Damage zones extend to either side of many faults and can affect how future earthquakes behave.
AGU Advances
Posted inEditors' Highlights
Buffering by Ammonia Sustains Sulfate Aerosol Production
A new method for evaluating the role of multiphase buffering and acidification reactions on aerosol pH finds that the buffering effect sustains sulfate production from high pH-favored multiphase reactions.
Posted inResearch Spotlights
How Mantle Hydration Changes over the Lifetime of a Subduction Zone
Water released from subducting oceanic plates influences the formation of volcanoes and earthquakes on Earth’s surface. A new study simulates how slab dehydration and mantle hydration levels change over time.
Posted inEditors' Highlights
Publishing is Stressful: What Can We Do About It?
AGU’s editors address how rapidly evolving expectations, the culture of metrics, and the expansion of for-profit journals stress authors, reviewers and editors – and how to change this dynamic.
Posted inResearch Spotlights
断裂成熟度和断裂走向，哪个对大地震更重要?
对青藏高原2021年玛多地震的详细研究表明，与先前的假设相反，断裂走向对地震破裂动力学特征的影响有时会超过断裂成熟度的影响。
Posted inResearch Spotlights
In Hot Water and Beyond: Marine Extremes Escalate
A new study suggests marine life is increasingly faced with triple-threat events in which extreme water temperature, low oxygen levels, and acidification converge.
Posted inResearch Spotlights
What Happens in the Troposphere Doesn’t Stay in the Troposphere
A new study suggests that spillover of tropospheric ozone is affecting measurements of stratospheric ozone recovery more than previously realized.
Posted inEditors' Highlights
Are the Geosciences Failing Their Qualifying Exam Goals?
Scientists favor data-driven reasoning but administer graduate student qualifying exams with surprisingly little guiding data. Re-examining these exams may advance educational equity and quality.
Posted inResearch Spotlights
Jupiter’s Magnetosphere Has a Semi-Open Relationship with the Solar Wind
Computer simulations and data from NASA’s Juno mission reveal information about the relationship between solar wind and Jupiter’s massive magnetosphere.