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Modeling

An aerial photo of a large crater.
Posted inEditors' Highlights

Caldera Collapse as a Natural Example of Rock Friction

by Yosuke Aoki 25 June 202424 June 2024

Recurrent slips on the caldera wall of the Kīlauea Volcano are a natural experiment not only to understand the mechanics of caldera formation but also to gain more insights into fault friction.

An aerial image of the Colorado River as it winds its way near Hite Marina, Utah
Posted inNews

Potential Relief for the Colorado River’s Near Future

Jane Palmer, Science Writer by Jane Palmer 20 June 202420 June 2024

A new study reveals that precipitation could boost the iconic river’s flow in the next couple of decades despite the deleterious effects of warming temperatures due to climate change.

Cientifico preparando muestras en el laboratorio
Posted inResearch Spotlights

¿El secreto para imitar fallas naturales? Plexiglás y teflón

Sarah Derouin, Science Writer by Sarah Derouin 13 June 202413 June 2024

Investigadores encontraron una manera eficaz para producir un comportamiento de fallas natural en el laboratorio.

A flooded airport runway on a cloudy day.
Posted inNews

More than a Third of Coastal Alaska Structures May Be at Risk of Flooding by 2100

by Grace van Deelen 12 June 202412 June 2024

A new analysis of flood exposure shows many residential buildings at risk as sea levels rise.

A rocky overlook with a few small cracks running through it. In the distance are clouds and lower hills and mountains.
Posted inResearch Spotlights

How Tiny Cracks Lead to Large-Scale Faults

Sarah Stanley, Science Writer by Sarah Stanley 10 June 202410 June 2024

Researchers could soon gain new insights into fault development in Earth’s brittle crust, thanks to a computational approach that harnesses experimental observations of microscale rock damage.

Figure from the paper
Posted inEditors' Highlights

A Fast and Accurate Open-Source Atmospheric Transport Model

by Timothy DeVries 5 June 20243 June 2024

A new zonally-averaged atmospheric transport model will be useful for estimating emissions of ozone-depleting substances and greenhouse gases.

Emissions rise from smokestacks in the distance, beyond trees silhouetted by low sunlight.
Posted inScience Updates

An Air Quality Model That Is Evolving with the Times

by Min Huang, Gregory Carmichael and Kevin Bowman 28 May 202428 May 2024

The pioneering Sulfur Transport and Deposition Model, initially designed to simulate atmospheric sulfur, continues to find new applications and value in environmental science and policymaking.

The planet Jupiter, with its stripes and swirls in cream, brown, and orange tones and signature orange dot, is shown against a black background. Bright blue and white aurorae swirl at the top of the planet.
Posted inResearch Spotlights

Jupiter’s Magnetosphere Has a Semi-Open Relationship with the Solar Wind

Sarah Derouin, Science Writer by Sarah Derouin 22 May 202428 May 2024

Computer simulations and data from NASA’s Juno mission reveal information about the relationship between solar wind and Jupiter’s massive magnetosphere.

A dried-out cornfield
Posted inNews

Climate Change Is Likely to Slash Global Income

by Katherine Bourzac 17 May 202417 May 2024

A new study estimates that climate change could cost $38 trillion per year, but emissions mitigation and adaptation strategies could limit future damages.

A young man wearing glasses operates an earthquake experiment setup. Four yellow cylinders attached to metallic tubes sit beside a layer of plexiglass held up by wooden columns.
Posted inResearch Spotlights

The Secret to Mimicking Natural Faults? Plexiglass and Teflon

Sarah Derouin, Science Writer by Sarah Derouin 10 May 202413 June 2024

Researchers found an effective way to produce natural fault behavior in the laboratory.

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Coupled Isotopes Reveal Sedimentary Sources of Rare Metal Granites

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Inside Volcanic Clouds: Where Tephra Goes and Why It Matters

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