Now that Phase 1 is complete, I’m ready to move into the next part of planning my one-acre homestead.
Phase 1 was about figuring out what I want to grow, when I’ll grow it, when I’ll harvest it, how I’ll preserve it, and whether one person can realistically manage it all.
Phase 2 is about something even more fundamental:
How do I keep this acre fertile and productive year after year without depending on outside input?
And I want to establish two rules right from the beginning.
My goal is zero outside inputs.
I don’t want to build a homestead that is producing most of its own food while quietly depending on bags of fertilizer, purchased compost, commercial soil amendments, or other outside materials to keep the system going.
The goal is to have the fertility of the homestead come from the homestead itself.
That means making use of everything I can produce or recycle on the property:
- compost
- humanure compost
- crop residues
- roots and other plant material left in the soil
- cover crops
- leaves
- prunings
- kitchen scraps
- spoiled or unusable produce
- other organic material produced by the homestead
- seed saved from my own crops
I want to build a system in which nutrients keep moving through the homestead instead of being used once and then lost.
Outside inputs are a last resort
I don’t want outside inputs built into the plan as a normal part of maintaining the homestead.
If, after I’ve worked through the system carefully, something truly cannot be supplied from within the homestead, then I’ll address that problem when—and only when—it actually occurs.
The goal remains:
Zero outside inputs unless one becomes absolutely necessary.
🌱 I also don’t plan to routinely test my soil
I’m not going to build this plan around regular soil testing.
My approach is going to be much more practical and observational.
I’ll pay attention to:
- how the soil looks and feels
- how well it holds moisture
- drainage
- plant growth
- crop performance
- signs of nutrient problems
- changes in soil structure
- what happens as organic matter is returned to the soil year after year
The plants themselves will give me a great deal of information.
If everything is growing well, the soil is behaving well, and the crops are producing as expected, I don’t see a reason to continually test the soil simply to collect numbers.
There is one exception
If something goes wrong that I cannot figure out the cause of, then soil testing could become a troubleshooting tool.
For example, if a crop repeatedly develops an unexplained problem despite otherwise appropriate growing conditions, I could use a soil test to help investigate whether there is an underlying issue.
But that would be:
problem → investigate → test if necessary
rather than:
test → discover a number → buy an amendment
That distinction is important to me.
I’m not planning to use soil tests as a shopping list.
What Phase 2 needs to answer
There are several questions I need to work through.
🌱 Step 1 — Establish the Soil & Fertility Baseline
Since I won’t be routinely testing the soil, establishing my baseline will be primarily observational.
I’ll look at:
- the existing soil itself
- texture
- drainage
- moisture behavior
- existing vegetation
- how the land responds to cultivation
- crop performance over time
- visible changes in soil structure and organic matter
I’ll also take note of any obvious conditions that could affect fertility management.
The goal isn’t to create a list of things I need to buy.
The goal is to learn how the land behaves and then work with it.
If a real problem appears later that I cannot diagnose from observation, testing remains available as a troubleshooting tool.
♻️ Step 2 — Build the Compost & Humanure System
Next I’ll work out how the homestead’s organic material becomes future fertility.
The basic idea is:
organic material → composting → finished compost → soil → food → organic material again
I’ve already established the basic timing:
Year 1: the humanure compost system is filling and aging.
Year 2: it continues to rest and mature.
Year 3: the first finished home-produced compost becomes available.
That timing needs to become part of the fertility system rather than treating compost as an unlimited resource from the beginning.
🌾 Step 3 — Cover Crops & Crop Residues
The pea–barley cover crop is already an important part of my annual-field cycle.
Now I need to work out exactly how that fits into the long-term fertility system.
I’ll also look at the crop residues left behind after harvesting.
The parts of plants I don’t eat aren’t automatically waste.
Whenever possible, I want those materials to remain part of the homestead’s nutrient cycle.
🔄 Step 4 — Nutrient Cycling & Replacement
This is where the closed-loop idea really gets tested.
Every time I harvest food, some nutrients leave the soil.
So I need to compare:
What leaves the field?
with:
What comes back?
I’ll look at the major nutrient flows through:
- harvested food
- crop residues
- roots
- compost
- humanure compost
- cover crops
- leaves
- prunings
- kitchen scraps
- spoiled food
- other organic material generated on the homestead
The goal is to keep as much of those nutrients on the property and in circulation as possible.
💧 Step 5 — Water & Fertility Efficiency
Because this homestead will depend on irrigation during the growing season, water management and fertility management are closely connected.
I’ll look at ways to:
- keep nutrients where the crops can use them
- reduce unnecessary leaching
- maintain healthy soil
- use irrigation efficiently
- protect the soil during dry periods
- get the greatest benefit from the fertility already available
The goal isn’t simply to add more fertility.
It’s to use the fertility I have as efficiently as possible and keep it in the system.
🌻 Step 6 — The Closed-Loop Audit
At the end of Phase 2, I want to be able to look honestly at the whole system and answer one important question:
Can this one-acre homestead maintain its fertility without outside inputs?
I’ll look at every major nutrient and material flow and see where the system is working and where a gap might exist.
And I don’t want to hide a problem simply to make the homestead sound more self-sufficient than it really is.
If something truly can’t be supplied internally, I want to know that.
But the first question will always be:
How can I solve this from within the homestead?
🌿 Step 1 — Learning the Land
So this is where I’m going to begin.
Instead of starting with a soil test, I’m going to start by paying attention to the land itself.
I’ll learn how the soil behaves when it’s wet and when it’s dry.
I’ll watch how quickly it drains.
I’ll look at how easily it works.
I’ll watch what happens when organic material is returned to it.
And most importantly, I’ll watch how my crops respond.
Over the first few years, I’ll be building a picture of the land through actual experience rather than constantly sending samples away for laboratory analysis.
That doesn’t mean I’ll ignore a problem.
Quite the opposite.
If something unexpected happens and I can’t determine the cause from observation and normal troubleshooting, then I’ll consider soil testing as one possible diagnostic tool.
But I don’t want routine testing to drive the fertility system.
I want the fertility system itself to do the work.
The basic philosophy for this entire phase is:
Observe the land.
Return what the homestead produces.
Keep nutrients circulating.
Use resources efficiently.
Solve problems from within the system whenever possible.
And avoid outside inputs unless they become absolutely necessary.
Of course, I will look to others and the internet to find answers to what I don’t understand. That’s the foundation I’m going to use as I build the rest of Phase 2.
