Closed Circuit Trickle Irrigation Design

This volume delves into closed circuit trickle irrigation, highlighting its efficiency in water and energy use, design considerations, and applications across various crops, making it essential for irrigation professionals and researchers.

Closed Circuit Trickle Irrigation Design is a comprehensive resource that delves into the innovative world of closed circuit drip irrigation systems. This method enhances both energy and water efficiency, addressing common challenges associated with traditional micro irrigation techniques. By modifying existing designs, the book highlights how closed circuit systems can effectively mitigate issues such as insufficient water delivery at the ends of irrigation lines. The approach has shown promising results in the irrigation of various crops, including fruit trees, vegetables, and field crops, requiring only about half the water compared to conventional sprinkler or surface irrigation methods.

The volume is part of the Research Advances in Sustainable Micro Irrigation series and features a collection of research studies that examine the application of closed circuit irrigation technology across diverse crops such as wheat, maize, soybeans, and rice. It provides insights into critical aspects such as soil moisture and salinity distributions, the performance of different irrigation systems, and design considerations for closed circuit drip systems. Additionally, the book discusses the benefits of automating mini-sprinkler and drip irrigation systems, which can lead to significant energy and water savings.

Targeted at a wide audience, including researchers, educators, and agricultural professionals, Closed Circuit Trickle Irrigation Design serves as a valuable tool for those involved in irrigation planning and management. By presenting detailed evaluations of water and fertilizer use efficiencies and addressing issues like emitter clogging, the book equips readers with the knowledge needed to optimize irrigation practices for sustainable agriculture.