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With the help of GIS spatial interpolation, based on the monthly observed data of water yield and phosphorous (P) con⁃ centrations in 36 sampling sites in Lake Dianchi, the loading contributions of different P forms was explored and the spatial and temporal patterns of the P concentrations and loadings were revealed in this paper, aiming at providing evidence for water pollution treatment and inner loading control. The results showed: The changes in total phosphorus (TP) concentrations in the water ranged between 0.13 and 0.64 mg / L, among which particulate phosphorus (PP) covered 72.6% , soluble reactive phosphorus ( SRP) 12.8% , and dissolved organic phosphorus (DOP) 14% . During 2013 the average annual TP loading was 251 t / a, among PP load⁃ ing 190 t / a, SRP 26 t / a, and DOP 34 t / a. TP loading in Lake Dianchi was mostly contributed by PP loading, averaging 76% , and secondly by DOP and SRP, averaging 10% and 13% , respectively. There was a significant difference in seasonal distributions in TP concentrations and loadings and in different P forms. The concentration was characterized with a higher value in summer and autumn in contrast to a relatively low value in winter and spring, while the loading was characterized with a higher value in autumn

Spatial and temporal distribution patterns of loadings of different phosphorous forms in Lake Dianchi