Farming Basics

Why This Matters

Hunting and foraging can feed one person — barely. Farming can feed a hundred. Agriculture is the single technology that makes civilization possible. A quarter-acre garden, properly managed, produces 500-1000 pounds of food per year. Without farming, you are permanently locked into a day-to-day survival mode where one bad week means starvation. Every great civilization began with someone putting a seed in the ground on purpose.

The Core Principle

Farming is controlled ecology. You are choosing which plants grow, giving them ideal conditions, and removing competition. Every decision comes down to four factors:

1. Soil — does it have the nutrients and structure plants need?
2. Water — is there enough, at the right times?
3. Light — do plants get 6-8+ hours of direct sun daily?
4. Competition — are weeds, pests, and disease controlled?

Get all four right and plants almost grow themselves. Get any one wrong and you lose your crop.

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What You Need

Essential tools (can be improvised):

• Digging stick or sharpened hardwood stake (minimum viable tool)
• Hoe — a flat stone lashed to a stick at 90 degrees
• Rake — a forked branch or several sticks bound together
• Carrying vessel — basket, hide bag, or pottery container
• Cordage for marking rows and tying supports

For irrigation:

• Buckets or water-carrying vessels
• Digging tools for channels
• Mulch material (dry leaves, straw, grass clippings)

Seeds or propagation material:

• Saved seeds from foraged plants
• Root divisions from wild edibles
• Tubers or bulbs from identified food plants

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Step 1: Assess Your Soil

Before planting anything, understand what you are working with.

The Squeeze Test

Pick up a handful of moist soil (not dry, not soaking wet) and squeeze it firmly in your fist.

• Sandy soil: Falls apart immediately when you open your hand. Drains too fast, nutrients wash through. Needs organic matter added.
• Clay soil: Forms a tight, shiny ball that holds its shape. Holds water too long, roots suffocate. Needs sand and organic matter.
• Loam (ideal): Forms a ball that holds together but crumbles when you poke it. Good drainage AND moisture retention.

The pH Indicator Test (No Equipment Needed)

Soil pH affects nutrient availability. Most vegetables grow best at pH 6.0-7.0 (slightly acidic to neutral).

• Acidic soil signs: Presence of blueberries, rhododendrons, pine forests, moss. Soil may smell sour.
• Alkaline soil signs: Presence of sagebrush, clover thriving, limestone rock nearby. White mineral crust on soil surface.
• Neutral soil signs: Diverse plant growth, earthworms abundant, dark color.

If soil is too acidic, add wood ash (raises pH). If too alkaline, add decomposed pine needles or leaf mold (lowers pH). Apply a thin layer (1-2 cm) and mix into the top 15 cm of soil.

The Jar Test (Soil Composition)

Fill a clear jar 1/3 with soil, 2/3 with water. Shake vigorously for 2 minutes. Let it settle for 24 hours.

• Bottom layer (settles in 1 minute): Sand
• Middle layer (settles in 2-4 hours): Silt
• Top layer (settles in 12-24 hours): Clay
• Floating on top: Organic matter

Ideal ratio is roughly 40% sand, 40% silt, 20% clay. If any fraction dominates heavily, amend with what is lacking.

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Step 2: Choose Your Site

The ideal farm plot has:

• Full sun: 6-8 hours minimum direct sunlight per day. South-facing slopes (in northern hemisphere) get the most sun.
• Gentle slope: 2-5% grade for natural drainage. Flat is fine. Steep is bad — soil washes away.
• Water access: Within 100 meters of a water source. Carrying water farther than this daily is not sustainable.
• Wind protection: A tree line, hill, or fence on the prevailing wind side reduces crop damage and evaporation.
• Good drainage: No standing water after rain. If puddles persist for hours, the water table is too high or soil is too compacted.

Avoid:

• Low-lying areas where frost settles (cold air sinks)
• Under large trees (shade and root competition)
• Areas with persistent flooding
• Ground contaminated by industrial activity

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Step 3: Prepare the Ground

Breaking New Ground

If starting from wild land, you need to remove existing vegetation and loosen the soil.

