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Nomadic Herding/Pastoral Nomadism
Breeding and raising herd livestock like cattle, sheep, or goats by following the seasonal movements of rainfall to areas of open pastureland.
Nomadic Herding/Pastoral Nomadism (working def.)
People moving from place to place with their cattle to find fresh grass and water as the seasons change.
Example of Nomadic Herding
Mongolian nomads
Benefits of Nomadic Herding
Marginal land, seasonal grazing, livestock-based economy, strong cultural identity
Flaws of Nomadic Herding
Climate vulnerability, overgrazing risk, poor access to services, land conflicts
Sedentary Cultivation
Cultivating crops or raising livestock in a single, permanent location, rather than migrating
Examples of Sedentary Cultivation
Ancient summers in Mesopotamia, Modern farms in the UK
Benefits Sedentary Cultivation
Greater efficiency, enables agricultural innovation and development of plots, artificial selection
Flaws of Sedentary Cultivation
Environmental degradation from repeated use of land
Subsistence Agriculture
Living in a way where you produce almost everything you need to survive (food, clothes, and shelter) on your own
Example of Subsistence Agriculture
Rural rice farming village in Southeast Asia - Growing rice to support their own households and villages, being one of the key foods
Benefits of Subsistence Agriculture
Provides direct access to food and resources reducing reliance on markets
Strong connection to the land and the seasons cycles
Encourages community and shared responsibility
Flaws of Subsistence Agriculture
Economic instability due to lack of income
Few opportunities for social mobility or economic growth
Difficulty to adapt when populations grow or resources decline
Swidden/ Shifting Cultivation
Farming system where land is cleared by slash and burn, farmed briefly, and then left fallow while farmers move to a new plot so the land can recover
Example of Swidden/ Shifting Cultivation
African or Southeast Asian farms
Process of Slash & Burn farming
Slashing of vegetation
Burning of vegetation
Farming
Forest recovery
Benefits of Swidden/ Shifting Cultivation
Low cost, uses simple tools and basic knowledge
Ash from burning adds nutrients, increasing soil fertility
Supports the subsistence farming and local food needs
Flaws of Swidden/ Shifting Cultivation
Low efficiency compared to modern farming
Soil nutrients are quickly exhausted if land is reused too soon
Deforestation, habitat loss, biodiversity incline
Domestication
Taking plants and animals outside of their natural habitat and maneuvering it to benefit the human population
Example of Domestication (Livestock and Crop)
Modern wheat versus Ancient wheat
Wheat being adapted to give higher amounts of grain to feed a growing population
Benefits of Domestication (Livestock and Crop)
Reliable food supply
Stepping away from hunting life styles to building settled communities
Flaws of Domestication (Livestock and Crop)
Reduces genetic diversity in crops
Environmental damage because of intense farming
Concerns in livestock treatment as selective breeding can be a harmful process for animals
The First Agricultural Revolution (Neolithic)
The early domestication and diffusion of plants and animals
The cultivation of seed crops, leading to the development of agriculture
The First Agricultural Revolution (Neolithic) working def.
Marked the shift from relying on hunting and gathering to growing crops and raising animals, allowing settlements to form
The 2nd Agricultural Revolution (British)
Period of bringing improved methods of cultivation, harvesting, and storage of farm produce
Beginning in the late 1600’s and continuing through the 1930’s
The 2nd Agricultural Revolution (British) working def.
Innovation and increased food production, leading to improved diets, longer life expectancies and a larger workforce available for industrial labor
Examples of the first agricultural revolution
Fertile crescent (wheat and barley
Mesoamerica (maize)
Flaws of the the first agricultural revolution
Diets became less varied and sometimes less nutritious
Increased vulnerability to famine and crop failure
Introduction to social inequality and land ownership disputes
Innovations of the second agricultural revolution
The seed drill (planted seeds in neat rows at controlled depths instead of scattering them by hand)
Four field crop rotation (Rotates four different crops across the same field over four years)
Benefits of the second agricultural revolution
Increased food supply to support growing pop.
Reduced need for manual labor through mechanization
Improved soil fertility and crop growth
Flaws of the second agricultural revolution
Enclosures displaced small farmers
Increased rural to urban migration and urban poverty
The Green Revolution (3rd AR)
A global effort to massively increase food production using modern farming technology
Example of the green revolution
Mexico going from importing wheat to exporting wheat
Improved irrigation and fertilizers
Agribusiness
Companies provide the services in production, processing, and distribution for farming
Large corporations that provide many services to support the agricultural industry
Example of agribusiness
Tsyon Foods
Benefits of agribusiness
Increases a large scale of agricultural products
Lowers food prices
Easier for global trade
Flaws of agribusiness
Detrimental to the environment and biodiversity
Challenges small farmers
Predatory practices (Farmer dependency)
Monoculture vs. Intercropping
Monoculture is growing a single crop on a specific plot of land - Intercropping is growing two or more crops alongside one another in the same field or growing are
Benefits of Monoculture
Specialized machinery & techniques (due to only one crop to worry abt)
Allows operating at a larger scale in the bulk purchase of seeds
Producing a crop for which there is high market demands
Flaws of Monoculture
Frequent removal of the same nutrients from the soil (without replenishment)
At high risk of pests & disease
Replacing diverse ecosystems with a single crop species
Example of Monoculture
Rice farming in China and Vietnam
Benefits of Intercropping
Allows taller, stronger crops to shelter fragile ones
Reduces the chance of complete crop losses from disease & pests
Relatively little tending to the plants is necessary until harvest time
Flaws of intercropping
Demands more time than monocropping
Not easily adapted to mechanized farming methods
Staggered harvesting (different crops need different types of care)