Drip Irrigation - Applied Agriculture

The aim of this book is quite ambitious: here, we attempt to bridge the gap between soH physicists, agronomists, horticulturists, hydraulic engineers, de- signers, manufacturers and users of drip irrigation systems. We believe that progress in drip irrigation hinges on the contributions of professionals made in all related disciplines and their cooperation. The last decade has seen great development in the field of drip irrigation, al- though the drip-irrigated area has not increased at the same rate as in the pre- vious decade. However, our understanding of the processes involved in water and solute distribution and in plant response has increased vastly. The tools for op- timal design of drip systems have improved tremendously. The main progress has been in the development and in the manufacture of sophisticated equipment; not only improved types of emitters and laterals, but also auxiliary equipment such as new filtration systems, controllers and sensors. In this book we highlight the need to maintain a proper balance between the hydraulic design of drip systems and aspects of their management and maintenance. Drip irrigation has a potential for high water use efficiency, but many well-designed systems suffer from bad management. We are indebted to the late Eshel Bresler for his contribution to our under- standing of water and solute movement under drip irrigation and its appli- cation to system design. Some parts of a previous publication entitled "Drip irrigation manual" authored by S. Dasberg and E.

ISBN:	9783662039656
Publisher:	Springer Berlin Heidelberg
Imprint:	Springer
Published date:	13 Jul 2013
Language:	English
Number of pages:	162
Weight:	278g
Height:	235mm
Width:	155mm
Spine width:	10mm

Write a review

Your Name:

Your Review: Note: HTML is not translated!

Rating: Bad           Good

Enter the code in the box below: