International Conference on Plant Science and Plant Biology 📅 November 18–19, 2026 | ⏰ 09:30 AM GMT | 📍 Dubai, UAE
It is our great pleasure to welcome you to the International Conference on Plant Science and Plant Biology, taking place on November 18–19, 2026, in the vibrant city of Dubai, UAE. This conference serves as a global forum for scientists, researchers, academicians, industry professionals, policymakers, and students to come together and exchange knowledge on the latest scientific developments in plant science and plant biology. As global challenges such as food security, climate change, biodiversity loss, and sustainable agriculture continue to grow, collaborative research and innovation in plant sciences have never been more important.
We warmly invite you to be part of this enriching scientific gathering and contribute to meaningful discussions that will help shape the future of plant research and sustainable development.
About the Conference:
The International Conference on Plant Science and Plant Biology is designed to provide a comprehensive platform for discussing cutting-edge research, emerging technologies, and practical applications in the field of plant sciences. The conference emphasizes both fundamental and applied research, encouraging interdisciplinary collaboration across academia, research institutions, and industry.
The scientific program will cover a broad range of topics, including plant genetics, biotechnology, crop improvement, plant physiology, ecology, molecular biology, and environmental sustainability. Through keynote lectures, oral and poster presentations, panel discussions, and interactive sessions, participants will gain valuable insights into current challenges and future opportunities in plant science and plant biology.
This event aims to foster innovation, promote global collaboration, and support knowledge exchange that contributes to sustainable agricultural practices and environmental conservation worldwide.
Benefits of Participation
Attending the International Conference on Plant Science and Plant Biology offers numerous professional and academic benefits:
- Gain access to high-quality scientific presentations by internationally recognized experts
- Present your research findings through oral or poster sessions
- Engage in interactive discussions and Q&A sessions
- Build international networks and collaborations with researchers and industry professionals
- Stay updated on the latest research trends, tools, and technologies
- Receive an official certificate of participation and an invitation letter
- Explore opportunities for collaborative research, publications, and funding
Scientific Tracks and Sessions
The conference features a wide range of scientific tracks designed to cover major and emerging areas in plant science and plant biology, including:
Track 1: Plant Molecular Biology and Functional Genomics
This track explores the molecular mechanisms that regulate plant growth, development, adaptation, and productivity. It highlights recent advances in functional genomics, gene expression, transcriptomics, molecular genetics, and genome analysis that contribute to crop improvement, stress tolerance, and sustainable agriculture through evidence-based research and biotechnology.
Plant Molecular Biology | Functional Genomics | Plant Genomics | Gene Expression | Transcriptomics | Proteomics | Molecular Genetics | Plant Epigenetics | Functional Biology | Crop Genomics
Track 2: Plant Physiology, Biochemistry and Development
This session focuses on the physiological and biochemical processes that influence plant growth, metabolism, photosynthesis, nutrient transport, hormone signaling, and developmental pathways. It emphasizes research that improves plant productivity, resilience, and resource-use efficiency under changing environmental conditions.
Plant Physiology | Plant Biochemistry | Photosynthesis | Plant Development | Plant Hormones | Nutrient Uptake | Plant Metabolism | Water Relations | Signal Transduction | Growth Regulation
Track 3: Plant Biotechnology and Genome Engineering
This track covers cutting-edge developments in plant biotechnology, genetic engineering, genome editing, and molecular breeding. Discussions will focus on innovative technologies that accelerate crop improvement, disease resistance, enhanced nutritional quality, and sustainable agricultural production.
Plant Biotechnology | Genome Editing | CRISPR-Cas Systems | Genetic Engineering | Molecular Breeding | Crop Biotechnology | Plant Transformation | Synthetic Biology | Functional Genomics | Agricultural Biotechnology
Track 4: Plant Pathology, Plant Immunity and Disease Management
This session examines plant diseases caused by fungi, bacteria, viruses, and nematodes, along with host-pathogen interactions and plant immune responses. It highlights advanced diagnostic methods, biological control strategies, integrated disease management, and sustainable crop protection practices.
