Atmospheric Sciences
The variability in composition of individual aerosol particles and the way in which they mix in the atmosphere is complex and has significant impacts on Earth’s climate.
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Planetary Sciences
Find out about the person taking the helm of JGR: Planets and his plans for taking the journal forward in the coming years.
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Introducing the New Editor-in-Chief of JGR: Planets
Planetary Sciences
The outgoing Editor-in-Chief of JGR: Planets reflects on the journal’s role serving the planetary science community and expresses appreciation for all those who contribute to its success.
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JGR: Planets and a Community of Planetary Science
Hydrology, Cryosphere & Earth Surface
Scientists were studying ecohydrology for decades before it became an official ‘ology’. Find out how this field has evolved over the past century.
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Ecohydrology: What’s in a Name?
Ocean Sciences
An editor of Paleoceanography and Paleoclimatology shares fond memories of his postdoc with Wally Broecker, who died in February.
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A Tribute to Wally Broecker
Atmospheric Sciences
A joint special issue explores the potential of collaboration to help understand atmospheric gravity waves in the Polar Regions and their effect on global circulation.
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Atmospheric Gravity Wave Science in the Polar Regions
Space Science & Space Physics
Natural and manmade explosive events occurring on or below the Earth’s surface can be measured remotely in different ways and different places from the ionosphere.
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Measuring Explosive Events on Earth from the Ionosphere
Ocean Sciences
A new special collection in JGR: Oceans presents results from studies of the Beaufort Gyre, an oceanic circulation system in the Arctic that has far-reaching influence on the global climate.
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In a Spin: New Insights into the Beaufort Gyre
Natural Hazards
As humans face an inherently riskier world, a special collection in Earth’s Future explores thematic, theoretical, and empirical approaches to resilient decision-making.
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The Long and Winding Road: Making Resilience Real
Natural Hazards
Developments in geophysical methods used to monitor surface and subsurface changes prior to landslides can lead to improved prediction and early warning.
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