Linked from

The 30 pages that link to Agricultural intensification, each with the reason it gives.

• AgricultureRelated: Intensification can raise production while increasing dependence on inputs or environmental pressures.

• Land-use changeRelated: Production can rise on existing farmland, changing management without expanding its area.

• Iron AgeRelated: Iron tools sometimes supported expanded cultivation, but population and social organization also shaped intensification.

• Crop yieldRelated: Raising output per hectare is a central form of land-use intensification.

• Shifting cultivationCompared with: Shorter fallows and continuous production can replace shifting cultivation as land pressure rises.

• Agricultural productivityRelated: It raises land productivity by applying more resources or improved methods to a given area.

• PampasRelated: More intensive crop and livestock production has changed Pampas land use and environmental pressures.

• Land sparingRelated: Higher output per hectare is the production strategy intended to free land for habitat.

• Land sharingCompared with: Intensification can undermine the low-impact farming central to land sharing.

• MilpaRelated: Land pressure can push milpa cultivation toward shorter fallows and more intensive management.

• Ground-nesting birdRelated: Field operations can destroy ground nests or young before they leave the nest site.

• Norman BorlaugRelated: The Green Revolution increased yields while relying on irrigation, fertilizers, and other inputs.

• Pre-Pottery NeolithicRelated: It helps explain how cultivation supported growing and increasingly settled populations.

• FallowCompared with: Intensification often seeks continuous production where fallow pauses cultivation.

• Crop diversificationCompared with: Intensification can raise yields without necessarily increasing the number of crops grown.

• Farm consolidationCompared with: Intensification concerns output per input; consolidation concerns how land or businesses are distributed.

• Agricultural expansionCompared with: It raises output through greater productivity rather than necessarily bringing new land into production.

• Common quailRelated: Changes to crop fields can reduce nesting cover and food availability.

• European hareRelated: It can reduce the varied food and cover European hares need.

• PartridgeRelated: Intensification removes nesting cover and insect-rich margins needed by grey partridge chicks.

• Doñana National ParkRelated: Intensive farming near Doñana adds pressure to the region’s limited water resources.

• HamsterRelated: Intensive farming can reduce food and shelter available to wild hamsters.

• Human overpopulationRelated: Higher yields can support more people, while intensification may impose environmental costs.

• Barn swallowRelated: Changes to farmland can reduce nesting structures and insect prey available to barn swallows.

• Centaurea cyanusRelated: Herbicides and intensive crop management have reduced cornflower populations in farmland.

• Eared doveRelated: Expanded grain production can provide abundant food that favors large eared dove populations.

• Effects of Climate Change on AgricultureCompared with: Intensification can alter vulnerability and environmental pressures independently of climate trends.

• EmberizaRelated: Changes to farmland have contributed to declines in some Emberiza populations.

• Lesser floricanRelated: Conversion and intensive use of grasslands can remove or degrade florican habitat.

• Second Green RevolutionNarrower topic: The Second Green Revolution is one proposed form of intensification, with disputed trade-offs.