal: green tassels at the top

4. Annnnd...Back to the Beginning

One of the most important parts of managed grazing is actually what we don't do: we don't bring a grazing herd back to a recovering pasture too soon.

Typically, our pastures fully rest for several weeks between visits from livestock.

But we are not watching a calendar. We're watching the grass.

When it forms tassels of newly developing seeds, and is vibrant green from top to bottom, that means it's fully mature, nutritionally dense, and ready for the cycle to repeat.

Then it's time to bring back the livestock. 🐂

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Harvest, disturbance, rest, regeneration: this is the 4-part cycle that allows us to mimic the movement of massive wild herds on modern-day, boundaried farmland.

This cycle (called managed or adaptive grazing) is how we—with the help of livestock—restore farmland.

Together, we and the animals turn tired farmland depleted by continuous (no-rest) grazing practices, tilling, synthetic fertilizers, erosion, and nutrient loss back into soil and grasslands that are vibrantly healthy, thriving, and nutrient-dense—from which the healthiest of foods can be produced.

Grilled J&L hanger steak (Photo shared with us by a J&L customer)

* * *

The food we raise is great for the planet. It's great for you. And it gives the animals who are raised here a truly great life.

Have you stocked up recently?

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