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PNG Image - 169.7 KB - MD5: 62ed1ec440c52ad8039670c4b772f67c
This figure presents the Principal Component Analysis (PCA) biplot of the BalatonUV–Eq emission model input parameter space based on 729 full-factorial parameter combinations (3⁶ design). The analysis was performed on six standardized input variables representing behavioural and physicochemical drivers of sunscreen-derived organic UV-filter (OUVF)...
PNG Image - 90.8 KB - MD5: 2b1722d4a2f392b0f93d951d2871fd4b
This figure presents the sensitivity analysis of the BalatonUV–Eq emission model, illustrating the relative influence of standardized input parameters on the modelled daily discharge of organic UV filters (ΣUV_day) into Lake Balaton. Sensitivity ranking was derived from standardized regression coefficients (SRC) obtained from a linear regression m...
TIFF Image - 2.6 MB - MD5: 82558d8195092ed1522acd753a9c2bdf
This figure presents the Spearman correlation matrix between surface-water concentrations of five organic UV filters (OUVFs) and selected physicochemical water quality parameters measured during the peak bathing season (summer 2023) in Lake Balaton (Hungary). The analysis was conducted across shoreline sampling sites influenced by recreational act...
TIFF Image - 905.8 KB - MD5: b9ec6b7acd10475ea6de1304f1d22d2b
This figure presents a detailed spatiotemporal heatmap illustrating concentrations of five organic UV-filters (AVO, OC, EHMC, DBT, EHT) measured in surface waters of Lake Balaton (Hungary). The heatmap displays concentration values (ng/L) across 17 shoreline sampling sites and five discrete sampling campaigns, enabling simultaneous visualization o...
TIFF Image - 1.8 MB - MD5: df72361e521e967e464b7b37a3050876
This figure presents the results of hierarchical cluster analysis (Ward’s linkage, Euclidean distance) performed on standardized surface-water physicochemical parameters measured across 17 sampling sites in Lake Balaton during the peak bathing season (summer 2023). The dendrogram illustrates spatial clustering patterns based on water chemistry var...
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