Linked from

The 15 pages that link to Sulfur cycle, each with the reason it gives.

• Hydrogen sulfideNarrower topic: H₂S is a mobile reduced-sulfur compound within this larger cycle.

• SulfurNarrower topic: The cycle explains how sulfur moves between its elemental, mineral, and biological forms.

• Biogeochemical cycleBroader topic: Its natural and human-driven transfers affect climate, ecosystems, and air quality.

• Sulfur dioxideNarrower topic: SO₂ is a mobile atmospheric form within the broader movement of sulfur through Earth systems.

• Anaerobic respirationRelated: Sulfate-respiring microbes convert sulfate into sulfide in anoxic environments.

• Phosphorus cycleRelated: Sulfur, unlike phosphorus, has substantial atmospheric transport through gases such as sulfur dioxide.

• PyriteNarrower topic: Pyrite stores sulfur in rocks and releases it through weathering.

• Ocean anoxiaRelated: Without oxygen, microbes use sulfate and generate sulfide, changing sulfur chemistry in the sea.

• Anoxygenic photosynthesisRelated: Oxidation of sulfide by anoxygenic phototrophs links light capture to sulfur transformations.

• Dimethyl sulfideNarrower topic: Dimethyl sulfide is a volatile biological pathway within the global sulfur cycle.

• Geochemical cycleBroader topic: Sulfur cycling connects mineral reactions, biological activity, and atmospheric chemistry.

• AquificotaRelated: Sulfur-oxidizing Aquificota connect hot ecosystems to sulfur transformations.

• Carbonyl sulfideNarrower topic: Its atmospheric oxidation and deposition connect carbonyl sulfide to broader sulfur transfers.

• Frasassi CavesRelated: Sulfur transformations connect cave chemistry with microbial activity at Frasassi.

• Lime sulfurNarrower topic: Lime sulfur’s active element ultimately enters the wider environmental cycling of sulfur.