UID:
almahu_9949865732202882
Format:
1 online resource :
,
text file, PDF
Edition:
First edition.
ISBN:
9781315184241
,
1315184249
,
9781351730563
,
1351730568
,
9781351730549
,
1351730541
,
9781771886017
,
1771886013
Series Statement:
Innovations in Agricultural & Biological Engineering
Content:
"Improving agricultural water use efficiency (WUE) is vitally important in many parts of the world due to the decreasing availability of water resources and the increasing competition for water between different users. Micro irrigation is an effective tool for conserving water resources. Studies have revealed a significant water savings, ranging from 40% to 70% under drip irrigation compared with surface irrigation. This new volume, Engineering Interventions in Sustainable Trickle Irrigation: Irrigation Requirements and Uniformity, Fertigation, and Crop Performance, presents valuable research that evaluates crop water and fertigation requirements, examines optimum irrigation and fertigation scheduling, and analyzes the performance of agricultural crops under micro irrigation.??With an interdisciplinary perspective, this volume addresses the urgent need to explore and investigates the current shortcomings and challenges of water resources engineering, especially in micro irrigation engineering. The volume discusses crop water requirements, fertigation technology, and performance of agricultural crops under best management practices. The chapter authors present research studies on drip irrigated tomato, chilies, cucumber, eggplant, cabbage, garlic, sugarcane maize, cashew nut, sapota, banana, mango, and blueberries.??Removing the research gap, this volume provides new information that will be valuable to those involved in micro irrigation engineering."--Provided by publisher.
Note:
Part, 1 PART I: Crop Irrigation Requirements --
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chapter 1 Water Requirements for Horticultural Crops under Micro Irrigation /
,
chapter 2 Water Requirement of Drip-Irrigated Tomato Inside a Shade Net House /
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chapter 3 Optimized Irrigation Scheduling for Drip-Irrigated Tomato Using the Fao Aquacrop Model /
,
part, 2 PART II: Irrigation Application Uniformity --
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chapter 4 Emitter Water Distribution Uniformity: Compensated Hydraulic Gradient /
,
chapter 5 Assessment of Coefficient of Uniformity And Distribution Uniformity of Mini Sprinklers /
,
chapter 6 Water Footprint in Drip- Irrigated Blueberries: Argentina /
,
part, 3 PART III: Fertigation Technology --
,
chapter 7 Efficient Nutrient Management Through Fertigation /
,
chapter 8 Subsurface Drip Fertigation to Enhance Yield and Net Income of Sugarcane /
,
chapter 9 Irrigation Scheduling Using Cropwat 8.0 and Level of Fertilizers for Maize Under Fully Automatic Drip Irrigation and Fertigation System /
,
chapter 10 Cost Economics of Cucumbers Grown under a Shade Net House with Different Fertigation Levels /
,
chapter 11 Fishpond Wastewater: The Potential Irrigation Source /
,
part, 4 PART IV: Performance of Agricultural Crops --
,
chapter 12 Performance of Tomato Under Best Management Practices /
,
chapter 13 Performance of Drip-Irrigated Eggplant Under Best Management Practices /
,
chapter 14 Performance of Cabbage Under Best Management Practices /
,
chapter 15 Performance of Chili (Capsicum Annuum L) Under Best Management Practices /
,
chapter 16 Performance of Garlic Under Best Management Practices /
,
chapter 17 Moisture Distribution Pattern Under Best Management Practices /
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chapter 18 Effects of different color Plastic mulches on growth and yield of banana /
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chapter 19 Performance of Drip-Irrigated Mango, Sapota, and Cashew Nut /
Additional Edition:
ISBN 1315184249
Additional Edition:
ISBN 9781315184241
Language:
English
URL:
https://www.taylorfrancis.com/books/9781315184241
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