Interactive versions of lectures and keynotes delivered at conferences, universities, and training programs. Each presentation opens in a new tab — use the on-screen player or your arrow keys to move through the slides.
How artificial intelligence has shaped, and will shape, the way we plan and manage water systems.
Applying artificial intelligence to satellite imagery and geospatial analysis for water and environmental applications.
Foundations of big data and modern machine learning, with applications in water resources problems.
The science of climate change and what it means for water resources in arid countries.
Hands-on introduction to simulating reservoir operations with the U.S. Army Corps of Engineers’ HEC-ResSim.
A series of seven training lectures prepared in 2025 — from hydrologic and climate fundamentals to sensors, UAVs, and integrated data systems.
Climate-change science and its implications for Africa’s water resources.
The hydrologic cycle, precipitation, and core hydro-meteorological processes.
Approaches and systems for assessing and monitoring water resources.
Allocation principles and management frameworks within Integrated Water Resources Management.
Modern sensor technologies for hydrometric data collection.
Unmanned aerial vehicles and their applications across water resources practice.
Bringing telemetry, UAVs, GIS, and hydrological data together into integrated monitoring workflows.
A four-part course delivered at the National Water Research Center, Egypt, in 2022.
A digital archive of the journal’s issues from 1986 to 2012, built and maintained by Prof. Rami, who serves as an Associate Editor of the journal.