Linked from

The 12 pages that link to Efflorescence, each with the reason it gives.

• HydrateRelated: Some hydrates release water spontaneously when ambient humidity is low.

• HydrationCompared with: Efflorescence releases water from hydrated solids instead of taking it up.

• Crystal waterRelated: Some crystals spontaneously release their structural water under ordinary atmospheric conditions.

• DeliquescenceCompared with: It is the reverse humidity-driven transition: a solution becomes solid rather than a solid becoming solution.

• StuccoRelated: Water moving through stucco can carry salts to its surface and leave visible deposits.

• DesiccationCompared with: Drying can promote it, but the visible deposits are salts, not lost water itself.

• HygroscopyCompared with: It contrasts with moisture uptake by describing water loss from a solid.

• Salt weatheringCompared with: Surface crystals mark salt transport, unlike damaging crystallization hidden within pores.

• Barium carbonateRelated: Barium carbonate can bind soluble sulfates that otherwise contribute to deposits on bricks.

• Calcium nitrateCompared with: Its moisture behavior contrasts with salts that readily lose hydration water to dry air.

• Manganese(II) sulfateRelated: Some hydrated manganese(II) sulfate forms can lose water during storage.

• Salt flatRelated: It forms when salts migrate upward and crystallize at the flat's surface.