31st LISBON International Conference on Biological and Environmental Sustainability (LBES 2025)

The 31st LISBON International Conference on Biological and Environmental Sustainability (LBES 2025) addresses the intersection of biology and environmental science to advance sustainable solutions through interdisciplinary research and innovation.

Topics

• Green building and infrastructure
• Ecology of infectious diseases
• Microbial contributions to carbon sequestration
• Environmental justice and equity
• Plant and animal physiology for stress resilience
• Environmental toxicology and the effects of contaminants on organisms and ecosystems
• Sustainable transportation and electric vehicles
• Nature-based solutions for environmental challenges
• Environmental regulations and their effectiveness
• Waste management and reduction strategies (circular economy)
• Precision agriculture for resource efficiency
• Food security and sustainable diets
• Climate change and extreme weather events (heatwaves, floods, storms)
• Carbon sequestration and natural climate solutions
• Sustainable land management practices
• Air, water, and soil pollution sources and impacts
• Species protection and recovery
• Biocatalysis and industrial biotechnology for green processes
• Developing models for predicting environmental change and biological responses
• Energy storage solutions
• Microplastics and their environmental fate
• Community ecology and species interactions
• Biomaterials and sustainable alternatives to plastics
• Habitat restoration and management
• Sustainable development goals and their implementation
• Conservation genetics and genomics
• Environmental sensors and IoT for monitoring
• International environmental agreements
• Microbiome research in relation to environmental health
• Reducing food waste
• Marine conservation and sustainable fisheries
• Agroecology and organic farming
• Geospatial modeling of ecological and environmental processes
• Spatial modeling of ecological and environmental processes
• Ethical considerations in environmental decision-making
• Soil ecology and health
• Developing integrated approaches to sustainability challenges
• Using GIS and remote sensing for environmental monitoring and management
• Environmental monitoring and assessment
• Managing ecosystems for resilience and sustainability
• Environmental economics and green growth
• Solar, wind, hydro, and geothermal energy
• Climate change impacts on ecosystems (forests, wetlands, coral reefs)
• Applications in land use change and resource management
• Synthetic biology for environmental applications
• Renewable energy and sustainable technologies
• Understanding the interconnectedness of human societies and natural systems
• Techniques for restoring degraded ecosystems