
Explore climate change's social impacts, from carbon costs to disaster effects, through diverse topics like tropical cyclones, electricity consumption, and seasonal influenza.

Explore the risks and sources of human-induced earthquakes, including reservoirs, fracking, and mining. Learn about the largest seismic events caused by human activities.

Explores anti-racism efforts in geosciences, analyzing calls for action and fostering discussions to promote equity and inclusivity in the field. Provides strategies for implementing change.

Explore pyrocumulonimbus clouds from wildfires, their impact on climate, and global comparisons. Learn about smoke behavior, atmospheric effects, and implications for weather patterns.

Explore frontiers in hydroclimate change with insights on droughts, floods, and their impacts. Learn about advanced modeling techniques and interdisciplinary approaches in hydrology.

Explore ocean-based carbon dioxide removal strategies and the scientific code of conduct guiding research into their durability and scalability for climate solutions.

Explore landslide science with USGS geologist Richard Iverson, from innovative research methods to real-world applications in detection, measurement, and prevention of these dynamic natural phenomena.

Explore the impact of climate change on glaciers and the evolving landscape of glacier tourism with insights from glaciologist Heather Purdie on adaptation and future prospects.

Exploración de los impactos de los aerosoles en la salud y el clima, mecanismos de formación de partículas, y dinámica del carbono en suelos y bosques. Análisis de modelos climáticos y observaciones para comprender mejor estos procesos ambientales comple…

Experts discuss 5G deployment's impact on weather forecasting, environmental satellites, and Earth science, exploring challenges and actions for the scientific community moving forward.

Explore soil carbon sequestration, focusing on storage limits and controlling factors. Experts discuss mineral association, saturation concepts, and management implications for effective carbon storage in soils.

Explore geodetic techniques for studying continental hydrology, including GRACE missions, data filtering methods, and applications to aquifer systems and groundwater monitoring.

Explore erosion's impact on soil carbon sequestration, from global perspectives to US Midwest case studies. Learn about mechanisms, controversies, and management practices for effective carbon storage in working lands.

Explore borehole observatories monitoring subduction zones, their role in understanding earthquake cycles, and implications for hazard forecasting and slow slip events in Japan and New Zealand.

Experts discuss climate change's impact on storm intensity, rainfall, and flooding. Insights on hurricane intensification, data collection, and population displacement due to extreme weather events.

Exploring Perseverance's discoveries on Mars: Jezero crater floor, Séítah geologic unit, and future plans for the ancient river delta. Insights into Mars' geological history and potential for past life.

Explore how historical ship logs from the Age of Sail provide crucial data for mapping Earth's magnetic field over the past 400 years, blending maritime history with modern geophysical research.

Explore diverse private sector careers for atmospheric scientists, featuring insights from industry professionals on work environments, responsibilities, and transitioning from academia.

Explore cutting-edge technologies and analytical methods in Earth sciences to address global challenges like climate change, pollution, and ecosystem degradation for the benefit of humanity.

Explore the dynamics of oceanic dissolved organic carbon, a major carbon reservoir, through global observations and data analysis. Uncover sources, sinks, and controls across ocean basins.

Explore the Southern Ocean's critical role in Earth's climate engine and glacial cycles through multiple proxies, focusing on its impact on atmospheric CO2 levels and ocean dynamics.