The International Conference on Biotechnology and Sustainable Agricultural Development (ICBSAD) is an international scientific conference, hosted by the Cairo University - Faculty of Agriculture, brings together leading scientists, industry, innovators, and policymakers to exchange knowledge, showcase cutting-edge technology, and address the challenges of agricultural sustainability. The conference focuses on areas of climate adaptation, food and nutrition security, environmental sustainability, and rural development, with emphasis on biotechnology, microbiomes, digital agriculture, climate smart agriculture, plant health and integrated production in various farming systems across crops, livestock, aquaculture, and agri-food value chains.
Key Topics Addressed at ICBSAD 2026
The ICBSAD 2026 will highlight a comprehensive set of themes central to advancing biotechnology and sustainable agricultural development. The main thematic areas include:
1) Plant Sciences and Sustainable Crop Systems
Improving crop productivity, resilience, and health through integrated crop and soil management.
Integrated pest and disease management (IPM) and plant health.
Crop improvement, variety evaluation, and stress-resilient cultivars.
Crop physiology and resource-use efficiency.
Soil health, nutrient management, and rhizosphere ecology.
Sustainable weed management and diversified cropping systems.
Seed health, mycotoxin prevention, and quality seed systems.
Agroecology, conservation agriculture, and ecosystem services in agricultural landscapes.
2) Sustainable Animal, Aquatic, and One Health Systems
Strengthening livestock and aquaculture as pillars of sustainable agri-food systems.
Animal health, biosecurity, and welfare on farms.
Vaccines, diagnostics, and reproductive technologies.
Alternatives to antibiotics and antimicrobial resistance (AMR) control.
Sustainable feeds, circular feed resources, and probiotics.
Environmentally responsible aquaculture and fisheries.
Manure and effluent management and nutrient recycling.
One Health approaches linking animal, crop, human, and the environment.
3) Smart and Digital Technologies for Agriculture
Using digital and engineering tools to optimize farm management and resource use.
Precision agriculture, GIS, and remote sensing.
Early warning and forecasting of pests, diseases, and yield risks.
AI and machine learning for decision support and risk analysis.
Smart irrigation, fertigation, and water-saving technologies.
IoT-based sensing for soil, water, and microclimate monitoring.
Automation and robotics in field operations and postharvest handling.
Renewable energy and low-carbon technologies on farms.
4) Agricultural Biotechnology and Microbiome Innovation
Applying biological and molecular tools to drive sustainable agricultural development.
Biocontrol agents, biopesticides, and eco-friendly crop protection.
Biofertilizers and microbial inoculants for nutrient-use efficiency.
Genome editing, molecular breeding, and omics for crops and livestock improvement.
Microbiomes in soil, plant, animal, and agri-food environment.
Phages, bacteriocins, and novel antimicrobials for controlling agricultural pathogens and spoilage organisms.
Environmental and industrial biotechnology relevant to agriculture (bioremediation, bio-based products).
Biosafety, ethics, and regulatory aspects of agricultural biotechnology.
5) Climate-Resilient Agricultural Landscapes
Designing productive systems that can withstand climate and environmental pressures.
Climate-smart agriculture and livestock systems.
Climate-driven shifts in pests and diseases and their management.
Water and soil conservation and salinity management in farming areas.
Nature-based solutions and habitat management in agricultural regions.
Circular agriculture and on-farm waste valorization.
Carbon farming, greenhouse-gas mitigation, and life-cycle assessment.
6) Agri-Food Systems, Bioeconomy, and Policy
Linking production, markets, and society in a sustainable bio-based economy.
Postharvest disease management and food loss reduction.
Food safety, quality assurance, and traceability.
Sustainable packaging, cold chains, and logistics for agri-food products.
Bioeconomy, green value chains, and investment in agri-biotechnology.
Agricultural policy, incentives, and regulatory frameworks.
Extension, education, and knowledge transfer.
Social inclusion, gender equity, youth engagement, and rural development.
7) Youth and Early-Career Innovation Program
Supporting the next generation of scientists and innovators in agricultural biotechnology.
Student innovation challenge and pitch competition.
Three-minute research showcases (3-MT style).
Mentoring circles and CV/portfolio clinics with experts.
Awards for best student paper, poster, and innovation pitch.
8) Interactive and Practical Engagement
Creating spaces where ideas, people, and practice come together.
Green innovation and start-up corner for agri-biotech and sustainability prototypes.
Short mini-workshops on research skills and scientific communication.
“Meet the expert” small-group clinics on research design, methodology, and career.
Guided poster walks and focused thematic discussions.
Contributions aligned with the topics above are most welcome. The conference invites participation from the global scientific community, industry partners, development organizations, and other relevant stakeholders.