No Till Food Plots - So Easy

[at1010]

The 3 F's...fuel, fertilizer, Fe

It's a balance. I know plenty of 25yr+ no till farmers and others that turn n burn with high speed tillage each spring n fall. Each farm is different and each field is different. You have to turn the dirt every few years to rejuvenate the process is what I have seen.

It is certainly a tool in the toolbox, and depending on fertility management (the types of nutrients applied), you will likely see significant yield benefits from rotational tillage. This is largely due to nutrient stratification (when nutrients are separated or unevenly distributed throughout the root zone), which most often occurs when cover crops are not used, as well as a heavier reliance on surface-applied P and K in heavier soils.

As you mention, it is always a balance, and that is what I truly love about each test/soil - they are all unique.

 

[at1010]

When I first started this garden, my tiller couldn’t even break the ground. It bounced across the surface like a dirt track race on an August night, dust flying as high as the new house.

The soil was basically a brick factory.

I knew that with no-till practices, cover crops, and organic amendments we would start to make progress. What I didn’t expect was how quickly it would happen.

Today the soil is full of aggregation, living roots, and earthworms. The biology is coming alive and the tomato yields have been incredible.

Healthy soil doesn’t happen overnight, but when you feed the biology and let nature do the work, the transformation can happen faster than you think.

From brick to biology.

I can’t wait to see what 2026 brings.

 

[at1010]

There are a lot of opinions on clover seeding rates.

At Vitalize Seed, we typically recommend around 6 lbs per acre for perennial clover mixes. Sometimes growers go a little higher depending on conditions, but through years of trial, error, and referencing university research, one thing becomes clear.

Over time, clover stands tend to self regulate to around 8 to 12 plants per square foot.

Many extension sources note that mature white clover stands commonly stabilize around this density as plants spread through stolons and natural reseeding.

Because of that, there are really two different schools of thought when it comes to clover establishment.

Some growers seed very heavy, sometimes 12, 18, even 20 lbs per acre, and allow the stand to thin down naturally over time.

Others seed lighter, allow the clover to establish, and if needed frost seed the following year, which many people do regardless of stand density.

At Vitalize Seed, we also include a small amount of annual clovers as a nurse crop within our perennial clover blends. These establish quickly, help suppress weeds, and allow the perennial clovers time to get established.

The end result is often the same, a mature stand that settles into roughly 8 to 12 plants per square foot.

This topic sometimes gets framed as companies trying to sell more seed or less seed. In reality, it is usually just a difference in establishment strategy and management approach.

#soilhealth #covercrops #clover #regenerativeag #foodplots #vitalizeseed

 

[at1010]

Plant protein percentages can be misleading.

Seeds and forages are often marketed by protein levels. 20 percent. 30 percent. Higher must be better, right?

But here is the real question.

How can a seed guarantee protein when the soil supplies the nitrogen and amino acid building blocks needed to create it?

Protein in plants is influenced by soil fertility, biological activity, nutrient balance, plant genetics, maturity stage, and even how the plant is sampled.

Lab tests often sample the entire plant, including stems and lignified tissue that deer rarely consume. This can dilute measured protein compared to what wildlife actually eats.

On the other hand, sampling only the tender leaves deer prefer and extrapolating that across the entire field can artificially inflate the true protein level per acre.

Two identical clover varieties planted in different soils can produce very different protein levels.

Healthy soils create better plants.

At Vitalize Seed we focus on building soil systems that improve nutrient cycling from one crop to the next. When the soil functions properly, plant nutrition follows.

 

[at1010]

Full NRCS post is up. Thanks to all who came and listened. I hope you find this useful!

 

[at1010]

 

[at1010]

Clover, alfalfa, and other heavy legume monocultures have a place in orchard, garden, and food plot systems. But over time, legumes increase available nitrogen in the soil. Combined with natural stand thinning, this creates an environment where grasses become more competitive. By year 3+, many folks start seeing more grass pressure.

You can manage this a few ways:

• Herbicide (traditional approach)

• Nurse crop like oats (we include this in our Clover Chic Oats blend)

• Over-seed with a diverse fall mix like Carbon Load to capture excess N and cycle nutrients

And don’t forget, as stands thin, annual frost seeding is a powerful tool to keep fresh legumes coming. That new growth helps maintain density and outcompete grasses and weeds.

 

[at1010]

Why Soil Test Recommendations Can Limit Your Success (Phosphorus Example)

Most soil test recommendations follow a simple formula:

Yield goal = nutrient needed minus nutrient in soil = fertilizer to apply

Let’s look at phosphorus in soybeans:

55 bushel soybeans

Typical removal:

0.8 lbs P2O5 per bushel = ~44 lbs needed

Now the soil test shows:

20 ppm phosphorus

So the recommendation becomes:

Apply ~40 to 50 lbs of P2O5

Sounds logical, but here is the problem:

That equation assumes all phosphorus is equally available and usable

It does not account for soil pH and tie up, organic matter releasing P over time, thatch and root biomass breakdown, microbial necromass, biology unlocking tied up P, or nutrients below the 6 inch sample depth


It also does not account for CEC and holding capacity, fertilizer placement, timing and soil temperature, mycorrhizal relationships, or stratification in no till systems

So what happens?

You apply phosphorus even if your soil may already have plenty, or you apply the wrong source, at the wrong time, or in the wrong place

Result is wasted dollars and limited response

The real question is not how much P do I need to add

It is why is my existing P not working

When you focus on the system like timing, soil conditions, biology, and crop demand, you can often apply less fertilizer and get more response

That is where products like No-Till Nurture fit, lower rates, biology driven nutrient movement, and improved efficiency in no till systems

This is also why at Vitalize Seed we now offer full soil consults, building a plan specific to your goals, your soil, and your system, while incorporating cover crops and jump starting biology for long term success

Soil is not a container, it is a living system