Be a part of 5th International Conference on Plant Science

Artificial intelligence and digital technologies are opening new opportunities for plant research, crop monitoring, and agricultural productivity. This session focuses on machine learning, computer vision, predictive analytics, and automated phenotyping for understanding plant growth and development. Discussions will explore how AI-powered systems, remote sensing, and digital agriculture tools can support early disease detection, optimize crop management, improve resource efficiency, and enable data-driven decisions in modern agricultural systems.

• Track 2-1: AI-Based Plant Phenotyping and Crop Monitoring
• Track 2-2: Machine Learning for Plant Disease Detection
• Track 2-3: Digital Agriculture, Remote Sensing and Predictive Analytics

Climate change presents significant challenges to plant growth, agricultural productivity, and global food security. This session examines plant responses to drought, heat, salinity, flooding, and other environmental stresses. Researchers will explore physiological adaptation mechanisms, stress-responsive genes, molecular signaling pathways, and innovative breeding strategies for developing resilient crop varieties. Emphasis will be placed on translating plant stress research into practical solutions for sustainable agriculture under changing climatic conditions.

• Track 3-1: Plant Responses to Drought, Heat and Salinity Stress
• Track 3-2: Molecular Mechanisms of Stress Tolerance and Adaptation
• Track 3-3: Breeding Strategies for Climate-Resilient Crops

Advances in molecular biology and genomics are improving our understanding of plant development, genetic diversity, and biological processes. This session highlights research in plant genome sequencing, transcriptomics, proteomics, gene regulation, and functional genomics. Participants will examine molecular mechanisms controlling plant growth, reproduction, metabolism, and stress responses. The session also encourages discussions on integrating multi-omics technologies to identify important genes and accelerate crop improvement and plant science discoveries.

• Track 4-1: Plant Genomics, Transcriptomics and Multi-Omics Research
• Track 4-2: Functional Genetics and Gene Expression Regulation
• Track 4-3: Molecular Mechanisms of Plant Growth and Development

Understanding plant physiological and biochemical processes is essential for improving crop performance and environmental adaptability. This session explores photosynthesis, respiration, nutrient metabolism, hormone signaling, plant growth regulation, and developmental processes. Researchers will discuss the mechanisms underlying plant responses to environmental conditions and agricultural practices. Contributions addressing cellular metabolism, physiological adaptation, and innovative methods for enhancing plant productivity are encouraged to advance fundamental knowledge and practical applications in plant science.

• Track 5-1: Photosynthesis, Respiration and Plant Metabolism
• Track 5-2: Plant Hormones, Signaling and Development
• Track 5-3: Nutrient Uptake, Water Relations and Plant Physiology

Plant-associated microorganisms play important roles in nutrient acquisition, growth promotion, disease suppression, and environmental adaptation. This session focuses on interactions between plants and beneficial bacteria, fungi, and complex microbial communities in the rhizosphere and plant tissues. Discussions will explore microbiome engineering, microbial biofertilizers, biological disease control, and sustainable microbial technologies. Researchers will examine how plant-microbe relationships can reduce dependence on synthetic agricultural inputs while supporting soil health and crop productivity.

• Track 6-1: Plant Growth-Promoting Rhizobacteria and Beneficial Fungi
• Track 6-2: Plant Microbiome Engineering and Rhizosphere Ecology
• Track 6-3: Biofertilizers, Biostimulants and Microbial Disease Control

Sustainable agricultural systems are essential for protecting natural resources, maintaining soil fertility, and meeting increasing food demands. This session examines agroecological approaches, regenerative farming, crop diversification, conservation agriculture, and integrated nutrient management. Researchers will discuss strategies for reducing environmental impacts, improving soil biodiversity, conserving water, and enhancing agricultural resilience. Emphasis will be placed on innovative farming systems that balance crop productivity, ecosystem health, and long-term environmental sustainability.

• Track 7-1: Regenerative Agriculture and Conservation Farming
• Track 7-2: Agroecology, Crop Rotation and Sustainable Soil Management
• Track 7-3: Integrated Nutrient Management and Resource-Efficient Agriculture

Plant diseases caused by fungi, bacteria, viruses, and other pathogens threaten agricultural productivity and food security worldwide. This session explores plant-pathogen interactions, disease epidemiology, molecular mechanisms of resistance, and emerging diagnostic technologies. Researchers will discuss biological control, integrated pest management, resistant crop varieties, and sustainable disease prevention strategies. Contributions addressing pathogen evolution, rapid disease detection, and innovative plant protection technologies are encouraged to advance effective and environmentally responsible crop health management.

• Track 8-1: Plant-Pathogen Interactions and Molecular Disease Resistance
• Track 8-2: Plant Disease Diagnostics and Emerging Pathogens
• Track 8-3: Biological Control and Integrated Pest Management

Plant tissue culture and regeneration technologies provide valuable tools for rapid plant multiplication, germplasm conservation, crop improvement, and biotechnology research. This session focuses on micropropagation, somatic embryogenesis, organogenesis, in vitro plant regeneration, and advanced cellular techniques. Researchers will explore methods for improving regeneration efficiency, maintaining genetic fidelity, and producing disease-free planting materials. Discussions will also address the application of tissue culture in commercial horticulture, plant conservation, and the development of improved crop varieties.

• Track 9-1: Plant Tissue Culture and In-Vitro Micropropagation
• Track 9-2: Somatic Embryogenesis and Plant Regeneration
• Track 9-3: Germplasm Conservation and Genetic Fidelity

Nanotechnology is creating new opportunities for agricultural research through the development of innovative materials and nano-enabled delivery systems. This session examines the applications of nanoparticles in plant growth, nutrient delivery, stress management, and crop protection. Researchers will explore green synthesis of nanomaterials, nano-fertilizers, and nanoparticle interactions with plant tissues. Particular attention will be given to understanding environmental safety, phytotoxicity, and the potential benefits and limitations of nanotechnology in sustainable agricultural systems.

• Track 10-1: Green Synthesis of Nanoparticles Using Plant Resources
• Track 10-2: Nano-Fertilizers, Nano-Pesticides and Targeted Delivery Systems
• Track 10-3: Plant-Nanomaterial Interactions, Phytotoxicity and Environmental Safety

Medicinal plants are valuable sources of bioactive compounds with potential applications in pharmaceuticals, nutraceuticals, cosmetics, and functional foods. This session explores plant secondary metabolites, phytochemical characterization, medicinal plant cultivation, and natural product discovery. Researchers will discuss extraction technologies, analytical methods, biological activities, and sustainable utilization of plant resources. Contributions addressing plant-derived antioxidants, antimicrobial compounds, and innovative approaches to medicinal plant conservation and quality assessment are encouraged.

• Track 11-1: Phytochemical Analysis and Natural Product Discovery
• Track 11-2: Medicinal Plant Biotechnology and Secondary Metabolites
• Track 11-3: Plant-Derived Bioactive Compounds and Therapeutic Applications

Plant biodiversity is fundamental to ecosystem stability, ecological resilience, and the conservation of natural resources. This session focuses on plant diversity assessment, conservation genetics, habitat restoration, endangered species protection, and sustainable ecosystem management. Researchers will discuss the effects of climate change, habitat fragmentation, invasive species, and human activities on plant communities. The session will also highlight modern conservation technologies, seed banking, ecological restoration strategies, and approaches to protecting plant genetic resources for future generations.

• Track 12-1: Plant Biodiversity Assessment and Conservation Genetics
• Track 12-2: Endangered Plant Species and Habitat Restoration
• Track 12-3: Seed Banks, Germplasm Preservation and Ecosystem Sustainability