Soilless cultivation techniques (including hydroponic systems) have attracted growing attention as a way of growing horticultural crops more efficiently without taking up more land. These controlled environment systems are also less vulnerable to climate change and are particularly suited to urban farming as part of the shift to more localised, circular food systems. This collection reviews the wealth of recent research on optimising soilless systems so they can make a significant contribution to more sustainable, ‘climate-smart’ food production.
Part 1 of this collection reviews research on optimising substrates for soilless cultivation. Chapters discuss advances in understanding root nutrient and water uptake and the range of substrates for soilless cultivation, in particular renewable alternatives to common materials such as peat. The book also assesses ways of optimising the physical, chemical and biological properties of substrate materials as well as nutrient formulations to feed crops. Part 2 assesses advances in both solid and liquid-medium container systems as well as technologies such as fertigation systems, modelling and process control. Chapters also cover advances in pest and disease management as well as trends in vertical farming systems. The final part of the books includes case studies on a range of horticultural crops such as tomatoes, strawberries, lettuce and ornamentals.
- Detailed review of advances understanding and optimising the physical, chemical and biological properties of substrates to optimise their use
- Strong focus on sustainability issues such as alternative, renewable sources for substrates as well as life cycle assessment (LCA) to optimise soilless systems
- Includes case studies on practical applications of advances in science and technology for key horticultural crops
What others are saying...
"The contents of the book will help extend our knowledge of soilless culture, an advanced method of cultivation that combines precise control of product quality with achieving the more efficient, sustainable production we need."
Prof. Miguel Urrestarazu Gavilán, Univ. of Almería, Spain
Table of contents
1.Soilless culture systems and growing media in horticulture: Nazim Gruda, University of Bonn, Germany;
Part 1 Materials
2.Advances in understanding plant root behaviour in soilless systems: Youbin Zheng, University of Guelph, Canada;
3.Developments in types of substrate for soilless growing media: Jeb Fields, Louisiana State University, USA;
4.Developments in alternative organic substrates for hydroponic cultivation: Nazim Gruda, University of Bonn, Germany;
5.Understanding and optimising the physical properties of growing media for hydroponic cultivation: Jean-Charles Michel, INRA, France;
6.Understanding and optimising the chemical properties of growing media for hydroponic cultivation: Francesco Giuffrida, University of Catania, Italy;
7.Understanding and optimising the biological properties of growing media for hydroponic cultivation: Francesco Giuffrida, University of Catania, Italy;
Part 2 Technologies
8.Advances in solid and liquid-medium container hydroponic systems: Yuksel Tuzil, Ege University, Turkey;
9.Advances in irrigation/fertigation techniques for hydroponic systems: Nikolaus Katsoulas, University of Thessaly, Greece;
10.Advances in modelling and process control for hydroponic systems: Jung-Eek Son, Seoul National University, Korea;
11.Advanced hydroponics design: Francesco Orsini, Università di Bologna, Italy;
12.Optimising product quality in soilless culture: Pietro Santamaria, Università di Bari, Italy;
Part 3 Case studies
13.Advances in hydroponic cultivation of tomatoes: Vincent Truffault, Futura Gaïa, France;
14.Advances in hydroponic cultivation of strawberries: Mike Nichols, Consultant, New Zealand;
15.Advances in hydroponic cultivation of ornamentals: Erik van Os, Wageningen University, The Netherlands;