Hands-On Hydrometry: Building the Next Generation of Water Specialists

From June 17–19, the Hydro4U project is bringing together a dynamic collaboration of institutions and experts for a hands-on field training in the Shakhimardan exclave of Uzbekistan. Led by the International Water Management Institute (IWMI) and the National Research University “Tashkent Institute of Irrigation and Agricultural Mechanization Engineers Institute,” this training is a vital step toward empowering the next generation of water professionals in Central Asia.

 

Hosted in partnership with the Scientific Research Institute of Irrigation and Water Problems (SRIIWP) and the Water Management Organization of Fergana Region (BUIS), the training will focus on enhancing technical skills for accurately measuring the discharge of small rivers, using both modern technologies and time-tested traditional methods. The Koksu River, a highland stream typical of the region, provides the perfect setting for this practical, immersive learning experience.

 

Why It Matters

Effective water management starts with good data. Understanding how much water is flowing through rivers and streams is critical to managing irrigation, supporting ecosystems, and planning for the future. This training aims to equip young professionals, doctoral students, and local specialists with the tools and knowledge needed to measure water flow accurately—even in challenging field conditions.

 

 

Training Objectives

The three-day training program is designed to:

 

  • Enhance technical capacity in hydrometry and streamflow monitoring;
  • Introduce a variety of measurement techniques suited for diverse environments;
  • Promote innovative, data-driven approaches to managing water resources sustainably.

 

 

Methods and Tools in Focus

Participants will gain hands-on experience with three core methods of discharge measurement:

 

  • Salt Dilution Method
    Ideal for shallow, turbulent streams like the Koksu and Aqsu, this method will be led by Dr. Shavkat Kenjabaev (IWMI). It’s especially suited to remote, mountainous environments where conventional instruments are difficult to deploy.

 

  • Classical Flowmeter Technique (GR-21M)
    A staple of hydrological fieldwork, the GR-21M flowmeter method for measuring water velocity will be taught by Mr. Isakdjon Ibragimov (SRIIWP). This technique provides reliable baseline data and is essential for all hydrometrists.

 

  • Modern Electromagnetic Velocimeter (MGG/KL-DCB)
    For those interested in the cutting edge, the MGG/KL-DCB device offers real-time, high-precision measurements of velocity and flow depth. This session will be led by a Hydromet specialist from BUIS Fergana.

 

 

A Step Toward Smarter Water Management

By blending traditional knowledge with modern technology, this training reflects Hydro4U’s commitment to building resilient, locally adapted solutions for water resource management. It’s not just about teaching methods—it’s about empowering communities and professionals to make informed decisions that support both people and ecosystems.

 

Stay tuned for updates and insights from the field!

Author and Picture credits: IWMI