Option A — Cut and mulch (least labor, slower):

1. Cut all vegetation as close to ground level as possible
2. Lay the cut material back on the soil as mulch, 10-15 cm thick
3. Add any additional organic material: leaves, manure, kitchen scraps
4. Cover with a layer of cardboard, bark, or thick leaves if available
5. Wait 2-3 months. Vegetation underneath dies, worms and microbes break down the mulch
6. Plant directly through the decomposed mulch layer

Option B — Dig and turn (more labor, immediate):

1. Use your digging stick or hoe to break the soil surface
2. Turn over chunks of sod, shaking soil loose from roots
3. Remove large roots and rocks
4. Break soil clumps down to roughly fist-sized or smaller
5. Rake smooth
6. Plant immediately

Option C — Burn and plant (fastest, lose nutrients):

1. Burn the existing vegetation (controlled, in a clear area, with firebreaks)
2. The ash adds immediate potassium and raises pH
3. Dig into the loosened soil beneath
4. Plant within 1-2 weeks before weeds return
5. Note: this destroys organic matter and soil life. Only use as a last resort or for very large areas.

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Step 4: Know Your Crops

Easiest Crops to Start With

These crops are forgiving, productive, and grow in most climates:

Crop	Days to Harvest	Calories/kg	Notes
Potatoes	70-120	770	Plant tuber pieces with “eyes.” Huge yields.
Beans (dry)	80-100	3,400	Fix nitrogen in soil. Store dry for years.
Squash/Pumpkin	80-120	260	Stores for months. Easy to grow.
Corn/Maize	60-100	3,650	High calorie. Needs more space.
Turnips/Radish	30-60	280	Fast harvest. Edible greens and roots.
Cabbage/Kale	50-80	250	Cold-hardy. Very nutritious.
Onions	90-120	400	Store well. Pest-resistant.
Garlic	180-240	1,490	Plant in fall, harvest in summer. Medicinal.

The Three Sisters Method

One of the most efficient planting systems ever developed. Corn, beans, and squash grown together:

1. Corn grows tall, providing a pole for beans to climb
2. Beans fix nitrogen in the soil, feeding the corn and squash
3. Squash spreads along the ground, shading out weeds and retaining moisture

How to plant:

1. Build a mound of soil about 30 cm high and 60 cm across
2. Plant 4-6 corn seeds in the center, 15 cm apart
3. When corn is 15 cm tall, plant 4 bean seeds around the corn, 10 cm away
4. At the same time, plant 2-3 squash seeds at the edge of the mound
5. Space mounds 1.5-2 meters apart in all directions

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Step 5: Seed Saving

You must save seeds from each harvest or you only get one season. This is the most critical long-term farming skill.

Basic Seed Saving Rules

1. Let some plants go to full maturity. Do not harvest the best 10-20% of each crop. Let them flower, set seed, and dry on the plant.
2. Save from the healthiest plants. Choose the biggest, most vigorous, most disease-resistant plants for seed stock.
3. Dry seeds thoroughly. Spread on a flat surface in shade with good airflow for 1-2 weeks until seeds snap rather than bend.
4. Store in a cool, dry, dark place. A sealed pottery container in a root cellar is ideal. Seeds last 1-5 years depending on type.

Seed Types

• Open-pollinated: Will grow true to type from saved seed. These are what you want.
• Hybrid (F1): Seeds from hybrid plants produce unpredictable offspring. Avoid saving these.
• Self-pollinating (tomatoes, beans, peas, lettuce): Easiest to save. Plant will pollinate itself.
• Cross-pollinating (corn, squash, brassicas): Different varieties will cross. Grow only one variety at a time, or separate by 200+ meters.

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Step 6: Basic Crop Rotation

Growing the same crop in the same spot year after year depletes specific nutrients and builds up disease. Rotate crops on a 3-4 year cycle:

Year 1 — Heavy feeders: Corn, squash, tomatoes, cabbage. These need the most nutrients. Plant after adding compost or manure.

Year 2 — Legumes: Beans, peas, lentils, clover. These ADD nitrogen back to the soil through root nodules.

Year 3 — Light feeders: Root vegetables (carrots, turnips, onions), herbs. These need fewer nutrients.

