#Featurepaper

#FeaturePaper Baseflow Ratio in Catchments with Regolith-Dominated Groundwater Circulation of Different Lithology—Comparison of Kille’s, Rambert’s and Hydrograph Separation Methods ✍by Rudolf Dugovič et al. 👉

🎉#Featurepaper 🌎Improvements and Evaluation of the #Agro-Hydrologic VegET Model for Large-Area #WaterBudget Analysis and #Drought Monitoring ✍️by Gabriel B. Senay et al.

🎉#Featurepaper 🌊Use of Mixed Methods in the Science of #Hydrological #Extremes: What Are Their Contributions? ✍️by Raymond Kabo et al.

📢#Featurepaper 🌻Applying #Floodplain Inundation #Modeling to Estimate Suitable Spawning Habitat and Recruitment Success for Alligator Gar in the Guadalupe River, Texas ✍️by Kimberly M. Meitzen et al.

#FeaturePaper Protocols for Water and Environmental Modeling Using Machine Learning in California ✍️by Minxue He et al. 👉 #machine_learning #protocols #water_and_environmental_modeling #California

📢#FeaturePaper Cover Crop #Biomass Predictions with #UnmannedAerialVehicle #RemoteSensing and TensorFlow #MachineLearning By Aakriti Poudel et al. 👉See the paper:

#callforreading 🎉#Featurepaper & #EditorChoice 📚Compound #Climate Risk: Diagnosing Clustered Regional #Flooding at Inter-Annual and Longer Time Scales ✍️by Yash Amonkar, James Doss-Gollin, and Upmanu Lall

#FeaturePaper Development of the Boundary Water Level Method: A New Approach for Continuous Flow Monitoring in Open Channels ✍by Marin Paladin et al. 👉 #boundary_water_level_method #low_cost_measurements #continuous_flow_monitoring

#FeaturePaper Comparing HEC-HMS and HEC-RAS for Continuous, Rain-on-Grid, Urban Watershed Modeling ✍by Ashmita Poudel and Jose G. Vasconcelos 👉 #rainfall_runoff_modeling #overland_flow

#Featurepaper 📚Analyses of the Effectiveness of Different Media Depths and Plant Treatments on #GreenRoof #Rainfall Retention Capability under Various Rainfall Patterns ✍️by Pearl Ashitey et al.

#FeaturePaper Spatial–Temporal Response of Urban Flooding to Land Use Change: A Case Study of Wuhan’s Main Urban Area by Tianle Wang and Yueling Wang 👉 #land_use_change #urban_flooding #NewFlood_model

#FeaturePaper Hydrogeochemical Controls and Explainable Machine Learning for Reliable Prediction of Fluoride Contamination in Groundwater ✍by Nighat Gulzar et al. 👉 #FluorideContamination #GroundwaterQuality #Hydrogeochemistry

#FeaturePaper of #Water The U.S.-Mexico Transboundary Aquifer Assessment Program as a Model for Transborder Groundwater Collaboration by Elia M. Tapia-Villaseñor and Sharon B. Megdal Read and Download for free at:

#FeaturePaper Comparison of Precipitation Rates from Global Datasets for the Five-Year Period from 2019 to 2023 ✍️by Heike Hartmann 👉 #precipitation #reanalysis_datasets #merged_satellite_and_rain_gauge_dataset #global

#FeaturePaper Hydropedological Characterization of a Coal Mining Waste Deposition Area Affected by Self-Burning ✍️by Jorge Espinha Marques et al. 👉 #hydropedology #coal_mining #soil_leaching #soil_and_water_pollution #coal_waste_self_burning

#FeaturePaper Two-Dimensional Modelling to Estimate and Analyse Water Balance in a Shallow Groundwater Wetland in Coastal Australia ✍by Muhammad Usman et al. 👉 #HYDRUS2D #WaterBalance #Wetlands #ShallowGroundwater

#FeaturePaper Assessing Differences in Groundwater Hydrology Dynamics Between In Situ Measurements and GRACE-Derived Estimates via Machine Learning: A Test Case of Consequences for Agroecological Relationships Within the Yazoo–Mississippi Delta (USA) 👉

#FeaturePaper Comparative Assessment of Different Satellite-Derived Actual Evapotranspiration Estimates in Northeast Italy ✍by Marta Chiesi et al. 👉 #Evapotranspiration #RemoteSensing #MOD16 #SenET #WaterResources #Agriculture #Hydrology

#FeaturePaper Assessing Hydrological Simulations with Machine Learning and Statistical Models ✍️ by Evangelos Rozos 👉 #hydrological_modelling #error_analysis #systematic_errors #machine_learning #statistical_models #recurren #t_neural_networks #LSTM

#FeaturePaper Decoding LSTM to Reveal Baseflow Contributions in Fractured and Sedimentary Mountain Basins: A Case Study in the Sangre de Cristo Mountains, Southwestern United States ✍by Michael Rosati et al. 👉