This subtheme focuses on resilience within health systems and the broader determinants of human well-being. It invites research on public health preparedness, disease prevention, medical innovation, epidemiology, mental health, and the impacts of environmental and social change on population health. Graduate scholars may examine how health systems adapt to emerging threats, how communities maintain well-being under stress, and how technology enhances or challenges the delivery of care. The sub-theme underscores the centrality of health and human development to resilient societies and highlights the need for integrated, evidence-based approaches to safeguarding well-being in the 21st century.  

Topics  

• Strengthening the resilience of health systems to handle emerging threats and adapt to crises.  
• Advances in technology and methods that enhance or challenge care delivery.  
• Study of disease patterns, spread, and population health trends & how climate,  
• ecological, societal shifts affect populations and community well-being.

This subtheme addresses the resilience of food systems and natural resource sectors essential to livelihoods and national development. It encourages research on climate smart agriculture, agroecology, food sovereignty, forestry management, sustainable land management, biodiversity protection, and the socioeconomic drivers of food insecurity. Papers may also investigate innovative approaches to soil and water management, pest and disease management, and value-chain resilience. By situating agriculture and forestry within broader ecological and socio-economic systems, this subtheme highlights the need for integrated strategies that enhance productivity while safeguarding ecosystems and long-term sustainability.  

Topics  

• Application of biotechnology in plant disease management  
• Application of biotechnology in crop improvement and food production  
• Food security and community development  
• Nutrition supplementation in livestock production  
• Use of biochar as a soil amendment  
• Pesticide drift reduction strategies  
• Role of precision Agriculture in building resilient food systems  
• Impact of Innovative Agricultural technology on soil management  
• Application of digital tools in Agriculture improvement  
• Use of modelling in response to pest and disease management  
• Impacts of saltwater intrusion on farming  

This subtheme explores how engineering and technological advancements can enhance the resilience of critical systems and infrastructures. Topics may include resilient (green, grey) infrastructure, renewable energy systems, transportation networks, smart cities, robotics, artificial intelligence, cybersecurity, GIS and remote sensing, and digital inclusion. Researchers may examine how emerging technologies strengthen adaptability, reduce vulnerability, or generate new risks. The subtheme highlights the role of engineering and digital innovation in enabling societies to anticipate disruptions, maintain essential services, and transition toward safer, smarter, and more sustainable futures.  

Topics  

• Early Warnings for All and Making Cities Resilient approaches for disaster risk management  
• GIS and Remote Sensing approaches to inform land use planning.  
• Integrating AI, IoT, and data analytics to optimize energy, waste management, and public transport  
• Transitioning to net-zero energy systems and resilient, sustainable energy distribution.  
• Developing alternative building materials, advanced recycling techniques, and zero-waste construction strategies  
• Utilizing AI and machine learning to forecast infrastructure failures and optimize maintenance for roads, bridges, and tunnels  
• AI Enhanced Solutions for Sustainable Cybersecurity

This subtheme investigates the social, institutional, and economic dimensions of resilience. It welcomes scholarship on public policy, national, regional, and international security, legal and governance frameworks, community resilience, social protection, human rights, economics, disaster risk reduction, climate justice, and behavioural change. Researchers may analyze the capacity of institutions to manage risks, the ways in which inequality influences adaptive capacity, and the role of civic engagement and collective action in strengthening societal resilience. By focusing on how systems of governance and social organization respond to complexity, this subtheme underscores the importance of equity, participation, and evidence-based policy in shaping resilient development pathways.  

Topics  

• Whole-of-governance approaches to disaster risk reduction at national and local levels  
• Governance systems, geo-politics, and adaptive policymaking  
• Structural change and economic resilience  
• Vulnerable sub-groups, inclusive frameworks and social resilience  
• Public policy, gaps, and solutions for strengthening institutional capacity and evidence based policymaking  
• Law, Human Rights and Justice in Resilient Development  
• Disaster management and risk reduction systems and frameworks for resilience  
• Expanding national and regional security concerns, governance challenges, and solutions  

This subtheme centers on the biophysical foundations of resilience within natural and planetary systems. It encompasses research on climate science, hydrology, geology, ecology, oceanography, environmental chemistry, and natural hazards. Papers may explore ecosystem dynamics, land–atmosphere interactions, climate variability, water resource resilience, pollution processes, population dynamics (including migration), poverty, and resource utilization, and the impacts of anthropogenic change on natural systems. The subtheme emphasizes the need to understand Earth processes and environmental thresholds to better anticipate shocks, reduce ecological vulnerability, and support sustainable environmental stewardship.  

Topics  

• Sustainable land management practices to achieve land degradation neutrality  
• Application of land cover, land productivity, and soil organic carbon as metrics to assess land degradation  
• Use of activated carbon to treat wastewater  
• Resilient mangroves and fish populations  
• Prevalence of microplastics in coastal and inland fish species  
• Climate change, sea-level rise, and coastal erosion  
• Offshore oil exploration on aquatic ecosystems  
• Assessment of atmospheric pollutants from point sources (mercury emissions for gold mining, smelting plants, etc.)  
• Application of biochar to support land reclamation post gold mining