Plant Pathology | Plant Diseases | Plant Immunity | Host-Pathogen Interactions | Disease Resistance | Crop Protection | Phytopathology | Disease Diagnostics | Biological Control | Integrated Disease Management
Track 5: Plant Genetics, Breeding and Crop Improvement
This track focuses on modern breeding technologies, genetic diversity, quantitative genetics, marker-assisted breeding, and genomic selection. It explores strategies for developing high-yielding, climate-resilient, disease-resistant, and nutritionally enhanced crop varieties.
Plant Genetics | Plant Breeding | Crop Improvement | Marker-Assisted Selection | Quantitative Genetics | Germplasm Conservation | Hybrid Breeding | Genetic Diversity | Seed Science | Plant Improvement
Track 6: Plant Ecology, Biodiversity and Environmental Sustainability
This session explores plant biodiversity, ecosystem dynamics, ecological interactions, conservation biology, and environmental sustainability. It emphasizes research supporting ecosystem restoration, biodiversity conservation, and the sustainable management of natural plant resources.
Plant Ecology | Biodiversity | Conservation Biology | Ecosystem Restoration | Environmental Sustainability | Forest Ecology | Plant Diversity | Ecological Restoration | Plant Communities | Habitat Conservation
Track 7: Sustainable Agriculture, Climate Change and Food Security
This track addresses innovative agricultural practices that improve crop productivity while conserving natural resources. Topics include climate-resilient agriculture, precision farming, soil health, sustainable crop production, and strategies to strengthen global food security.
Sustainable Agriculture | Climate-Resilient Crops | Food Security | Precision Agriculture | Soil Health | Climate Adaptation | Sustainable Farming | Agroecology | Crop Productivity | Resource Management
Track 8: Plant–Microbe Interactions and Soil Health
This session highlights beneficial interactions between plants and microorganisms that promote nutrient availability, disease suppression, and sustainable crop production. It also explores rhizosphere biology, soil microbiology, microbial diversity, and biofertilizer technologies.
Plant–Microbe Interactions | Rhizosphere Biology | Soil Microbiology | Soil Health | Mycorrhiza | Nitrogen Fixation | Beneficial Microorganisms | Microbial Ecology | Biofertilizers | Plant Nutrition
Track 9: Medicinal Plants, Phytochemistry and Natural Product Research
This track focuses on medicinal plant research, phytochemical analysis, natural bioactive compounds, pharmacognosy, and plant-derived therapeutics. It explores scientific approaches for discovering natural products with pharmaceutical, nutraceutical, and agricultural applications.
Medicinal Plants | Phytochemistry | Natural Products | Pharmacognosy | Herbal Medicine | Plant Bioactive Compounds | Secondary Metabolites | Ethnobotany | Phytopharmaceuticals | Medicinal Plant Research
Track 10: Digital Plant Science, Artificial Intelligence and Precision Agriculture
This session explores the integration of digital technologies into plant science, including artificial intelligence, machine learning, remote sensing, plant phenomics, bioinformatics, and precision agriculture. It highlights data-driven approaches for crop monitoring, predictive analytics, and sustainable agricultural innovation.
Digital Plant Science | Artificial Intelligence | Plant Bioinformatics | Precision Agriculture | Plant Phenomics | Remote Sensing | Machine Learning | Crop Monitoring | Agricultural Data Science | Smart Farming
Each track is curated to encourage interdisciplinary dialogue, promote innovation, and address real-world challenges in plant research and sustainable agriculture.
Market Analysis Report
The global plant science and agricultural biotechnology sector is experiencing rapid growth due to increasing population demands, climate variability, and the need for sustainable food production systems. Advances in genomics, biotechnology, precision agriculture, and data-driven research are transforming the way crops are developed and managed.
This conference provides valuable insights into current market trends, emerging technologies, research investments, and industry needs. Participants will gain a broader understanding of how scientific research aligns with global agricultural markets, sustainability goals, and innovation-driven growth in plant sciences.
Past Conference Report
Longdom Conferences has successfully organized numerous international scientific conferences across various disciplines, bringing together experts from academia, research organizations, healthcare, and industry. Past plant science–related events have attracted participants from multiple countries and featured impactful keynote presentations, high-quality research papers, and engaging panel discussions.
These conferences have been widely appreciated for their scientific excellence, global participation, and opportunities for professional networking and collaboration. Building on this strong foundation, the International Conference on Plant Science and Plant Biology 2026 aims to deliver another outstanding scientific experience.