scientific Sessions

The Plastic Greenhouses session at the Plant Science and Molecular Biology World Conference will highlight the latest advancements in polymer-based greenhouse structures and their impact on plant growth, molecular responses, and sustainable agriculture. Plastic greenhouses offer cost-effective solutions for controlled environment agriculture (CEA), optimizing light transmission, temperature regulation, and crop protection. This session will explore scientific breakthroughs in greenhouse materials, plant adaptation mechanisms, and molecular innovations enhancing productivity in plastic-covered environments.
 

Key Topics:
 

Molecular Adaptations to Greenhouse Microclimates

Genetic and physiological plant responses to controlled environments

Epigenetic modifications for optimizing growth under plastic coverings
 

Advanced Greenhouse Materials and Technologies

Innovations in UV-filtering, photo-selective, and biodegradable plastics

IoT-based climate control and automation for plastic greenhouses
 

Microbial and Biostimulant Interactions in Plastic Greenhouses

Role of beneficial microbes in nutrient uptake and disease suppression

Application of biostimulants to enhance stress resilience
 

Optimized Nutrient and Water Use Efficiency

Precision irrigation and fertigation strategies in controlled environments

Sustainable water recycling and conservation techniques
 

Climate Resilience and Sustainability in Plastic Greenhouses

Carbon footprint reduction through energy-efficient designs

Circular economy approaches for plastic waste management
 

Future Perspectives and Global Applications

Policy and regulatory frameworks for sustainable greenhouse farming

Integration of plastic greenhouses into global food security strategies
 

This session will bring together researchers and industry leaders at the Plant Science and Molecular Biology World Conference to discuss the latest developments in plastic greenhouse technology and how plant science and molecular biology drive innovations for sustainable and high-yield crop production.