Linked from

The 105 pages that link to Crop rotation, each with the reason it gives.

• Nitrogen fixationRelated: Rotating legumes with other crops can improve soil nitrogen availability.

• AgricultureBroader topic: Changing crops can limit pests and replenish nutrients that a single crop depletes.

• Soil fertilityRelated: Rotations can diversify nutrient demands and add nitrogen when they include legumes.

• Cover cropRelated: Cover crops can fill gaps in a rotation without replacing the main harvested crops.

• MonocultureCompared with: Rotating species interrupts the repeated host conditions that monoculture creates.

• Organic farmingRelated: Rotations interrupt pest cycles and help maintain soil fertility without relying on synthetic inputs.

• Subsistence agricultureRelated: Rotations maintain soil fertility where farmers have limited access to purchased inputs.

• AgroecologyRelated: Rotating crops can disrupt pest cycles and maintain soil fertility.

• AllelopathyRelated: Rotations can include species whose residues or root chemicals affect subsequent weeds or crops.

• No-till farmingRelated: Rotations diversify residues and disrupt weed, pest, and disease cycles in no-till fields.

• Annual plantRelated: Annual crops make planned year-to-year changes in field use possible.

• IntercroppingCompared with: Rotation changes crop identity over time, whereas intercropping overlaps crops in time.

• Sustainable agricultureRelated: Rotating crops can interrupt pest cycles, diversify nutrient demands, and improve soil condition.

• Regenerative agricultureRelated: Changing crop families disrupts pest cycles and varies root and residue inputs.

• Soil healthRelated: Changing crops diversifies residues and rooting patterns, disrupting some pests and nutrient imbalances.

• Agricultural laborRelated: Rotation changes the timing and types of work required across seasons.

• Agricultural pestRelated: Changing crops can interrupt pests that depend on a particular host plant.

• RhizobiumRelated: Rotating legumes can add nitrogen to cropping systems through rhizobial symbiosis.

• Three SistersCompared with: Unlike rotation, the Three Sisters combines crops in the same planting period.

• Conservation agricultureRelated: Rotating crops supplies the diversification that conservation agriculture requires.

• Agricultural biodiversityRelated: Rotations alter habitats and resources for soil organisms, pests, and crops.

• Host plantRelated: Rotation can interrupt pests dependent on particular crop host plants.

• Agricultural productivityRelated: Rotations can sustain soil fertility and reduce pests, supporting yields with fewer corrective inputs.

• Plant diseaseRelated: Rotation can interrupt the life cycles of pathogens that persist in soil or crop residues.

• Root noduleRelated: Rotating legumes can increase soil nitrogen available to subsequent crops.

• Agrarian societyRelated: Rotations sustain yields by changing how fields use nutrients and recover.

• HarvestRelated: Rotation shapes which crops reach harvest on a field and when.

• BarleyRelated: Barley’s place in rotations can help manage weeds, soil fertility, and crop diseases.

• Green manureRelated: Green manure fits into rotations between cash crops to replenish or protect soil.

• PampasRelated: Rotations can manage soil fertility and pests in Pampas farming systems.

• AgronomyRelated: Changing crops can disrupt pests, balance nutrient demands, and improve soil condition.

• Companion plantingCompared with: Rotation changes crop neighbors across seasons rather than arranging them side by side.

• Ogallala AquiferRelated: Crop choices and rotations can reduce irrigation demand in aquifer-dependent farming.

• PeanutRelated: Peanuts can add a legume phase to rotations and help diversify field production.

• PolycultureCompared with: Unlike simultaneous polyculture, rotation separates crop species through time.

• Plant pathologyRelated: Rotation can deprive host-specific pathogens of suitable plants and reduce soil inoculum.

• Aztec agricultureRelated: Rotating fields helped sustain cultivation where plots were not permanently raised beds.

• ChinampaRelated: Rotating crops helped sustain production on intensively cultivated chinampa plots.

• Land sharingRelated: Rotations can diversify farm conditions and reduce some pressures on soil and wildlife.

• Leaf vegetableRelated: Rotating leafy crops can interrupt pest and disease cycles and manage soil nutrients.

• MilpaRelated: Rotating crops can complement the fallow periods in milpa cultivation.

• Agriculture in EgyptRelated: Rotating crops helps manage soil fertility, pests, and the timing of water demand.

• Brassica napusRelated: Rotations help manage soil health, weeds, and diseases in Brassica napus production.

• Center-pivot irrigationRelated: Rotating crops under pivots can help manage soil nutrients, pests, and disease.

• Raised bed gardeningRelated: Rotating crops within beds can reduce recurring pest and disease pressure.

• Vegetable (food)Related: Rotating vegetable families can reduce some soil-borne pests and nutrient imbalances.

• AlfalfaRelated: Alfalfa’s nitrogen-rich residues can benefit crops planted after it.

• FallowRelated: Fallow may occupy a scheduled phase in a rotation between harvested crops.

• Farm managementRelated: Rotation choices coordinate soil health, pest control, labor peaks, and marketable output.

• PeaRelated: Peas can precede crops that benefit from nitrogen left in the soil and residues.