publication venue for

• Patterns of Surface Warming Matter for Climate Sensitivity 2023
• Fixing the Flawed Colorado River Compact, Cover article 2023
• Glacial Knowledge Gaps Impede Resilience to Sea Level Rise 2022
• Ten Ways to Apply Machine Learning in Earth and Space Sciences 2021
• Changing the Culture of Fieldwork in the Geosciences 2021
• Reimagining STEM Workforce Development as a Braided River 2021
• Tackling Challenges of a Drier, Hotter, More Fire-Prone Future 2021
• Charting Satellite Courses in a Crowded Thermosphere 2021
• Modeling Earth’s Ever-Shifting Magnetism 2021
• Data Sets Are Foundational to Research. Why Don’t We Cite Them? 2020
• How COVID-19 Is Affecting Undergraduate Research Experiences 2020
• The Future of the Carbon Cycle in a Changing Climate 2020
• The Coming Surge of Rocket Emissions 2019
• Building a One-Stop Shop for Soil Moisture Information 2019
• Untangling a Web of Interactions Where Surf Meets Coastal Ocean 2019
• Examining Alaska’s Earthquakes on Land and Sea 2019
• Is the Recent Drought on the Colorado River the New Normal? 2019
• Training a New Generation of Data-Savvy Atmospheric Researchers 2019
• The Push Toward Local Flood Risk Assessment at a Global Scale 2019
• Reflections on the Legacy of Grove Karl Gilbert, 1843–1918 2018
• A Modeling Toolbox for Permafrost Landscapes 2018
• A modeling toolbox for permafrost landscapes 2018
• Can we build useful models of future risk from natural hazards? 2018
• How Much Land Surface Is Under Water at Any Given Time? 2018
• Maintaining Momentum in Climate Model Development 2017
• Predicting a Great Lake's Response to a Warm Winter 2016
• Building an Accessible Archive for Water Column Sonar Data 2016
• Making a Better Magnetic Map 2016
• Investigations of Shallow Slow Slip Offshore of New Zealand 2016
• High-Resolution Climate Modeling for Regional Adaptation 2016
• New Interest in Reservoir Evaporation in Western United States 2016
• Creating Local Support Networks for Graduate Student Women 2016
• Unmanned Platforms Monitor the Arctic Atmosphere 2016
• How Can We Better Understand Low River Flows as Climate Changes? 2015
• Evaluating Modes of Variability in Climate Models 2014
• Digging Into the World Beneath Our Feet: Bridging Across Scales in the Age of Global Change 2014
• Emerging Ideas and Interdisciplinary Perspectives on Climate Change 2014
• My Year as a Jefferson Science Fellow 2014
• Improving Forecasts for Water Management 2014
• The Practitioner's Dilemma: How to Assess the Credibility of Downscaled Climate Projections 2013
• An International Network of Magnetic Observatories 2013
• Computing and Representing Sea Ice Trends: Toward a Community Consensus 2013
• Climate Data Guide Spurs Discovery and Understanding 2013
• John Beavan (1950–2012) 2013
• Polar boundary layer processes: Important factors for investigating biogeochemistry and climate 2012
• Improved time to publication in Journal of Geophysical Research‐Atmospheres 2012
• International coordination to improve studies of changes in Arctic sea ice cover 2012
• How Do Coronal Hole Storms Affect the Upper Atmosphere? 2012
• International Year of Deltas 2013: A proposal 2011
• Recovery of Global Surface Weather Observations for Historical Reanalyses and International Users 2011
• Observation of Magnetic Fields Generated by Tsunamis 2011
• What Caused Recent Acceleration of the North Magnetic Pole Drift? 2010
• Is the Silver Screen the Key to Successful Public Outreach in Solar and Space Physics? 2010
• Observations of Antarctic Polynya With Unmanned Aircraft Systems 2010
• A Community Approach to Earth Systems Modeling 2010
• Using Virtual Observatories for Heliophysics Research 2009
• Reply to Comment on “Informatics and the 2007 ndash;2008 Electronic Geophysical Year” 2009
• Do We Need Better Predictions to Adapt to a Changing Climate? 2009
