Final report: Investigating novel glass technologies and photovoltaics in protected cropping
7 February 2022IPM: A more sustainable approach for veg pests
7 February 2022Project Code
Short Summary
This project determined the impact of smart glass film on light quality and quantity, photosynthesis and carbon assimilation, and leaf biochemistry, yield and nutritional quality of vegetable crops in a high-tech glasshouse facility.
Year Published
2021
Project Provider
Western Sydney University
Attachment
Smart glass film reduces heat gain during high radiation hot days and blocks heat loss at night or on cold days, provides better heat insulation than normal glass and reduced temperature control costs.
This project determined the impact of smart glass film on light quality and quantity, photosynthesis and carbon assimilation, and leaf biochemistry, yield and nutritional quality of vegetable crops in a high-tech glasshouse facility. Standard management practices were used for trials on commercial eggplant, capsicum and lettuce cultivars, to assess the efficacy of smart glass film on reducing energy, nutrient and water use without impacting crop yield and quality.
Project report
Technology
On-farm and crop management
Research
Capsicum
Leafy vegetables
Eggplant
Lettuce
Solanaceous vegetables