Agriculture

Part of Phase 2: First Year

Agriculture in Phase 2 covers the full first-year path from a garden to a working farm: soil and crop rotation first, since they’re what gets a plot producing at all, then the beekeeping, aquaculture, livestock, and food-storage work that a real farm builds alongside the field. The hub splits into fourteen working clusters below.

Soil work starts with knowing what you have: the jar test settles a sample into sand, silt, and clay layers for free, and texture is fixed by geology rather than farming practice, so it predicts drainage and water-holding once and for good. Composting turns that same soil’s organic matter: a pile held at a 25-30:1 carbon-to-nitrogen ratio heats to 55-65°C, and the Berkeley hot-composting method finishes in 18-30 days if turned every two days, versus months for a cold pile left alone — but applying it too early, before a hand-temperature check and germination bioassay confirm maturity, can rob the soil of nitrogen instead of feeding it.

Nitrogen is the nutrient that runs out first, and only bacteria living in legume root nodules can pull it from the 78% nitrogen already in the air — a well-chosen green manure crop, cut and turned under rather than harvested, can double organic matter in depleted soil within two to three growing seasons. Getting water to crops without flooding comes down to gravity and grade: drip irrigation uses 30-60% less water than flood irrigation from nothing more than a header tank raised half a meter to two meters, while terracing turns slope itself into the control, with wall height scaling from half a meter on gentle ground to 2.5 meters leaning inward on anything steeper than 15%.

Crop rotation is the hub’s organizing idea: legumes fix 50-200 kg of nitrogen per hectare through their root nodules, and because a pathogen like clubroot can survive seven-plus years in soil, a four-year rotation is what actually clears it rather than a shorter one. The Norfolk four-course rotation, developed in England in the early 1700s, is the system that eliminated the one-third of farmland the older three-field system always had to leave idle. Companion planting works the same ground more intensively within a single season: the Three Sisters pairs corn as a living trellis for pole beans, the beans fixing nitrogen for the corn and squash, and the squash’s leaves shading out weeds underneath.

Seed saving only works if the variety breeds true: open-pollinated varieties do, hybrids don’t, and cross-pollinators like corn need 400 meters to 3 kilometers of isolation to stay pure. A seed’s germination rate — 8 of 10 sprouting means 80% viable — sets the sowing rate, but a seed testing poor on viability isn’t always dead; dormancy can mask 95% viability until cold, moisture, or scarification delivers the cue it’s actually waiting for.

Soil Science and Testing

Reading soil texture, pH, and fertility before deciding what it needs.

Composting

Turning organic matter into finished compost, and knowing when it’s actually ready.

Manure and Soil Fertility Inputs

Feeding soil nitrogen and organic matter between compost batches.

Irrigation and Water Management

Moving water to crops by gravity and grade, without pumps.

Crop Rotation and Pest Management

Sequencing crops over years to manage nitrogen, disease, and weeds without chemical inputs.

Companion Planting and Crop Families

Pairing crops that help each other within a single growing season.

Seed Saving

Keeping varieties pure and viable from one growing season to the next.

Beekeeping and Honey Production

Managing hives, capturing swarms, and harvesting honey and wax.

Hive Management

Swarm Capture

Harvesting Honey and Wax

Bee Biology and Behavior

Aquaculture and Fish Farming

Building and running a fish pond, from excavation to feeding and harvest.

Animal Husbandry and Livestock Care

Fencing, feeding, and caring for livestock, through to processing what they produce.

Food Storage Infrastructure

Building root cellars and other passive-cooling storage that needs no electricity.

Dairy, Fermentation, and Brewing

Turning milk and other farm produce into cheese and safely fermented food.

Grain, Seed, and Fiber Processing

Pressing oil from seed, milling grain, and retting flax or hemp into usable fiber.

Building Durable Farm Structures

Siting and framing the buildings a working farm needs beyond the field itself.

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