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Research demonstrates how atmospheric sulfate affects soil chemistry and aluminum availability, highlighting environmental implications.
, indicating vertical redistribution driven by water fluxes. PCA identified sulfate as the primary variable governing the organization of soil solution chemistry along the soil profile. Overall, these findings demonstrate that continuous atmospheric sulfate deposition from industrial activities can induce processes analogous to those observed in soils amended with high rates of agricultural gypsum, with important implications for nutrient dynamics, aluminum availability, and the environmental quality of tropical soils.
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Morais et al. (2026) studied this question.
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