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The 60 pages that link to Acid mine drainage, each with the reason it gives.

• Groundwater contaminationRelated: It can infiltrate from mine workings or waste piles into groundwater.

• Water pollutionBroader topic: Mining can generate persistent acidic discharges that contaminate streams and groundwater.

• Coal miningRelated: Exposed rock and mine workings can contaminate streams long after extraction ends.

• Hydrogen sulfideCompared with: It is a major environmental consequence of oxidizing solid sulfides, unlike the direct hazards of H₂S gas.

• Chemical weatheringRelated: Oxidative weathering of exposed sulfides can generate acidity and mobilize toxic metals.

• SulfateRelated: It commonly carries high sulfate concentrations alongside acidity and dissolved metals.

• MiningRelated: Exposed sulfide rock can pollute streams long after mining has stopped.

• Constructed wetlandRelated: Constructed wetlands can support processes that neutralize acidity or retain dissolved metals.

• AlkalinityCompared with: Its acidity consumes alkalinity and can overwhelm a stream’s neutralizing reserve.

• Open-pit miningRelated: Exposed sulfide-bearing rock in pits and waste piles can generate acidic runoff.

• Sulfide mineralRelated: Oxidation of sulfide ores can generate this persistent mining pollution.

• NeutralizationRelated: Treatment commonly adds alkaline substances to neutralize this persistent acidity.

• ArsenicRelated: Mining can expose arsenic-bearing sulfides and release arsenic into drainage.

• Copper miningRelated: Exposed sulfide-bearing waste can generate persistent pollution at copper mines.

• Ore depositRelated: Exposed sulfide ore and waste rock can create long-lived water pollution.

• Mine reclamationRelated: Reclamation must prevent or treat this persistent source of contamination.

• Mine tailingsRelated: Sulfide-bearing tailings can generate acidic drainage when exposed to air and water.

• Underground miningRelated: Mine workings can expose sulfide-bearing rock to conditions that generate persistent contaminated drainage.

• AcidityBroader topic: It is a severe environmental consequence of acid generation from mineral oxidation.

• Gold miningRelated: Excavated and waste rock can generate polluted drainage long after mining ends.

• PyriteRelated: Exposed pyrite can oxidize and generate the acidity that drives this pollution.

• Sulfur cycleBroader topic: This human-amplified pathway rapidly mobilizes rock-bound sulfur into waterways.

• Land reclamationRelated: Reclamation must prevent or manage this persistent source of water pollution.

• SulfideRelated: Oxidation of sulfide-bearing rock is a major source of this pollution.

• BiogeochemistryRelated: Mineral oxidation mobilizes metals and changes water chemistry in a clear biogeochemical example.

• ChemolithotrophyRelated: Chemolithotrophic iron and sulfur oxidation can accelerate its formation.

• ChalcopyriteRelated: Oxidation of chalcopyrite-bearing waste can contribute acidity and dissolved metals to drainage.

• Supergene enrichmentRelated: The same sulfide oxidation can generate pollution rather than economically useful enrichment.

• KimberliteRelated: It can arise where kimberlite mining exposes reactive sulfide-bearing materials.

• QuarryingRelated: Quarrying sulfide-bearing rock can expose minerals that generate contaminated drainage.

• Rare-earth separationRelated: Rare-earth projects can inherit pollution risks from associated mining and waste streams.

• Cobalt miningRelated: Exposed sulfide ores and mine wastes can contaminate waterways through acidic drainage.

• GangueRelated: Sulfide-bearing gangue or waste rock can generate acidic drainage when exposed.

• Water chemistryBroader topic: It illustrates how mineral oxidation can sharply alter water’s acidity and metal content.

• ChromiteRelated: Chromite mines may encounter sulfide-bearing rocks that create this water pollution risk.

• Environmental microbiologyBroader topic: It shows how microbial activity can intensify pollution from disturbed environments.

• Gold extractionRelated: Gold mining waste containing sulfides can generate persistent acidic drainage.

• Magmatic sulfide depositRelated: Mining sulfide ore can expose minerals that generate acidic drainage.

• Oxidation zoneRelated: Sulfide oxidation in exposed ore can generate acidic drainage.

• Soil acidificationRelated: It can acidify surrounding soils through acidic runoff, though it begins with mine wastes.

• Economic geologyRelated: Mining sulfide deposits can trigger long-lived drainage that requires treatment and monitoring.

• Ore dressingRelated: Dressing exposes sulfide-bearing particles and generates waste that can contribute to drainage problems.

• Sulfate mineralRelated: Its waters can carry sulfate and metals that later precipitate as secondary sulfate minerals.

• Surface miningRelated: Excavation can expose sulfide-bearing rock that contaminates drainage.

• Mining engineeringRelated: Excavation and waste-rock management can expose sulfides that generate long-lasting pollution.

• Silver miningRelated: Silver mines containing sulfides can generate acidic, metal-rich drainage.

• ArsenopyriteRelated: Arsenopyrite oxidation can contribute acidity and arsenic to mine drainage.

• Geochemical cycleRelated: It shows how human disturbance can accelerate mineral reactions and mobilize elements.

• Iron(II) sulfideRelated: Oxidation of iron sulfides contributes to acidity and dissolved iron in mine waters.

• Tin miningRelated: Some tin mines expose sulfide minerals that can contaminate drainage.