Linked from

The 83 pages that link to Nutrient cycling, each with the reason it gives.

• DeadwoodRelated: Decomposition returns nutrients held in wood to forest soils and living organisms.

• Flood pulseRelated: Floodwaters transport and redistribute nutrients between rivers and floodplain ecosystems.

• HeathlandRelated: Slow nutrient turnover and leaching help sustain heathland's nutrient-poor conditions.

• Integrated multi-trophic aquacultureRelated: Waste nutrients from fed organisms can support extractive crops.

• MarshRelated: Flooding and plant uptake regulate nutrient availability in marsh soils.

• American shadRelated: Migrating shad transport marine-derived nutrients into freshwater systems.

• Livestock grazingRelated: Dung and urine return nutrients to grazed land, unevenly distributing them across pastures.

• Plant ecologyRelated: Nutrient availability limits plant productivity and shapes species distributions.

• Plant-herbivore interactionsRelated: Herbivores redistribute nutrients through feeding, excretion, and effects on plant litter.

• RainforestRelated: Rapid nutrient uptake and decomposition help sustain growth despite often-poor soils.

• Riparian forestRelated: Floods and leaf litter link nutrient cycling in the forest to the river.

• Soil ecologyRelated: Soil organisms regulate the release and retention of nutrients such as nitrogen and phosphorus.

• Soil ecosystemRelated: Soil organisms regulate the release, uptake, and retention of essential elements.

• Tonlé SapRelated: Floodwater and deposited sediments help replenish nutrients across the lake and floodplain.

• WaterbirdRelated: Bird colonies can transfer nutrients between aquatic and terrestrial habitats.

• Atlantic menhadenRelated: Menhaden redistribute nutrients as they feed, grow, and move through coastal waters.

• Grazing ecologyRelated: Dung and urine redistribute nutrients and can create localized hotspots of plant growth.

• Leafcutter antRelated: Garden waste and colony activity redistribute nutrients through tropical soils.

• Tongass National ForestRelated: Salmon carcasses carry ocean-derived nutrients into forest food webs.

• ZooxanthellaeRelated: The partnership recycles nitrogen and other nutrients between algae and host.

• Agricultural chemistryRelated: Nutrient cycling replenishes and redistributes elements used in agriculture.

• Bearded vultureRelated: Bone consumption and digestion return nutrients from carcasses to the environment.

• Dung beetleRelated: Buried dung returns nutrients to soil and makes them available to plants.

• Polar desertRelated: Low biological activity makes nutrient inputs and recycling especially limited in polar deserts.

• Tropical and subtropical moist broadleaf forestsRelated: Rapid decomposition and nutrient uptake help sustain growth on often nutrient-poor soils.

• Lake ecosystemRelated: Decomposition and mixing circulate nutrients through lake water, sediments, and organisms.

• Natural environmentRelated: Nutrient movement sustains organisms while linking soil, water, and living communities.

• TopsoilRelated: Topsoil hosts rapid exchanges that make nutrients available to plant roots.

• WildebeestRelated: Wildebeest redistribute nutrients through grazing, dung, urine, and carcasses.

• MenhadenRelated: Menhaden move nutrients through food webs as they feed, migrate, and are eaten.

• Plant litterNarrower topic: As litter decomposes, its nutrients re-enter soil and biological cycles.

• MeadowRelated: Plant growth and decomposition recycle nutrients that influence meadow productivity and species composition.

• VermicompostRelated: Decomposition makes nutrients in organic residues more available for reuse by plants and microbes.