The session will explore the latest innovations in innovative greenhouse technology, integrating cutting-edge molecular biology, automation, and precision agriculture to optimize plant growth. Advanced greenhouse systems utilize AI, IoT, and data-driven insights to enhance productivity, resource efficiency, and sustainability. This session will highlight breakthroughs in controlled environment agriculture (CEA), genetic enhancements, and real-time crop monitoring technologies at the Plant Science and Molecular Biology World Conference.
Key Topics:
Molecular and Genetic Innovations for Greenhouse Crops
CRISPR and gene-editing technologies for stress-tolerant varieties
Epigenetic regulation of plant responses in high-tech environments
AI-Driven Monitoring and Automation
Smart sensors for real-time crop health assessment
AI-powered climate control and predictive analytics
IoT and Data-Driven Precision Agriculture
Wireless sensor networks for optimized irrigation and nutrient delivery
Big data applications for yield prediction and resource management
Microbiome Engineering in Controlled Environments
Beneficial microbes for plant growth and disease resistance
Synthetic biology applications in greenhouse agriculture
Energy Efficiency and Sustainability in High-Tech Greenhouses
Solar-powered and automated greenhouse designs
Carbon footprint reduction and sustainable resource management
Future Prospects and Global Impact
Policy implications for high-tech greenhouse adoption
Scaling advanced greenhouse solutions for food security
This session will bring together researchers, industry experts, and policymakers to discuss how high-tech greenhouses are shaping the future of sustainable agriculture through plant science and molecular biology.