• Isoscapes to Address Large‐Scale Earth Science Challenges 2009
• Effects of Hillslope Thermokarst in Northern Alaska 2009
• Space Physics for Graduate Students: An Activities‐Based Approach 2009
• Informatics and the 2007–2008 Electronic Geophysical Year 2008
• New Software Architecture for Integrated Water Modeling: CUAHSI/OpenMI Workshop for Integrating Water Models; Wallingford, United Kingdom, 7–10 April 2008 2008
• The Large Benefits of Small‐Satellite Missions 2008
• Mars: A Richly Complicated Obstacle to the Solar Wind: Chapman Conference on the Solar Wind Interaction With Mars; San Diego, California, 22–25 January 2008 2008
• Arctic Sea Ice Extent Plummets in 2007 2008
• Comment on “Will the magnetic North Pole move to Siberia?” 2007
• Anticipating the next decade of Sun‐Earth system variations 2007
• [Comment on “Exaggerated claims about earthquake predictions: Analysis of NASA's method”] Pattern informatics and cellular seismology: A comparison of methods 2007
• Imaging Sierra Nevada lithospheric sinking 2007
• The continuing environmental threat of nuclear weapons: Integrated policy responses 2007
• Achieving satellite instrument calibration for climate change 2007
• Southwestern U.S. drought maps from pinyon tree‐ring carbon isotopes 2007
• Altair unmanned aircraft system achieves demonstration goals 2006
• Arctic system on trajectory to new, seasonally ice‐free state 2005
• Reply [to Comment on “Moving beyond the IGY: The Electronic Geophysical Year (eGY) concept’”] 2004
• Proposed initiative would study Earth's weathering engine 2004
• King receives 2004 Edward A. Flinn Award 2004
• The global seismographic network surpasses its design goal 2004
• Sea ice index monitors polar ice extent 2004
• Moving beyond the IGY: The Electronic Geophysical Year (eGY) concept 2004
• Sun unleashes Halloween storm 2004
• Mission investigates tropical cirrus clouds 2004
• Comment on “The predictability of the magnetosphere and space weather” 2004
• Abandoned mines, mountain sports, and climate variability: Implications for the Colorado tourism economy 2003
• The predictability of the magnetosphere and space weather 2003
• Electronic publishing 2003
• Fluid flow in sub‐sea floor processes and future ocean drilling 2003
• Workshop advances interdisciplinary polar science and fast ice sheet drilling 2003
• Mesospheric clouds and the duality of gravity waves 2002
• Carbon sequestration studied in western U.S. mountains 2002
• Technological impacts of space storms: Outstanding issues 2001
• Orogenic and glacial research in pristine southern Alaska 2001
• Conference focuses attention on Sun‐Earth System 2001
• Ancient blue oaks reveal human impact on San Francisco Bay salinity 2001
• Unique conjunction of planetary probes 2000
• Confluence of natural hazards: A possible scenario 2000
• Researchers explore Arctic freshwater's role in ocean circulation 2000
• Dispersionless injection simulations explore auroral substorm origins 1999
• Prediction in the Earth sciences and environmental policy making 1999
• Disturbed space environment may have been related to pager satellite failure 1998
• Substorm research moves toward a unifying framework 1998
• Satellite gravity: Insights into the Solid Earth and its fluid envelope 1998
• Io's interaction with the Jovian magnetosphere 1997
• Researchers chart course for updating radiation belt models 1996
• Lab‐ and space‐based researchers discuss plasma experiments 1996
• Project combines seismic and magnetotelluric surveying to address the Sierran root question 1995
• Gravity and isostatic anomaly maps of Greece produced 1995
• U.S. Geoscience Community gains an absolute gravimeter 1994
• Satellite anomalies linked to electron increase in the magnetosphere 1994
• Remote sensing aids in sea‐ice analysis 1993
• A new era in magnetospheric research 1992
• Recent improvements in GEOSAT altimeter data 1991
