
Explore El Niño/Southern Oscillation: its impact on climate, ocean temperatures, and global weather patterns. Learn about ENSO indices, current data, and the role of ice in climate systems.

Explore how climate shapes life on Earth, from biomes to weather patterns, and learn about the impact of phenomena like El Niño on global ecosystems and biodiversity.

Comprehensive exploration of climate science, covering water security, species impact, human influence, modeling, and future projections. Experts discuss key topics in environmental studies.

Novel satellite method to measure ocean heat content, revealing impacts on ice melt and marine ecosystems. Explores magnetic field fluctuations, seafloor temperatures, and chlorophyll patterns to enhance climate change understanding and prediction.

Experts discuss "the blob," a warm water anomaly in the Northeast Pacific, its effects on marine ecosystems, unprecedented toxic algal blooms, and potential future impacts on ocean health and wildlife.

Experts discuss global impacts of 2015-16 El Niño, including fire seasons, atmospheric changes, and potential drought relief, using NASA and NOAA satellite observations and research findings.

Explore the connection between Indonesian Throughflow and Weddell Sea Bottom Water, examining their interannual variability and potential coupling through atmospheric patterns like El Niño and Southern Annular Mode.

Experts discuss global warming's impact on El Niño and tropical oceans, using modern and ancient climate evidence to predict future effects on vulnerable communities and ecosystems.

Exploring tropical convection's role in global climate, from field expeditions to satellite observations, revealing advances in understanding cloud-circulation interactions and their impact on weather patterns.

Explore climate change impacts on extreme weather events, focusing on precipitation patterns and El Niño dynamics. Gain insights into real-time attribution and global warming implications.

Explore La Niña's impact on Earth in 2025, examining extreme weather patterns and global climate shifts following El Niño's early conclusion.