Year 4 — Rest/Green manure: Plant a cover crop (clover, rye, vetch) and turn it into the soil before it seeds. Or let the plot rest with a thick mulch layer.

Then repeat from Year 1.

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Step 7: Companion Planting

Certain plants help each other. Others harm each other. Key combinations:

Good companions:

• Tomatoes + basil (basil repels tomato pests)
• Carrots + onions (onion smell repels carrot fly)
• Corn + beans + squash (Three Sisters — see above)
• Marigolds + anything (repel many insect pests)
• Beans + potatoes (beans fix nitrogen, potatoes shade bean roots)

Bad companions (keep apart):

• Tomatoes + potatoes (share blight disease)
• Beans + onions/garlic (onion chemicals inhibit bean growth)
• Corn + tomatoes (compete for same nutrients)
• Fennel + almost everything (inhibits growth of nearby plants)

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Method 1: Raised Beds

Best for small areas, poor soil, or areas with drainage problems. Produces the highest yield per square meter.

Step 1 — Mark out a bed 1-1.2 meters wide (you must reach the center from either side without stepping on the soil). Length can be anything. Leave 50 cm paths between beds.

Step 2 — If possible, build a frame from logs, stones, or stacked sod 20-30 cm high. If not, simply mound soil to this height.

Step 3 — Fill with the best soil available, mixed with compost, rotted manure, or decomposed leaf litter. A 50/50 mix of native soil and organic matter is ideal.

Step 4 — Never walk on the bed. Compacted soil kills roots. Always work from the paths.

Step 5 — Plant intensively. In raised beds, you can space plants closer together than in rows because soil is deeper and richer. Use the spacing on seed packets as a minimum, and reduce by 20-30%.

Advantages: High yield, good drainage, less weeding, soil warms faster in spring. Disadvantages: Requires more initial labor, dries out faster (mulch heavily), needs more compost.

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Method 2: Row Farming (Field Scale)

For larger areas where you need to maximize total production.

Step 1 — Clear and prepare the ground as described in Step 3 above.

Step 2 — Mark straight rows using two stakes and a string line. Space rows 45-75 cm apart depending on crop (wider for sprawling plants like squash, narrower for upright plants like beans).

Step 3 — Use a hoe to create a shallow furrow (3-5 cm deep for most seeds, 10-15 cm for potatoes) along the string line.

Step 4 — Place seeds at the spacing recommended for each crop. Cover with soil and press gently.

Step 5 — Weed between rows regularly with a hoe. This is the primary maintenance task — weeds steal water, light, and nutrients.

Advantages: Scales to any size, easier to weed with simple tools, proven for millennia. Disadvantages: Lower yield per area than raised beds, more weeding, soil compaction from walking between rows.

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Method 3: Container and Small-Space Farming

When you have very limited space, poor ground soil, or need to grow on a rooftop, porch, or rocky area.

Step 1 — Find or make containers with drainage holes. Pottery, cut logs with hollowed centers, woven baskets lined with clay, old buckets, or anything that holds soil and drains. Minimum 20 cm deep for most vegetables, 30 cm for root crops and tomatoes.

Step 2 — Fill with the best soil mix you can make. Container plants have limited root space, so soil quality matters even more. Rich compost mixed with sandy soil works well.

Step 3 — Water more frequently. Containers dry out faster than ground soil — check daily by poking a finger 3 cm into the soil. If dry at that depth, water.

Step 4 — Feed regularly. Container soil exhausts its nutrients faster. Add diluted manure tea (manure soaked in water for 1-2 weeks, diluted 10:1) every 2 weeks during the growing season.

Best crops for containers: Herbs, lettuce, radishes, bush beans, tomatoes (need large containers), peppers, strawberries.

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Irrigation Methods

Method A: Hand Watering

Carry water from source to garden in buckets or vessels. Apply at the base of plants, not on leaves (wet leaves encourage fungal disease). Water deeply and less frequently rather than shallowly every day — this encourages deep root growth. One deep watering every 3-4 days beats daily sprinkling.

Method B: Gravity-Fed Channels

If your water source is uphill from your garden:

1. Dig a main channel from the water source to the top of your garden, 15-20 cm wide and 10-15 cm deep
2. Dig smaller feeder channels branching off to each row or bed
3. Control flow with small earth dams that you can open or close
4. Water flows by gravity through the channels

This is the oldest irrigation method on Earth and still one of the most effective.

Method C: Mulch and Retention

Not a watering method, but reduces watering need by 50-70%:

1. Cover all bare soil between plants with 5-10 cm of mulch (straw, leaves, grass clippings, wood chips)
2. Mulch retains moisture, suppresses weeds, and adds organic matter as it decomposes
3. Leave a 3-5 cm gap around plant stems to prevent rot

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Seasonal Planning

Farming is a year-round cycle. Timing matters enormously.

Spring (Soil Temperature 7-15°C)

• As soon as ground thaws: Plant peas, broad beans, onion sets, garlic (if not planted in fall), lettuce, spinach, radishes
• After last frost: Plant potatoes, cabbage, kale, carrots, beets
• Tasks: Turn compost into beds, build new beds, start weeding

Summer (Soil Temperature 15-25°C)

• After soil warms: Plant corn, beans, squash, tomatoes, peppers, cucumbers
• Tasks: Weed constantly, water during dry spells, mulch, watch for pests
• Begin harvesting: Early crops (lettuce, radishes, peas) come ready first

Fall (Soil Temperature Dropping)

• Harvest: Main crops — potatoes, corn, squash, dry beans
• Plant for next year: Garlic cloves, broad beans (in mild climates), cover crops
• Tasks: Save seeds, process food for storage, build compost piles, spread manure on empty beds

Winter

• Tasks: Repair and make tools, plan next year’s rotation, process stored food
• In mild climates: Grow cold-hardy crops under simple covers (branches with leaves or fabric)
• Prepare: Sort and test seed viability (place 10 seeds on damp cloth, keep warm, count how many sprout in 7-10 days)

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Common Mistakes

Mistake	Why It’s Dangerous	What to Do Instead
Planting too deep	Seeds run out of energy before reaching sunlight	General rule: plant depth = 2-3x the seed diameter
Planting too close together	Plants compete and all produce poorly	Follow spacing guides; thin seedlings ruthlessly
Watering leaves instead of soil	Promotes fungal disease, wastes water	Water at the base of plants, early morning is ideal
Not rotating crops	Disease builds up, soil nutrients deplete	Rotate on a 3-4 year cycle minimum
Saving seed from hybrid plants	Offspring will be unpredictable, often useless	Only save from open-pollinated varieties
Ignoring weeds for “just a few days”	Weeds grow faster than crops and steal everything	Weed at least twice per week; mulch to suppress
Planting everything at once	Glut of food now, nothing later	Succession plant: sow small batches every 2-3 weeks
No pest management	A single pest outbreak can destroy an entire crop	Companion plant, inspect daily, remove pests by hand

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What’s Next

Once you have a working farm, you unlock:

• Fertilizers — boost yields beyond what natural soil provides
• Food Processing — turn raw grain into flour, bread, beer, and oil
• Animal Husbandry — livestock that eat your crop waste and provide manure, protein, and materials

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Quick Reference Card

Farming Basics — At a Glance

Soil test: Squeeze moist soil. Falls apart = sandy. Shiny ball = clay. Crumbly ball = loam (ideal).

Easiest first crops: Potatoes, beans, squash, turnips, garlic

Three Sisters: Corn + beans + squash on mounds 1.5-2m apart

Rotation cycle: Heavy feeders → Legumes → Light feeders → Rest

Watering rule: Deep and infrequent > shallow and daily

Seed saving: Let 10-20% of best plants go to full maturity. Dry 2 weeks. Store cool and dark.

Spacing: Plant depth = 2-3x seed diameter. When in doubt, give more space.

Mulch everything: 5-10 cm of organic material. Retains moisture, suppresses weeds.

Season	Key Action
Spring	Plant cool-weather crops, prepare beds
Summer	Plant warm crops, weed, water, mulch
Fall	Harvest, save seed, plant garlic, compost
Winter	Plan, repair tools, test seed viability