IAS NOVA Interactive Atlas
Farming Systems of the World
Follow the geography of food—from wet-rice smallholdings and shifting cultivation to grain belts, dairy regions, plantations, ranches and water-managed desert farms.
Definition
A farming system is a population of farms with broadly similar resources, enterprises, livelihoods, technologies and constraints. This atlas condenses highly diverse agricultural landscapes into 17 readable teaching systems. It combines physical geography with labour, capital, markets, land tenure and technology rather than treating farming as a product of climate alone.
Learn with the map: Open it in FULL SCREEN, choose a system family or type, and hover, tap or use the Index to compare environment, products, intensity, market orientation and current change.
Why farming systems form distinctive regions
Agriculture is a coupled human–environment system. Temperature, rainfall, soils and water establish possibilities; population density, land tenure, labour, capital, technology, markets, culture and public policy determine which possibilities become dominant farming landscapes.
Explore the six controls of a farming system
Select a control to see how it changes agricultural location and organisation.
Climate: the biological envelope
Heat, moisture and seasonality determine the growing period and which crops or animals can survive reliably.
Map signal: wet-rice farming concentrates in warm monsoon lowlands; grain belts favour seasonal temperate interiors; pastoralism expands where cropping is risky.
Seventeen major farming systems used on the map
These are teaching categories rather than rigid statistical classes. Farms frequently combine crops, animals, off-farm income and changing technologies.
Shifting cultivation
Pattern: small forest clearings cultivated briefly, then left fallow as households move to another plot.
Regions: humid tropical forest margins of Amazonia, Central Africa and Southeast Asia.
Change: sustainable at low pressure with long fallows; damaging when fallows shorten sharply.
Intensive wet-rice farming
Pattern: labour-intensive irrigated or rainfed paddy, often with multiple cropping.
Regions: monsoon lowlands and deltas of South, Southeast and East Asia.
Products: rice with vegetables, fish, ducks or secondary dry-season crops.
Intensive subsistence, non-rice
Pattern: very small holdings, dense labour and high land-use intensity where paddy is less dominant.
Regions: drier or cooler parts of India, northern China and interior Asia.
Products: wheat, millets, maize, pulses, oilseeds and livestock.
Smallholder tropical mixed farming
Pattern: food crops, small livestock and cash crops combined on family farms.
Regions: subhumid Africa, tropical Latin America and parts of South/Southeast Asia.
Constraint: variable rainfall, market access, soil fertility and credit.
Highland terrace smallholding
Pattern: labour-intensive terraces, vertical crop zones and mixed herding.
Regions: Andes, East African highlands, Himalaya and Southeast Asian uplands.
Products: potatoes, maize, barley, vegetables, coffee and livestock.
Nomadic pastoralism
Pattern: mobile herding follows spatially and seasonally variable pasture and water.
Regions: Sahara–Sahel, Arabia, Central Asia and arid Horn of Africa.
Animals: camels, goats, sheep, cattle, horses or yaks according to environment.
Transhumance
Pattern: regular seasonal movement between established lowland and highland pastures.
Regions: Mediterranean mountains, Alps, Caucasus, Himalaya and other uplands.
Distinction: routes are cyclical and tied to permanent settlements.
Reindeer pastoralism
Pattern: mobile or semi-mobile herding adapted to tundra and northern taiga.
Regions: Fennoscandia and northern Eurasia.
Importance: livelihoods, food, transport and Indigenous cultural continuity.
Livestock ranching
Pattern: extensive commercial grazing over large holdings with low labour per hectare.
Regions: western North America, Pampas/Patagonia, southern Africa and Australia.
Products: beef, sheep meat, wool and hides.
Commercial grain farming
Pattern: large, mechanised, specialised farms producing bulk grain for national and export markets.
Regions: North American prairies, Eurasian steppe, Pampas and Australian wheat belts.
Products: wheat, maize, barley, canola and other field crops.
Mixed crop–livestock farming
Pattern: crops feed animals; manure and rotations support fields; risk is distributed across enterprises.
Regions: Europe, eastern North America and temperate parts of Asia.
Products: cereals, fodder, pigs, poultry, cattle and oilseeds.
Commercial dairying
Pattern: specialised milk production close to processors and large urban markets, or in export-oriented pasture regions.
