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CRC Press - Role of Sediment in Irrigation Canal Design Thesis

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Description

Managing irrigation schemes that carry sediment-laden water presents significant operational challenges. As modern irrigation becomes increasingly demand-based, water flow in canals is dictated by changing crop water requirements. This means flow is not constant, as it fluctuates with climate changes and different growing stages. This UNESCO-IHE PhD Thesis explores the complexities of managing these systems. Because sediment inflow also varies throughout the irrigation season, designing and managing canal networks becomes difficult. This is particularly true for schemes using unlined canals in alluvial soils, where maintaining flexibility and efficiency is a constant struggle. This academic work provides deep insights into the relationship between sediment and canal performance. It is an essential resource for professionals and researchers looking to improve the design and management of irrigation infrastructure in variable environments. By understanding these sediment dynamics, engineers can better address the limitations of current irrigation models and work toward more reliable water delivery systems.

Key Features

Addresses the challenges of managing irrigation schemes that handle sediment-laden water.

Analyzes how demand-based water flow impacts canal network performance and stability.

Examines the effects of changing climate and growing stages on water requirements.

Provides research on sediment inflow variations throughout the irrigation season.

Offers technical insight into managing unlined canals located in alluvial soils.

Part of the IHE Delft PhD Thesis Series for advanced academic study.

Product Specifications

Format
hardcover
Domain
Amazon UK
Release Date
03 July 2017
Listed Since
31 August 2017

Barcode

No barcode data available

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