
A farming system is the way in which land, labor, animals, crops, and other resources are organized and used by farmers to produce food, fiber, or other agricultural products.
It includes everything from:
- How crops and animals are raised
- The tools and methods used
- The purpose of the farm (for profit or survival)
- The impact on the environment
🧠 Key Components of a Farming System
| Component | Description |
|---|---|
| Inputs | Things added to the system (e.g., seeds, water, fertilizers, machinery, labor) |
| Processes | Activities done on the farm (e.g., ploughing, planting, irrigating, harvesting) |
| Outputs | Products produced (e.g., crops, meat, milk, wool, waste) |
| Feedback | Profit, environmental effects, or yields that influence future decisions |
🌍 Types of Farming Systems
| Type | Description | Example |
|---|---|---|
| Subsistence farming | Producing just enough for the farmer’s family | A small rice farm in rural Nepal |
| Commercial farming | Producing large amounts for sale and profit | A wheat farm in the USA exporting crops |
| Intensive farming | High input, high output, often using chemicals or machinery | Poultry farm with thousands of chickens |
| Extensive farming | Low input, large land area, fewer outputs | Cattle grazing on rangeland in Australia |
| Monoculture | Growing only one type of crop | A large banana plantation |
| Polyculture | Growing multiple crops together | A farm growing maize, beans, and squash together |
| Organic farming | Avoids synthetic chemicals; uses natural methods | Certified organic vegetable farms in Europe |
🌿 Environmental Impact of Farming Systems
Farming can:
- Use lots of water and energy
- Cause soil erosion and loss of biodiversity
- Lead to pollution (e.g., fertilizers and pesticides in rivers)
- Contribute to climate change through methane (livestock) and carbon emissions (machinery)
But sustainable farming systems can:
- Conserve soil and water
- Reduce chemical use
- Support biodiversity








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