Regions: northwestern Europe, Great Lakes, New Zealand and southeastern Australia.
Need: reliable fodder, water, cold chains and rapid transport.
Plantation agriculture
Pattern: specialised tropical or subtropical estates/outgrower networks tied to processing and global trade.
Regions: South/Southeast Asia, tropical Africa, the Caribbean and Latin America.
Products: tea, coffee, cocoa, rubber, sugarcane, bananas and oil palm.
Mediterranean agriculture
Pattern: dry-summer farming mixes tree crops, vines, winter cereals, vegetables and grazing.
Regions: Mediterranean Basin, California, central Chile, Cape region and southwest Australia.
Products: olives, grapes, citrus, wheat, vegetables and sheep/goats.
Market gardening and horticulture
Pattern: intensive production of high-value, often perishable vegetables, fruit and flowers.
Regions: metropolitan fringes and specialised coastal/greenhouse districts worldwide.
Need: labour, irrigation, refrigeration, logistics and nearby affluent demand.
Irrigated dryland farming
Pattern: canals, reservoirs, wells or drip systems overcome aridity in plains and river valleys.
Regions: Indus, Nile, Central Asia, western North America, Middle East and Murray–Darling.
Risk: salinity, groundwater depletion, water conflict and drainage failure.
Oasis agriculture
Pattern: concentrated cultivation around springs, wells or qanats, often vertically layered.
Regions: Sahara, Arabian Peninsula, Iranian Plateau and Central Asian basins.
Products: date palms shelter fruit, vegetables, cereals and fodder.
Four axes for comparing any farming region
| Axis | One end | Other end | Question to ask |
|---|---|---|---|
| Purpose | Subsistence: household consumption dominates | Commercial: sale and profit dominate | Where does most output go? |
| Intensity | Intensive: high inputs or output per hectare | Extensive: large area, low inputs per hectare | How much land, labour and capital are used? |
| Enterprise | Specialised or monocultural | Diversified or mixed | How many crops and livestock enterprises interact? |
| Water | Rainfed | Irrigated or otherwise water-managed | Does production depend mainly on rainfall or controlled supply? |
Von Thünen: why distance from market matters
The idealised model places the most perishable or transport-costly products closest to a central market. It assumes an isolated city, uniform land, equal transport and rational profit-seeking—assumptions rarely met fully in reality.
Classic rings
- Market gardening and dairying
- Forest and fuelwood
- Field crops in increasingly extensive rotations
- Livestock ranching at the outer margin
Why real patterns differ
- Rivers, roads, ports and refrigerated transport distort distance.
- Soils, relief and climate are not uniform.
- Trade, subsidies, land prices and processing plants create new centres.
- Air freight and cold chains globalise some perishables.
From domestication to precision agriculture
| Transition | Core change | Geographical consequence |
|---|---|---|
| First Agricultural Revolution | Domestication of plants and animals | Permanent settlement and distinct hearths of crop/livestock origin |
| Columbian Exchange | Intercontinental transfer after 1492 | Maize, potato, cassava, sugar, livestock and diseases reshaped food regions |
| Second Agricultural Revolution | Rotations, selective breeding, drainage and mechanisation | Higher productivity supported industrial urbanisation |
| Green Revolution | High-yield seed, fertiliser, irrigation and crop protection | Major cereal gains, especially in irrigated Asian regions, alongside uneven access and environmental costs |
| Contemporary transition | Biotechnology, digital tools, precision inputs, protected cultivation and new supply chains | More data-intensive farms, consolidation in some regions and new sustainability debates |
Every farming system manages trade-offs
Major pressures
- Deforestation and habitat fragmentation
- Soil erosion, nutrient decline and compaction
- Groundwater depletion, salinity and pollution
- Methane and nitrous-oxide emissions
- Pesticide risk and loss of crop diversity
- Unequal land access and labour vulnerability
Improvement pathways
- Rotations, intercropping and integrated crop–livestock systems
- Efficient irrigation and soil-moisture conservation
- Agroforestry and landscape habitat protection
- Integrated pest and nutrient management
- Climate-resilient seed and diversified livelihoods
- Secure tenure, fair markets and locally appropriate technology
India within the world farming-system pattern
| Indian region | Dominant farming tendency | Important products and controls |
|---|---|---|
| Indo-Gangetic plains | Intensive irrigated mixed farming | Rice–wheat, sugarcane, dairy; canal/tube-well water, fertile alluvium and dense markets |
| Eastern and coastal lowlands | Intensive wet-rice and delta farming | Rice, jute, fish, pulses; monsoon water, floodplains and high labour density |
| Deccan and central rainfed belt | Intensive non-rice and smallholder mixed farming | Millets, pulses, oilseeds, cotton and livestock; variable monsoon and dryland soils |
| Northwestern drylands | Irrigated commercial farming and pastoralism | Wheat, cotton, mustard, dairy, sheep/goats; irrigation with salinity and groundwater concerns |
| Plantation highlands | Plantation and horticultural farming | Tea, coffee, rubber, spices and fruit; humid slopes, processing and export chains |
| Himalayan region | Terrace smallholding, transhumance and horticulture | Maize, barley, millets, apples, vegetables, sheep/goats; altitude and limited level land |
| Metropolitan fringes | Market gardening, dairying and poultry | Milk, vegetables, flowers, eggs and high-value perishables linked to urban demand |
