Environmental_Hydrological_Data

This dataset, titled “Environmental_Hydrological_Data”, provides comprehensive hydrological and environmental observations collected over 100,000 hourly intervals. It is designed for use in hydrodynamic modeling, water resource management, and environmental analysis. The dataset includes variables essential for studying river dynamics, sediment transport, and climate impacts on aquatic systems.

Key Features:

1. Temporal Coverage: The dataset spans from 2000 to 2022, providing 100,000 hourly records.
2. Geographical Context: Data collected from multiple stations, representing diverse hydrological conditions.
3. Variables:
• Hydrological Data: Water levels (m), discharge rates (m³/s), and flow velocity (m/s).
• Sediment Analysis: Sediment concentration (mg/L), dissolved oxygen (mg/L), and turbidity (NTU).
• Environmental Data: Precipitation (mm), temperature (°C), pH levels, and nutrient concentrations (Total Nitrogen and Total Phosphorus).
4. Use Cases:
• Hydrodynamic and sediment transport modeling.
• Climate impact assessments on river systems.
• Sustainable water resource management.
• Analysis of environmental quality and ecosystem health.

Applications:

This dataset is ideal for researchers, engineers, and policymakers involved in:
• Riverine ecosystem modeling.
• Flood risk assessment.
• Water quality and pollution control.
• Decision-making for sustainable environmental and hydrological management.

Format:

The dataset is stored in Excel format (.xlsx) for easy access and compatibility with analytical tools like Python, R, MATLAB, and Excel.