In October, Eos examines a pivotal point for a field of science that’s starting to make a name for itself.
Climate Change
Posted inFeatures
Critical Zone Science Comes of Age
The developing field, which unites Earth scientists to examine the planet’s surface as a single, unified entity, is unraveling the complex, interconnected processes that support life on Earth.
Posted inResearch Spotlights
Regional Sensitivities Strongly Affect Modeled Climate Extremes
Analysis of temperature and precipitation extremes in two generations of CMIP climate models revealed similarities in regional climate sensitivities, contrasting with divergent global sensitivities.
Posted inNews
Tropical Cyclones Suppress Rainfall in Their Wakes
Passing storms dredge up colder ocean water, curbing evaporation and decreasing cloud coverage and rainfall for weeks, satellite data reveal.
Posted inNews
Using Dirt to Clean Up Construction
The construction industry is one of the world’s largest emitters of carbon dioxide. Whether it can reduce those emissions depends on replacing its most common building material.
Posted inResearch Spotlights
Most of the Arctic’s Microscopic Algae Are Chilling Under Ice
New research reveals that tiny single-celled organisms in the Arctic Ocean are growing more numerous as climate change thins the ice.
Posted inNews
Youth Climate Movement Recalibrates
Sixteen children await a decision from the United Nations on whether their home nations have endangered their rights by not adequately responding to climate change.
Posted inResearch Spotlights
Improving Proxy Representations of Ocean Properties
Many oceanic properties are not directly observed but are instead estimated using proxy measurements. A new method uses physics-based correlations to reduce uncertainty in this relationship.
Posted inGeoFIZZ
Communicating Science in Times of Pandemic
How can scientists use YouTube livestreams to help the public better understand scientific concepts?
Posted inResearch Spotlights
Deep-Ocean Oxygen May Increase with Climate Change
A millennial-scale ocean simulation indicates that oxygen gains in the deep ocean may offset oxygen losses in the upper water layer under a protracted climate change scenario.