This track explores Earth's systems-geology, hydrology, and atmosphere-and their roles in climate change. It covers past climate evidence, Earth system interactions, and the science behind environmental shifts. Emphasis is placed on understanding natural vs. human-induced changes. It serves as a foundation for long-term climate projections and mitigation strategies.
Focused on the atmosphere and its impact on global climate, this track covers weather systems, greenhouse gases, and climate modeling. It highlights how atmospheric changes drive climate variability and extreme events. The track emphasizes data-driven approaches and predictive models for better climate forecasting and policy planning.
This track examines sustainable management of energy and natural resources. It covers renewable energy, responsible mining, and resource conservation strategies. Participants will explore the transition from fossil fuels to green alternatives, focusing on balancing development with ecological protection and long-term sustainability.
Highlighting innovation and preparedness, this track looks at how technology can support climate adaptation and resilience. Topics include early warning systems, resilient infrastructure, and community-based strategies. The goal is to reduce vulnerability and build systems that can withstand environmental shocks and stresses.
This track emphasizes the power of education and public engagement in addressing climate change. It explores outreach programs, youth leadership, and science communication. By raising awareness and empowering individuals-especially young people-it fosters a culture of environmental responsibility and action.
This track showcases how AI and machine learning are revolutionizing Earth system research. It includes data analysis, climate modeling, and predictive tools for natural disasters. These technologies enable faster, more accurate insights into complex environmental systems and improve decision-making processes.
Focusing on spatial data tools, this track covers satellite imaging, drone surveys, and GIS technologies. It highlights their role in tracking environmental changes, managing resources, and supporting disaster response. Remote sensing enhances our ability to monitor the planet in real time.
This track explores natural hazard prediction and disaster management. It includes early warning systems, community preparedness, and policy integration. The goal is to reduce risks from earthquakes, floods, and other hazards through science-based planning and resilient infrastructure.
This track emphasizes the use of satellite data to monitor environmental changes such as deforestation, ice loss, and urban growth. It supports climate research, disaster management, and sustainable planning. Earth observation enables accurate, global-scale environmental tracking and analysis.
This track promotes clean energy solutions like solar, wind, and bioenergy. It explores innovations in energy systems and their role in reducing carbon emissions. Participants will discuss sustainable practices and policies that support a global shift toward renewable energy sources.
This track focuses on the interconnected challenges of food security, water scarcity, and energy demand. It addresses how climate change affects these systems and highlights integrated solutions. Emphasis is placed on sustainable resource management and building climate-resilient systems.