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Modeling

A new model reveals the role of Antarctic Circumpolar Current eddies in moving high volumes of water.
Posted inResearch Spotlights

Swirling Eddies in the Antarctic May Have Global Impacts

by L. Strelich 10 February 201722 December 2021

A new model examines how eddies in the Antarctic Circumpolar Current affect volume transport of the world's strongest current.

Researchers trace boron in fluids released by subducting slabs to assess how tectonic plates and ocean waters interact at subduction zones.
Posted inResearch Spotlights

Fingerprinting the Source of Fore-Arc Fluids

by Terri Cook 9 February 20178 February 2023

A new model tracks boron and other tracers in fluids expelled from subducting slabs to help identify the fluids' source regions and migration routes.

Posted inNews

Andrew G. Slater (1971–2016)

by M. P. Clark, D. Lawrence and A. P. Barrett 8 February 201718 February 2022

Andrew "Drew" Slater, land modeler extraordinaire, died on 9 September 2016. He was 44 years old.

Cirrus clouds at sunset.
Posted inScience Updates

Understanding How Climate Engineering Can Offset Climate Change

by B. Kravitz, Alan Robock and J. E. Kristjánsson 12 January 20171 March 2023

Sixth Meeting of the Geoengineering Model Intercomparison Project; Oslo, Norway, 21–22 June 2016

Southern California power lines at sunset.
Posted inScience Updates

Achieving a Near-Zero Carbon Emissions Energy System

by S. J. Davis, N. S. Lewis and K. Caldeira 9 January 201710 February 2017

Getting Near Zero: Decarbonizing the Last 20%; Aspen, Colorado, 31 July to 5 August 2016

Posted inEditors' Vox

Measurements and Models of Reactive Transport in Geological Media

by B. Berkowitz 27 December 201622 December 2021

Author Brian Berkowitz answers questions about his recently published article and the scientific and societal implications of his findings.

Posted inResearch Spotlights

Earth's Ground Heat Flux Should Not Be Overlooked

by E. Underwood 12 December 201627 February 2023

Scientists compare models of how much heat Earth's surface gives off and absorbs from the atmosphere.

A visiting postdoc prepares for a high-pressure rock mechanics experiment in Texas A&M’s rock deformation laboratory.
Posted inOpinions

Laboratory Sharing to Improve Rock Deformation Research

by A. Kronenberg, G. Hirth, N. Lapusta, J. Chester, A. Freed, C. Marone and T. Tullis 29 November 20161 October 2021

An ever-growing group of scientists seeks to integrate rock deformation labs from across the United States into one shared national facility.

Tracking global gravity changes can help scientists better understand natural hazards like droughts and lava flows.
Posted inResearch Spotlights

A New Model to Improve Gravity Models

Shannon Hall by S. Hall 7 November 20161 November 2021

Data from the Gravity Recovery and Climate Experiment (GRACE) mission gets a new and improved look.

Improved modeling of water runoff from heavy rainfall events could help communities prepare for hazards like the 2016 flooding in Baton Rouge.
Posted inResearch Spotlights

Modeling Rainfall Runoff

Shannon Hall by S. Hall 3 November 201615 February 2023

New framework unifies existing models for better analysis of the flowing water produced by heavy rain events.

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12 August 202610 August 2026
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