Linked from

The 71 pages that link to Decomposition, each with the reason it gives.

• Carbon cycleRelated: It releases carbon from dead biomass and helps determine how much enters soils or the atmosphere.

• TaphonomyRelated: Microbes and scavengers can destroy soft tissues before burial preserves them.

• WetlandRelated: Low oxygen often slows decomposition, allowing organic matter to accumulate.

• ArthropodRelated: Many arthropods fragment and consume detritus, accelerating nutrient cycling.

• Food webRelated: Decomposers connect dead material and waste back to nutrient pathways.

• Tropical rainforestRelated: Warm, moist conditions accelerate the return of nutrients from litter to plants.

• Nutrient cyclingRelated: It returns nutrients locked in organic matter to forms that can re-enter ecosystems.

• InsectRelated: Insects such as termites and beetle larvae help process dead plants and animals.

• ScavengingRelated: Decomposition changes carcasses over time, shaping their availability and food value.

• FossilizationRelated: Decay removes soft tissues unless conditions slow its progress.

• Soil organic matterRelated: It turns plant and animal residues into progressively altered soil organic matter.

• Freshwater ecosystemRelated: Decomposers return nutrients from dead freshwater organisms to the environment.

• Biogeochemical cycleRelated: It returns biologically stored elements to soils, water, and the atmosphere.

• PeatlandRelated: Peat accumulates when plant production exceeds decomposition.

• DetritivoreRelated: Detritivores fragment material that decomposers further break down.

• EcosystemRelated: Decomposition returns nutrients from dead organisms to ecosystem soils and waters.

• Phosphorus cycleRelated: Decomposition returns organic phosphorus to soil and water as mineral phosphate.

• Leaf litterNarrower topic: Fungi, bacteria, and detritivores break litter down and release nutrients.

• Soil food webRelated: Fungi and bacteria decompose litter, making its carbon and nutrients available to other organisms.

• EarthwormRelated: Earthworms fragment and ingest litter, helping decomposition proceed in soil.

• CarrionRelated: Decomposition transforms carrion and releases its nutrients into the environment.

• ColeopteraRelated: Wood- and dung-feeding beetles help return nutrients to ecosystems.

• MoldRelated: Mold obtains nutrients by breaking down organic material outside its cells.

• DeciduousnessRelated: Decomposition releases nutrients from the leaves shed each year.

• Insect declineRelated: Many insects help fragment and process organic material, contributing to nutrient cycling.

• MummificationCompared with: Mummification interrupts the processes that would otherwise break down a body.

• Soil biodiversityRelated: Decomposer organisms convert plant litter and other remains into forms that re-enter ecosystems.

• Soil microbiomeRelated: Microbial enzymes release nutrients from plant litter and soil organic matter.

• CompostNarrower topic: Microorganisms drive the decomposition that turns compost feedstocks into stable organic matter.

• DetritusRelated: Decomposers transform detritus, releasing nutrients and carbon compounds.

• Green manureRelated: Soil organisms release nutrients as incorporated green-manure crops decompose.

• Soil microbiologyRelated: Soil bacteria and fungi decompose residues and recycle their nutrients.

• MycologyRelated: Fungal decay returns nutrients from dead material to ecosystems.

• ScavengerRelated: Scavenging begins the breakdown of remains and overlaps with later decomposition.

• EmbalmingRelated: Embalming delays this process rather than stopping it permanently.

• HumusNarrower topic: It begins the transformation of plant and animal remains into humus.

• Temperate deciduous forestRelated: Fungi, bacteria, and invertebrates recycle nutrients from the forest’s seasonal leaf litter.

• HexapodaRelated: Soil-dwelling hexapods help fragment and process decaying material.

• Organic matterRelated: Decomposition transforms organic matter and releases its constituents into ecosystems.

• StrawRelated: Microbes decompose straw slowly because its structural tissues resist breakdown.

• BiosphereRelated: Decomposition returns nutrients to ecosystems for reuse across the biosphere.

• Forest soilRelated: It transforms forest litter into dissolved nutrients and soil organic matter.

• Trophic ecologyRelated: Decomposition returns nutrients from dead organisms to forms producers can use.

• BiomassRelated: Decomposition removes dead material from living biomass and returns nutrients to ecosystems.

• Eastern deciduous forestsRelated: Leaf litter decomposition returns nutrients to the soils beneath the canopy.

• Insect conservationRelated: Insects help process plant litter, carrion, and dung in many ecosystems.

• MillipedeRelated: Millipedes fragment leaf litter, making it more available to microbes.

• RainforestRelated: Warm, moist conditions accelerate the return of nutrients from litter to living plants.

• Soil ecologyRelated: Soil organisms drive the breakdown that releases nutrients from litter and remains.

• Soil ecosystemRelated: Fungi, bacteria, and soil animals release nutrients by decomposing litter and dead organisms.