Hydrology articles for South Korea

Time frame: 1 May 2025 - 30 April 2026

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Count: 16

Article ‘Count’ for Hydrology.

Journal Count Share
1 0.33
The vertical premium: Relationship between relative height of properties from real flood elevation and housing prices 0.33
2 1.92
Time-resolved co-transport dynamics of microplastics and antibiotic resistance genes during stormwater first flush 0.92
Arsenic Removal Using Foundry Dust: Characterization, Adsorption Mechanisms, and Application in Acid Mine Drainage Treatment 1.00
3 1.83
Beyond Conventional Indices: A Novel Fluorescence Intensity Ratio to Decipher Nitrate Signatures in Anthropogenic Groundwater Recharge Systems 0.08
Data-Driven Framework for Determining Site-Specific Attenuation Factors of Arsenic in the Vadose Zone 1.00
Structural Evolution of Disordered Mackinawite (FeSm) and Its Impact on Arsenic Sorption 0.75
1 1.00
Mariotte Bottle-Based Seepage Meter for Measuring Bidirectional Flow: Laboratory and Preliminary Field Tests 1.00
4 1.62
Seasonal Precipitation Skill and Sources of Predictability in the Middle East With a Focus on the Arabian Peninsula: Insights From APEC Climate Center Multi-Model Ensemble Prediction 0.71
The Moist Static Energy Budget of Australian Summer Monsoon Bursts in Climate Models: Insights From Present and Warming Climate Scenarios 0.22
Enhancement of Global Flood Risk Due To Greater Flood Magnitude and Variability Under Anthropogenic Activities 0.02
Application of a Semi‐Lagrangian Advection Scheme for Transport of Stable Water Isotopes Over the Antarctic Plateau in the Isotope‐Incorporated Global Spectral Model (IsoGSM) 0.67
1 1.00
The first emergence of unprecedented global water scarcity in the Anthropocene 1.00
1 0.75
Advanced Torrential Loss Function for Precipitation Forecasting 0.75
3 2.07
Redistribution of anthropogenic nitrate via artificial snowmaking to mountain aquifers: Isotopic evidence and biogeochemical pathways 1.00
Simultaneous photochemical oxidation of As(III) and Mn2+(aq) in the presence of hematite 0.57
Digestive ripening and fragmentation of goethite nanorods into nanospheres under natural wet-dry cycles: Unveiling hidden nanocolloid mobilization to water system 0.50

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