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increase in soil AAAc-P corresponded to 0.015 and 0.018 mg l –1 increase in surface runoff and drainflow DRP, respectively. When the AAAc-P vs. Pw relationship obtained in the laboratory test was used to predict the average DRP concentration in edge-of-field runoff, the precision of the DRP estimates inferred from STP data was in 95% of the cases ± 0.10 mg l –1 . In the L. Rehtij arvi catchment, 50% of the diffuse DRP loading risk was assigned to an area that corresponded to less than 20% of the fields and the situation may be similar in the national scale.

Dissolved reactive phosphorus in runoff assessed by soil extraction with an acetate buffer