Linked from

The 40 pages that link to Crop yield, each with the reason it gives.

• PhotosynthesisRelated: Photosynthetic carbon gain sets a major limit on the biomass available for harvest.

• InflorescenceRelated: Inflorescence development determines the number and arrangement of potential fruits or grains.

• Precision agricultureRelated: Spatial yield differences are a central signal for evaluating field management.

• Soil fertilityRelated: Insufficient nutrient supply limits crop growth and can reduce harvests.

• PhenologyRelated: Flowering and fruiting dates shape exposure to frost, heat, and pollination conditions.

• Soil salinityRelated: Salinity reduces yields by restricting water uptake and disturbing plant function.

• Drought toleranceRelated: A plant can survive drought yet produce little harvest, so tolerance alone does not ensure yield.

• No-till farmingRelated: Yield responses to no-till vary with crop, weather, soil, and years since adoption.

• IntercroppingRelated: Mixtures may raise combined output per area, even when one component yields less.

• Agricultural pestRelated: Pest damage can reduce the quantity of harvestable crop.

• Water-use efficiencyRelated: Yield per water supplied is a practical agricultural form of efficiency.

• Conservation agricultureRelated: Yield responses to conservation agriculture vary with climate, crops, management, and transition time.

• SalinizationRelated: Salt stress reduces yields, with effects varying by crop and salt concentration.

• WaterloggingRelated: Root injury and nutrient losses from prolonged saturation can reduce harvests.

• HarvestRelated: Harvested quantity is the realized output of crop production.

• Rain-fed agricultureRelated: Rainfall amount and timing are major determinants of yields in rain-dependent fields.

• Conservation tillageRelated: Yield responses vary with crop, climate, soil, and management rather than following one universal pattern.

• Oxygenic photosynthesisRelated: Photosynthetic carbon gain sets a major ceiling on crop biomass and yield.

• Plant physiologyRelated: Physiological limits on photosynthesis, growth, and resource use shape harvestable production.

• PhotorespirationRelated: Energy expenditure and carbon loss from photorespiration can reduce plant productivity and yield.

• Tropospheric ozoneRelated: Ozone exposure can lower yields by impairing photosynthesis and plant growth.

• Agricultural surplusRelated: Higher yields can create surplus when production outpaces consumption and losses.

• RuBisCORelated: Improving RuBisCO could increase crop growth, but field-level yield gains remain difficult to predict.

• Farm incomeRelated: Yield changes affect output and revenue even when prices stay constant.

• Weed controlRelated: Reducing weed competition helps protect yield, while poor timing can still cause losses.

• Pollination managementRelated: Improved pollination can raise yield or stabilize production in dependent crops.

• Powdery mildewRelated: Severe infections can reduce photosynthesis, impair growth, and lower harvest quantity or quality.

• SeedbedRelated: Early crop establishment influenced by the seedbed can affect final yield.

• Staple foodRelated: High yields help make staple crops abundant and affordable.

• Vertical farmingRelated: High output per floor area matters, but comparisons depend on the chosen denominator.

• Global dimmingRelated: Changes in sunlight can affect plant growth, although temperature and water also matter.

• HectareRelated: Yield is often reported per hectare, connecting land area to food production.

• Vandana ShivaRelated: Yield comparisons are central to disputes over whether ecological farming can replace industrial methods.

• Norfolk four-course systemRelated: Continuous cultivation and improved soil management could raise output per acre.

• Biological carbon fixationRelated: Crop growth depends on how effectively photosynthesis fixes carbon into biomass.

• EdaphologyRelated: Soil limitations can constrain yields even when other growing conditions are favorable.

• Agricultural cycleRelated: Choices made throughout the cycle affect how much the field produces.

• Growth processesRelated: Crop yield depends partly on how growth allocates biomass to harvestable organs.

• Plant Physiological PhenomenaRelated: Yield reflects how growth, resource use, and reproductive success combine in crops.