scientific Sessions

Greenhouse Farming

The Greenhouse Farming session at the Plant Science and Molecular Biology World Conference will focus on advancements in controlled environment agriculture (CEA) and its role in enhancing crop productivity, resource efficiency, and climate resilience. Greenhouse farming integrates plant science, molecular biology, and cutting-edge technology to optimize growing conditions, improve plant health, and increase yield sustainability. This session will explore the latest scientific breakthroughs in greenhouse cultivation, genetic advancements, and precision farming techniques.
 

Key Topics:
 

Molecular Strategies for Enhanced Crop Performance

Genetic and epigenetic modifications for stress resilience

CRISPR-based improvements in greenhouse crops
 

Smart Greenhouse Technologies

AI-driven monitoring, automation, and robotics

Internet of Things (IoT) applications for climate control
 

Plant-Microbiome Interactions in Controlled Environments

Role of beneficial microbes in growth and disease resistance

Biostimulants and biofertilizers for greenhouse crops
 

Nutrient and Water Management

Hydroponics, aeroponics, and aquaponics innovations

Precision irrigation and sustainable nutrient cycling
 

Climate Adaptation and Sustainable Practices

Energy-efficient greenhouse designs and renewable integration

Carbon footprint reduction and circular economy models
 

Future Directions and Global Impact

Policy frameworks and economic feasibility

Scalability and integration of greenhouse farming in global food systems
 

This session will bring together experts to discuss the future of greenhouse farming and how plant science and molecular biology can drive sustainability in controlled environment agriculture at the Plant Science and Molecular Biology World Conference.

Related Sessions

Plant Biology
Plant Cell Biology
Plant Genes, Development and Evolution
Systems and Synthetic Biology
Plant Morphology and Plant Metabolism
Plant Diseases
Crop Protection
Crop Research and Seed Science Technology
Plant Chemistry and Ecophysiology
Plant Biotechnology Applications
Plant Vascular Biology and Agriculture
Plant, Soil and Environment
Plant Nanotechnology
Plant Breeding
Soil Science
Molecular Biology
Plant Biochemistry
Plant Genetics
CRISPR Cas9 in Plants
Plant Tissue Culture
Molecular Plant Pathology
Plant Ecology And Plant Health
Sensing and Signaling in Plant Stress Response
Plant Biomass and Biofuel
Genetic Diversity in Plants
Plant Reproductive Biology
Climate Change Impact on Plants
Forest Science and Silviculture
Agronomy and Agricultural Research
Organic Farming
Agri Biologicals
Greenhouse Farming
Plastic Greenhouses
High Tech Greenhouse
Hybrid Seeds
Greenhouse Seeds
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