World farming systems quiz
1. What best defines a farming system?
A farming system combines environmental resources, enterprises, livelihoods, technologies and institutional conditions.
2. Which system is most characteristic of densely populated monsoon lowlands?
Warmth, abundant seasonal water and high labour availability favour intensive paddy cultivation.
3. What distinguishes transhumance from fully nomadic pastoralism?
Transhumance is cyclical movement between known seasonal grazing areas, often linked to a permanent home settlement.
4. Which combination is typical of Mediterranean agriculture?
Dry summers and wetter winters favour drought-resistant tree crops, vines, winter grains and small livestock.
5. In Von Thünen’s ideal model, why are dairying and market gardening near the city?
High perishability and transport cost encourage proximity to consumers in the model.
6. Which statement about intensive farming is correct?
Intensity concerns inputs or output per area; an intensive farm can be subsistence or commercial.
7. What is a major risk of irrigated dryland farming?
High evaporation, poor drainage and excessive pumping can concentrate salts and lower groundwater levels.
8. Why are the atlas boundaries approximate?
Farm enterprises overlap and respond continually to markets, technology, policy, water and environmental change.
Frequently asked questions
What are the major farming systems of the world?
Major teaching categories include shifting cultivation, intensive wet-rice and non-rice subsistence farming, smallholder mixed farming, pastoralism, ranching, commercial grain farming, mixed crop–livestock farming, dairying, plantations, Mediterranean agriculture, horticulture and irrigated farming.
What is the difference between subsistence and commercial farming?
Subsistence farming primarily supports the household, although surpluses may be sold. Commercial farming primarily produces for markets and depends more directly on prices, processing, finance and transport networks.
What is the difference between intensive and extensive farming?
Intensive farming uses high labour, capital or other inputs—or achieves high output—per unit of land. Extensive farming operates over larger areas with lower inputs and output per hectare.
Where is shifting cultivation practised?
It occurs mainly in humid tropical forest regions of Amazonia, Central Africa and South/Southeast Asia. Traditional long-fallow systems differ from rapid frontier clearing or permanent deforestation.
Why is wet-rice farming concentrated in Asia?
Warm monsoon climates, abundant lowland water, long cultivation histories, dense rural labour and rice-centred food cultures reinforce intensive paddy systems.
What is plantation agriculture?
Plantation agriculture specialises in tropical or subtropical cash crops linked to processing and distant markets. Estates may coexist with contract growers and smallholder outgrower networks.
What does the Von Thünen model explain?
It explains how transport cost, perishability and land rent can arrange agricultural activities around a market. Modern transport, trade, policy and varied physical geography substantially modify its ideal rings.
Why is a world farming-systems map generalised?
A farm may combine several enterprises, and neighbouring farms may differ in size, tenure, technology and market orientation. A readable global map must show dominant tendencies rather than every holding.
Authoritative references and further reading
- FAO and World Bank: Farming Systems and Poverty
- FAO: Land use statistics and indicators
- FAO: State of the World’s Land and Water Resources for Food and Agriculture
- FAOSTAT: Land Use data
- College Board: AP Human Geography—Agriculture and Rural Land Use
- USDA NRCS: Cropland and conservation
- FAO: Addressing land degradation for a sustainable future
