Optimising Soilless Culture Systems and Alternative Growing Media to Current Used Materials
Material type:
TextLanguage: English Publication details: Basel MDPI - Multidisciplinary Digital Publishing Institute 2022Description: 1 online resource (180 p.)Content type: - text
- computer
- online resource
- 9783036539010
- 9783036539027
- books978-3-0365-3902-7
- Research & information: general
- alder
- amino acids
- ammonium uptake
- Aquaponics
- ascorbic acid
- basil
- carbon dioxide
- carotenoids
- cascade hydroponics
- cattail
- CH4
- CO2
- compost
- container
- cucumber yield
- decision tree
- DPPH
- feasibility
- flavonoids
- FRAP
- greenhouse
- greenhouse gases
- growing media
- heather
- hydroponic
- irrigation frequency
- leachate pH
- lighting
- methane
- modeling
- n/a
- N2O
- NH4+
- nitrification
- nitrous oxide
- NO3−
- nutrient solution
- nutrients
- organic fertilizer
- organic substrates
- oxygenation
- peat
- peat reduction
- peat substitute
- phenolic compounds
- phenols
- photosynthetic pigments
- plant-microorganism relationships
- Q10
- reed
- ribotypes
- root exudates
- root restriction
- rootzone pH
- rootzone temperature
- salinity
- soilless cucumber
- soilless culture systems
- southern highbush blueberry
- Spinacia oleracea
- substrate
- substrates
- suppressiveness
- Trichoderma harzianum
- Vaccinium corymbosum
- vapour pressure deficit
- vermicompost leachate
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This book represents a Special Issue collection called: "Optimising Soilless Culture Systems and Alternative Growing Media to Current Used Materials". Nine original papers, one review, and an Editorial from 41 authors from different countries were published in this Special Issue. New strategies and technologies, including new sustainable raw materials, should be continually developed to solve specific cultivation limitations, optimise existing systems, reduce related environmental impacts, and address the impacts of climate change.
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