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Editors’ Highlights

Plot of sea surface temperature from cold wakes associated with tropical cyclones (blue) and associated increasing in trend in the tropical cyclone induced primary production of Chlorophyll-a concentration (red).
Posted inEditors' Highlights

Tropical Cyclone Induced Increase in Ocean Primary Production

by Suzana Camargo 27 July 20211 March 2023

A positive trend in tropical cyclone induced ocean mixing and primary production is compensating the overall decline in global primary production due to anthropogenic climate change.

Map showing location of study area (left) and conceptual model of tidally driven mixed sand–mud sediment transport at flood tide (right).
Posted inEditors' Highlights

Unravelling Sands and Muds Suspended in Coastal Environments

by Ryan P. Mulligan 26 July 202129 June 2022

A new study uses the response of optical and acoustic measurements to derive a sediment composition index for prediction of the relative fractions of mixed sediments in suspension.

Map of the United States showing location of catchments classified using stormflow and baseflow characteristics derived from continuous rainfall-streamflow time series and their inferred streamflow generation mechanisms.
Posted inEditors' Highlights

Analysis Reveals Patterns of Streamflow Generation Across USA

by K. McGuire 23 July 20219 May 2022

A new study transforms a classic conceptual framework into a quantitative classification of streamflow generation patterns.

Figure showing key requirements for making forest-based natural climate solutions successful for climate mitigation, with examples of potential pitfalls are shown for each category.
Posted inEditors' Highlights

Permanence of Nature-Based Climate Solutions at Risk

Eric Davidson, president-elect of AGU by Eric Davidson 22 July 20211 June 2023

Conserving native ecosystems helps sequester carbon and mitigate climate change, but new statistical modeling questions the permanence of California’s carbon-rich forests with climate change.

Diagram of megathrust earthquakes resulting from different material contrast scenarios
Posted inEditors' Highlights

The Highs and the Lows of Megathrust Earthquakes

by T. Parsons 21 July 20212 December 2022

Why does low-frequency energy come from the shallow part of ruptures, and the high frequencies from deep?

Two images comparing a high-resolution pore network in rock and a reconstruction of the same by the machine learning model.
Posted inEditors' Highlights

Reconstructing Rocks with Machine Learning

by D. O'Malley 12 July 20213 October 2022

Machine learning can be used to accurately reconstruct high-resolution, 3D images of rocks from 2D cross-sections, which opens the door to more detailed simulations.

Diagram showing high velocity slabs in the lower mantle beneath South America's present position and profile showing the westward motion of South America.
Posted inEditors' Highlights

Previous Intra-oceanic Subduction Found Beneath South America?

by M. Assumpção 9 July 202127 January 2023

Newly mapped fast velocity slabs in the lower mantle may be remnants of westward dipping intra-oceanic subduction, before flipping to the present eastward subduction beneath South America at 85 Ma.

Map of Costa Rice showing results from the ASTUTI network for a magnitude 5.2 earthquake.
Posted inEditors' Highlights

Good, Soon, and Cheap – Earthquake Early Warning by Smartphone

by Peter Zeitler 8 July 202117 November 2021

Fixed smartphone networks can provide robust early warning of earthquakes at far lower costs than traditional scientific arrays, which is an important consideration for regions with limited resources.

Two plots comparing data fits for initial and recovered models.
Posted inEditors' Highlights

Improved Seismic Imaging Via Optimal Transport Theory

by Michael Bostock 7 July 202110 March 2022

Seismic waveform inversion is inherently non-linear. New objective functions based on optimal transport theory mitigate nonlinearity yielding stable solutions without need for accurate initial models.

An arc-shaped coseismic shear belt associated with the 2018 Mw 4.9 earthquake at Etna volcano shows up on both mapping and InSAR.
Posted inEditors' Highlights

Volcano—Tectonic Interactions at Etna

by J. Hubbard 6 July 202127 October 2021

Mapping of a 2018 earthquake that ruptured the eastern flank of Mount Etna shows that it occurred on a tectonic lineament that predates the volcano, and the kinematics match nearby tectonic domains.

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Features from AGU Publications

Research Spotlights

Machine Learning Simulates 1,000 Years of Climate

27 August 202527 August 2025
Editors' Highlights

As Simple as Possible: The Importance of Idealized Climate Models

28 August 202526 August 2025
Editors' Vox

Waterworks on Tree Stems: The Wonders of Stemflow

21 August 202520 August 2025
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