Lecture Series on Flood Routing : Part III

Level Pool Routing

Hydrologic Routing for Reservoir or Level Pool Routing

Hydrologic routing predicts the flow of water through a river system, whereas level pool routing focuses on the changes in water levels in reservoirs or lakes. However, Level Pool Routing is referred to as Hydrologic Routing of the Reservoirs as the water level of the reservoir is assumed to be horizontal or level at the time of prediction of the outflow hydrograph. Understanding and managing water resources in a variety of settings, from metropolitan regions to natural landscapes, requires the use of both approaches.

Taking into account several elements that can affect water flow, such as precipitation, evaporation, and runoff, is a crucial part of hydrologic routing. Hydrologists can develop models that mimic how water flows through a river system in various scenarios by examining these variables. Predicting floods, controlling water supply, and safeguarding ecosystems that depend on a constant flow of water all depend on this information. In contrast, level pool routing concentrates on the discharge and storage of water in lakes or reservoirs. This process is essential for producing hydroelectric power and guaranteeing a steady supply of water for drinking, irrigation, and other applications.

Watch the video to learn about Hydrologic Routing for Reservoirs.

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Internship Opportunity at NIT Agartala - "Game theory meets flood resilience: play smart, protect lives."

This internship offers a unique opportunity to apply game theory to real-world flood resilience , equipping participants with strategic decision-making skills that go beyond traditional hydrological modeling. Interns will: ✅ Gain hands-on experience in stakeholder analysis and strategic modeling. ✅ Develop decision-support frameworks that balance cost, risk, and social feasibility. ✅ Work on case studies to bridge theory with practical flood mitigation strategies. ✅ Enhance interdisciplinary expertise , combining hydrology, economics, and policy dynamics. ✅ Build problem-solving skills that can shape future disaster resilience planning. By the end of the program, interns will have a deeper understanding of flood management complexities and a powerful toolkit for strategic problem-solving —essential for careers in hydroinformatics, environmental policy, and infrastructure planning. 🌊🎲 https://www.facebook.com/share/v/1QK714yR1u/ You may also like : HydroGeek: The newsletter ...

Five indices that you can use along with GIS to identify Drought

Drought can not be defined as Flood. No single definition is available for drought. The beginning and end of drought are difficult to identify. Drought can be, however, identified through various indicators such as rainfall, snowpack, streamflow, and more, and these indicators can be used to monitor drought. Different scientists and researchers have developed various indices to help determine the onset, severity, and end of droughts. Drought indices are multiparameter and based on long or short duration observation of data for such parameters which help them create a comprehensible big picture. A drought index value is typically a single number that is calculated based on the data of input parameters generally rainfall, snowpack, evapotranspiration, etc., and is interpreted on a scale of abnormally wet, average, and abnormally dry.( Reference ) The video below elaborates the concept : Although drought is very difficult to determine the significance of drought in agriculture, water...

Five examples of Water Collected from Air

Video Link : https://youtu.be/AVQJCH-6psg Water from Air is a new concept for the conservation of water by adopting a source that is uncommon and renewable. The most abundant source of freshwater is the Earth’s atmosphere. When atmospheric humidity condenses, it falls as rain. This natural process of condensation is replicated by adopting different technologies, which allows it to make water continuously, even in low humidity conditions. Here are the examples : 1) Airowater Dewpoint Smart "The Airowater Dewpoint Smart is one of the smaller units designed to ensure portability. This unit can make up to 20 litres per day in relative humidity and is also equipped to use city water as the input source to deal with a sudden increase in demand!" 2) Rainmaker "Rainmaker’s Air-to-Water units produce drinking water from the air – no other water source is required. " It uses a turbine that forces air through a heat exchanger, where the air is cooled and condensation takes pl...

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