Linked from

The 47 pages that link to Fertilizer, each with the reason it gives.

• Nutrient cyclingRelated: Agriculture uses fertilizer to supplement nutrient supplies and alters their movement through landscapes.

• Biogeochemical cycleRelated: Industrial fertilizer production and use greatly accelerate nitrogen and phosphorus transfers.

• NitrateRelated: Nitrate-containing fertilizers deliver readily available nitrogen to crops.

• Nutrient pollutionRelated: Excess application leaves nitrogen and phosphorus available for runoff or leaching.

• Cation-Exchange CapacityRelated: CEC informs how readily applied nutrient cations may be retained or lost.

• Justus von LiebigRelated: Liebig’s work helped establish the chemical rationale for replacing nutrients removed by harvests.

• PhosphateRelated: Phosphate fertilizers supply phosphorus, an essential plant nutrient.

• Second Industrial RevolutionRelated: Chemical fertilizer production linked industrial chemistry to higher agricultural yields.

• Chemical industryRelated: Industrial ammonia and phosphate processing underpin the supply of manufactured fertilizers.

• Salt (chemistry)Related: Many fertilizers are soluble salts that deliver plant nutrients.

• LeachingRelated: Fertilizer management limits nutrient losses when soluble nutrients are vulnerable to leaching.

• Magnesium sulfateRelated: Agricultural magnesium sulfate supplies magnesium and sulfur, especially to deficient crops.

• Plant nutritionRelated: Fertilizers replenish nutrients removed by harvest or unavailable in the soil.

• Contact processRelated: Sulfuric acid made by this process is used to produce phosphate fertilizers.

• HouseplantRelated: Container plants rely on nutrients added to a limited volume of growing medium.

• History of chemistryRelated: Industrial nitrogen chemistry transformed agriculture and global food production.

• LawnRelated: Nutrient applications can increase lawn growth but may also cause runoff.

• Agricultural chemistryRelated: Fertilizer chemistry determines nutrient forms, release, and uptake.

• Agriculture in UkraineRelated: Nitrogen and other nutrients help sustain yields, while input costs and availability shape planting decisions.

• Phosphate mineralRelated: Processed apatite supplies phosphorus, one of the main nutrients in agricultural fertilizers.

• Agricultural scienceRelated: Nutrient research guides fertilizer choice, timing, and application rates.

• Chemical plantRelated: Chemical plants manufacture major fertilizers, including ammonia-based products.

• Intensive farmingRelated: Synthetic fertilizers supply nutrients that intensive cropping removes rapidly from fields.

• NitrososphaeriaRelated: Their nitrification activity affects how fertilizer nitrogen persists and moves through soil.