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2005 2006            , ,     SWAT           . SWAT            .    (R 2 ) 0.80∼0.83    T-N, T-P       (R 2 ) 0.62∼0.86  .         1997 2006     , T-N, T-P   SWAT    .          ,     T-N  3.29 kg/km 2 /day T-P   0.15 kg/km 2 /day .   T-N   11.15 kg/km 2 /day T-P   0.70 kg/km 2 /day               SWAT       . Keywords: SWAT model; T-N; T-P; Unit area load; Sloping Field; Forest I. INTRODUCTION * Importance of controlling of nonpoint source pollutants has been recognized in recent years because policies were implemented focusing mainly on point source pollutants and water quality has not been improved as expected. A research on land use regarding nonpoint source pollutants and nation-wide pollution contribution degree were con-ducted for the first time in 1994. Lee et al. (1998) examined the amount of soil loss and used it as a basic data for

Estimation of Runoff Unit Area Loads for Nutrients from Forest and Sloping Field using SWAT model in Bonggok Stream Watershed