Fundamental processes and indicators that drive Earth’s climate system.
Strategies to reduce vulnerability and recover from climate effects.
The natural and anthropogenic flows of carbon among Earth’s reservoirs.
Methods for linking specific weather events to human‑caused climate change.
An overview of the science behind long‑term climate change.
Consequences of climate change on ecosystems, economies, and societies.
Metrics such as temperature, precipitation, and sea level that track climate trends.
Intensified storms, heatwaves, and other severe weather events.
The observed rise in average global temperatures due to greenhouse gases.
How atmospheric gases trap heat and regulate Earth’s temperature.
Key gases like COâ‚‚, methane, and nitrous oxide that drive warming.
Tools and datasets for monitoring and understanding environmental change.
Simulations that project future climate scenarios.
Processes ensuring accuracy and reliability of data.
Graphic representation of complex climate data.
Satellite and aerial monitoring of planetary systems.
Geographic information systems for spatial analysis.
Public repositories for sharing environmental datasets.
Clean energy technologies and strategies to mitigate climate change.
Methods to capture and sequester atmospheric COâ‚‚.
Low‑emission vehicles and mobility solutions.
Regulations and agreements aimed at mitigating climate change.
Infrastructure for delivering power to consumers.
Reducing energy use while maintaining performance.
Technologies that retain energy for later use.
Utilizing Earth’s internal heat for power and heating.
Electricity produced from flowing or stored water.
Generating electricity through nuclear fission reactions.
The variety of life, ecosystems, and the threats they face.
Fundamental concepts of species variety and ecosystem function.
Projects aimed at rebuilding degraded natural systems.
Interconnected communities of organisms and their physical environment.
The role of forests and the impacts of tree loss.
Rivers, lakes, and wetlands and their vulnerability.
Destruction and fragmentation of natural habitats.
Non‑native organisms that disrupt native ecosystems.
Changes in the world’s oceans, ice masses, and related coastal impacts.
Measures to protect shorelines and communities from ocean threats.
Inundation of low‑lying areas from storms and rising seas.
Heat‑induced bleaching and degradation of reef ecosystems.
The retreat and mass loss of mountain and valley glaciers.
Changes in the massive ice bodies of Antarctica and Greenland.
Broad impacts on oceanic food webs and biodiversity.
The decreasing pH of seawater caused by absorbed COâ‚‚.
Rising sea temperatures and their effects on marine life.
Contaminants affecting air, water, land, and human‑well‑being.
Contaminants released into the atmosphere affecting health.
Release of hazardous substances into air, soil, and water.
Equitable distribution of environmental benefits and burdens.
Tiny plastic particles that infiltrate ecosystems and food chains.
Disturbances from excessive sound and artificial illumination.
Accumulation of plastic debris in terrestrial and marine environments.
Management of solid waste and material recovery.
Degradation of water quality from chemicals and waste.
July 17, 2026
July 16, 2026