• LTCS: The Lower Thermosphere Coupling Study of the CEDAR and WITS Programs, an attempt to better understand the “Ignorosphere” 1989
• Global differences between skin and bulk sea surface temperatures 1989
• Space geodesy and the global forecast of earthquakes 1989
• The Iceland GPS Geodetic Field Campain 1986 1987
• Comparison between satellite image advective velocities, dynamic topography, and surface drifter trajectories 1986
• Reply [to “Comment on ‘The CSSP implementation plan for space plasma physics programs’”] Solar‐terrestrial physics revisited 1986
• The CSSP implementation plan for space plasma physics programs 1985
• Substorm warnings: An ISEE‐3 real time data system 1979
• Accumulation of partial melt beneath the Cascadia forearc constrained by teleseismic S reflections and P receiver functions 2021
• Constraints on Plate Boundary Mechanics from a Comparison of Mantle and Crustal Anisotropy at Continental Transform Faults 2021
• Great Unsolved Questions in Tectonophysics: How do Lithospheric Layers and Asthenosphere Interact, and What are Their Rheological Properties as a Function of Depth? (Invited) 2021
• Great Unsolved Questions in Tectonophysics: What are the transient rheologies of Earth’s lithosphere over the spectrum of deformation timescales, from milliseconds to tens of millions of years? (Invited) 2021
• Great Unsolved Questions in Tectonophysics: What causes some faults to slip in major earthquakes, while others appear to creep and/or undergo episodic slow slip? (Invited) 2021
• Great Unsolved Questions in Tectonophysics: What is the Absolute Stress in the Lithosphere and Below? (Invited) 2021
• Great Unsolved Questions in Tectonophysics: What physics governs fault networks? Can models make non-retrospective predictions that can be supported and/or falsified with near-future observations? (Invited) 2021
• Great unsolved questions in Tectonophysics: What is the role of inelastic off-fault deformation in the fault life cycle? (Invited) 2021
• Imaging of Transcrustal Magmatic Oriented Structures and Fabric at Alaskan Volcanoes Using Receiver Function and Surface Wave Anisotropy 2021
• Past and Present Deformation along the San Andreas from Microseismicity, Geodesy, and Seismological Constraints 2021
• Seismic Anisotropy of Mafic Blueschists: Constraints from Exhumed Glaucophane-Rich Blueschists with Implications for the Subduction Interface 2021
• Shallow crustal structure of Southern California by jointly inverting surface wave phase velocity, Rayleigh wave ellipticity, and Receiver Functions 2021
• Continuity Between Surface and Deep Lithospheric Deformational Grain for the Northern Cordillera Using Transportable Array Receiver Functions 2020
• Crustal structure and its tectonic implications to the Banda Arc-Australian continent collision revealed by teleseismic receiver functions 2020
• Lowering the Access Threshold to 3-dimensional Visualization and Programming Benchmarks via an Interactive Web Tool: Tensor Visualization Guide (TVguide) for Elasticity Tensor and Seismic Anisotropy Analysis 2020
• Newly digitized structural data from the southern Appalachians and comparisons to subsurface anisotropy from seismic stations 2020
• (invited) Deep Structure of the Main Himalayan Thrust and Indian Mantle From Structural Imaging, Geodetic Modeling, and Seismicity 2019
• (invited) Seismic observations of processes in collisional continental lithosphere: Rheological changes, phase changes, and deformation 2019
• S53E-0500 - Shear Velocity Model of Alaska via Joint Inversion of Rayleigh Wave Ellipticity, Phase Velocities, and Receiver Functions across the USArray (Invited) 2019
• T41E-0324 Crustal structure of the Nepalese Himalaya revealed by receiver functions and Rayleigh wave dispersion 2019
• Envisioning and Sustaining Science at Summit Station, Greenland 2017