Exploring the application mode of artificial light sources in solar greenhouses based on functional-structural plant model
Key Points
Artificial light applications in solar greenhouses enhance crop growth and photosynthesis rates, showing positive implications for agricultural practices.
Increased light exposure during critical growth stages resulted in a significant improvement in yield metrics, highlighting vital findings for greenhouse management.
Assessment using functional-structural plant models evaluated light distribution and its impact on plant development in varied settings.
Results suggest that optimizing artificial light can boost productivity in solar greenhouse environments, necessitating further exploration.