Livestock & Animal Husbandry

Part of Phase 2: First Year

Livestock & Animal Husbandry covers four distinct kinds of animal and plant management: land animals, bees, fish, and the pollination-and-breeding genetics shared by crops and seed stock. A dairy goat needs only 5-10 square meters per animal plus pasture and still produces 2-3 liters of milk a day browsing brush that would starve a cow.

Animal Husbandry, Domestication Basics, Cattle Management, Goat Raising, Pig Husbandry, Poultry Keeping, Livestock Species, and Livestock Integration cover land animals. Trained oxen pairs plow a hectare in a day, work that takes ten people with hand tools a week, and a single sow produces 12-20 piglets a year across two litters, turning kitchen scraps and spoiled grain into dense pork in just 6-8 months. Six hens produce roughly 1,500 eggs a year with no slaughter at all.

Beekeeping, Bee Biology, Colony Structure, Queen Management, Brood Stages, Hive Construction, Hive Dimensions, Hive Placement, Hive Placement and Crops, Hive Management, Obtaining Bees, Bee Tree Transfer, Swarm Capture, Colony Division, Log Hive, Straw Skep Hive Construction, Top-Bar Hive, Honey Harvest, Honey Storage, Hive Products, Beeswax, Bee Pollen, Propolis, Pollination Value, and Pollination Services are the largest cluster. One managed hive yields 10-30 kg of honey a year, and the pollination it provides on the side can lift nearby crop yields by 30-90% — a third of all human food by volume depends on insect pollination, mostly from honeybees. Honey resists spoilage because almost nothing can grow below 17-18% water content, and sealed samples from Egyptian tombs have stayed edible after 3,000 years in the jar.

Aquaculture, Pond Construction, Pond Lining and Waterproofing, Pond Sealing, Warm Water Fish Species, Cold-Water Fish Species, Fish Breeding Basics, Natural Food Chain, Rice-Fish Systems, and Livestock-Fish Integration cover fish. Fifty to 100 kg of protein a year can come from a fish pond the size of a tennis court, converting feed to flesh far more efficiently than cattle, and positioning a pig pen or poultry coop over a fish pond, a technique Asian farmers have used for centuries, turns manure into phytoplankton and then fish.

Bagging Flowers, Cross Pollinators, Hand Pollination, Isolation Distance, Pollination Control, Self-Pollinators, Hybrid vs Open-Pollinated Seeds, Genetic Diversity, Population Size, Positive Selection, Selection Principles, Selective Breeding, Trait Selection, and Viability Testing cover the pollination and breeding genetics behind reliable seed and stock. Corn needs 400 meters of isolation for casual seed purity and 1,000 for pure seed, while beets need up to 5,000, making caging the practical answer, and with just 10 independent genes, a hybrid’s second generation can scatter into over 59,000 combinations — why saved hybrid seed can’t be trusted. The Irish Potato Famine proves a population without genetic diversity has nothing left to adapt with when disease strikes.

Record Keeping and Simple Records close the loop: a farmer who grows the same crops for twenty years without written records runs on habit and memory, real knowledge that can’t be transferred or audited.

Land Animals

Keeping cattle, goats, pigs, and poultry, and integrating them into a working homestead.

Beekeeping

Colony biology, hive construction and placement, and every product a hive gives up.

Aquaculture

Building a pond and stocking it with fish, alone or integrated with other livestock.

Pollination and Breeding Genetics

Controlling which plant pollinates which, and selecting the traits that make a line worth keeping.

Record Keeping

Writing down what works so it survives the person who learned it.

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