Course Catalogue.

After participating in this course, you will be able to:

• UnderstandSoil Water Dynamics: Gain a thorough understanding of the basics of soil water balance, including key concepts such as porosity, field capacity, wilting point, and available water capacity.
• Master HYDRUS-1D Software: Develop proficiency in using HYDRUS-1D, from setting up the software environment to creating and running models.
• Apply Practical Water Management Techniques: Learn how to calculate irrigation needs based on soil moisture deficits and effectively schedule irrigation to enhance water use efficiency and crop yield.
• Model Complex Irrigation and Drainage Scenarios: Acquire the capability to simulate complex irrigation systems, such as drip and sprinkler systems, and adjust models based on different soil types and crop requirements.
• Integrate Software Outputs with Agricultural Management Tools: Understand how to utilize HYDRUS-1D outputs to inform broader agricultural management strategies, integrating data-driven insights with practical field applications.

Description
HYDRUS is a suite of advanced simulation software designed to model water, heat, and solute transport in variably saturated porous media. Developed by a team of researchers at the U.S. Salinity Laboratory and international collaborators, HYDRUS offers a robust computational framework that can accommodate one-, two-, or three-dimensional spatial geometries.

The software is primarily utilized by hydrologists, agronomists, and environmental engineers to simulate the behavior of water flow and the transport of contaminants through soils and groundwater. Its applications range from designing efficient irrigation schedules and drainage systems in agriculture to predicting the movement of environmental pollutants and the dynamics of ecosystems. HYDRUS's capabilities extend to complex issues, such as the interaction of plant root water uptake and the movement of salts and nutrients, making it an indispensable tool in environmental research and sustainable resource management.

The software's ability to provide detailed temporal and spatial predictions of subsurface flows greatly enhances our understanding of critical water-related processes in both natural and engineered hydrological systems.

Who Should Attend

The courses on HYDRUS software are ideally suited for a diverse group of professionals and students, including:

• hydrologists
• agronomists
• environmental engineers
• soil scientists
• water resource managers
• urban planners
• ecologists
• policymakers
• graduate students and academic researchers in related fields.

These sessions are particularly beneficial for those involved in water, soil, and environmental management and research, requiring participants to have a basic knowledge of soil physics to fully grasp the advanced modelling techniques taught. This foundational understanding is crucial for effectively applying HYDRUS to real-world challenges such as irrigation efficiency, contaminant transport, soil salinity management, and ecohydrological studies, enhancing their professional capabilities and decision-making processes.