Abstract
The productivity of agricultural soils requires an active cycling of soil P pools through plants and microbial populations. P cycling rates are thus closely linked to transformations of C, N, S and other mineral nutrients. A systems approach to an understanding of factors controlling chemical and biological processes in ecosystems is necessary for an evaluation of the impacts of acid deposition on agricultural soils. Acid deposition effects on P cycling will be most pronounced on soils subject to intense weathering and erosional processes. Management practices developed to relieve these stresses will be most useful in mitigating impacts of acid deposition.
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