Linked from

The 51 pages that link to Bioaccumulation, each with the reason it gives.

• BioindicatorRelated: Accumulated contaminants can reveal exposure that short-term environmental measurements miss.

• Marine pollutionRelated: Some persistent pollutants accumulate in marine organisms over their lifetimes.

• Plastic pollutionRelated: Persistent chemicals associated with plastics may accumulate in organisms, though effects vary by substance and exposure.

• Groundwater contaminationRelated: Some contaminants accumulate in organisms exposed to polluted groundwater or its discharge.

• Water pollutionRelated: Persistent pollutants can accumulate in organisms exposed to contaminated water.

• PesticideRelated: Persistent pesticides can accumulate in organisms over time.

• Diel vertical migrationRelated: Migrants can transport accumulated pollutants between surface and deep habitats.

• Trophic levelRelated: Accumulation within organisms can contribute to greater contaminant burdens at higher levels.

• BiomagnificationRelated: Accumulation within individual organisms supplies the contaminated prey that drives increases across food-chain levels.

• Persistent organic pollutantRelated: Persistent pollutants can accumulate in organisms because they are absorbed faster than they are broken down or excreted.

• DredgingRelated: Contaminants disturbed during dredging can remain a concern when they enter food webs.

• Aquatic food webRelated: Food-web position can shape how contaminants accumulate within aquatic organisms.

• DDTRelated: DDT accumulates in organisms because it is fat-soluble and breaks down slowly.

• ZincRelated: Zinc can accumulate in organisms near contaminated soils or waters.

• BlubberRelated: Fat-soluble contaminants can accumulate in blubber over an animal’s life.

• Mercury (element)Related: Organisms can retain mercury acquired from water, food, or sediment.

• PiscivoryRelated: Fish-eating predators may accumulate contaminants present in their prey.

• Silent SpringRelated: Carson described how repeated exposure let pesticide residues build up in wildlife.

• BiomonitoringRelated: Accumulated pollutants can reveal exposure that brief environmental sampling might miss.

• InsecticideRelated: Persistent insecticides can accumulate in organisms and contribute to food-web exposure.

• Soil contaminationRelated: Some soil contaminants accumulate in plants and animals that contact or consume them.

• Industrial pollutionRelated: Pollutants can accumulate in organisms after entering food webs from industrial releases.

• OrcaRelated: Orcas accumulate pollutants through long lives and diets high in contaminated prey.

• Environmental persistenceCompared with: A chemical can persist in the environment without accumulating in organisms, or accumulate despite environmental breakdown.

• Indicator speciesRelated: Some indicator species reveal contamination by accumulating pollutants in their tissues.

• Pesticide residueRelated: Persistent pesticide residues can accumulate in organisms faster than they are cleared.

• PollutionRelated: Persistent pollutants can accumulate in organisms exposed over time.

• Food chainRelated: Contaminants entering chain organisms can accumulate before transfer to predators.

• MethylmercuryRelated: Slow elimination allows methylmercury concentrations to rise in individual organisms.

• Aquatic toxicityRelated: Persistent chemicals can accumulate in aquatic organisms and sustain internal exposure.

• Environmental fateRelated: Fate within organisms helps determine whether contaminants accumulate over time.

• Flame retardantRelated: Persistent flame retardants can accumulate in wildlife and people through repeated exposure.

• Mercury in fishNarrower topic: Fish accumulate mercury from food and water faster than they can eliminate it.

• Sediment pollutionRelated: Contaminants attached to sediment can enter organisms and accumulate in food webs.

• BrominationRelated: Certain brominated compounds accumulate in organisms because they resist breakdown.

• Carbon–fluorine bondRelated: Persistence and molecular properties can allow certain fluorinated substances to accumulate in organisms.

• Ciguatera fish poisoningRelated: Long-lived predatory reef fish can accumulate ciguatoxins from contaminated prey.

• By-productRelated: Persistent toxic by-products can accumulate in organisms exposed to contaminated environments.

• PFASRelated: Certain PFAS accumulate in people and wildlife, though persistence alone does not determine buildup.

• HaloalkaneRelated: Persistent lipophilic haloalkanes can accumulate in organisms over time.

• LindaneRelated: Lindane’s persistence and fat solubility allow residues to accumulate in organisms.

• Perfluorooctanoic acidRelated: PFOA can accumulate in people and wildlife despite not behaving like typical fat-soluble pollutants.

• AldrinRelated: Aldrin and its metabolite can accumulate in organisms because they resist breakdown and elimination.

• DieldrinRelated: Dieldrin accumulates in fatty tissues, extending exposure beyond its original use.

• GyrfalconRelated: As a high-level predator, the gyrfalcon can accumulate persistent pollutants from prey.

• Ingestion (biology)Related: Repeated ingestion can contribute to accumulating persistent contaminants.

• 2,3,7,8-TetrachlorodibenzodioxinRelated: TCDD accumulates in fatty tissues and can increase through food webs.

• ChemosterilantRelated: Persistent compounds can accumulate in organisms exposed through food or habitat.

• Environmental issuesRelated: Persistent pollutants can accumulate in organisms and move through food webs.

• MethoxychlorCompared with: Unlike highly bioaccumulative organochlorines, methoxychlor is metabolized and eliminated more readily.