@agu.orgSome accounts say geologists drilling in the 1960s or '70s set Turkmenistan's "Door to Hell" ablaze. Satellite images suggest the flames started between 1987 and 1988. The same study estimates the crater has released 900,000 tons of methane since it formed.
@eos.orgTiny magnetic fossils could help us learn more about the history—and maybe even the future—of Earth’s oceans. Research from #AGUPubs, words by @sashawarren.bsky.social
@aguadvances.bsky.socialFor this year’s International Day for Disaster Risk Reduction, read the #OpenAccess article by Nakalembe [2026] and learn about the initiative @wiley-stem.bsky.social:
#AGUPubs #DisasterRiskReduction #Resilience
(Photo by Scott Greer on Unsplash)
@eos.orgPermafrost covers about 25% of the Northern Hemisphere’s land, and as it thaws, it changes how the landscape erodes. 🧪
New #AGUPubs research from scientists at Univ. of Pittsburgh, @ubuffalo.bsky.social, Sandia National Labs, & @idahostateucose.bsky.social. eos.org/research-spo...
@agu.orgComing soon! Hydrothermal Processes in the Solar System, an #AGUPubs book, presents studies of oceanic & continental crustal systems, hydrothermal processes on other planetary bodies, & geothermal energy.
Preorder today: spklr.io/63326EpAk8
@eos.orgWhere are children in the United States most likely to face lead exposure? A new #AGUPubs study maps risk nationwide and checks it against blood tests in 11 states.
@eos.orgWhere are children in the United States most likely to face lead exposure? A new #AGUPubs study maps risk nationwide and checks it against blood tests in 11 states.
@eos.orgWhere are children in the United States most likely to face lead exposure? A new #AGUPubs study maps risk nationwide and checks it against blood tests in 11 states.
@eos.org@eos.orgResearchers lay out the strengths and drawbacks of borehole distributed acoustic sensing for studying earthquakes in new #AGUPubs research from @lamont.columbia.edu, @berkeleylab.lbl.gov, @fervoenergy.bsky.social, & @bostonu.bsky.social. 🧪 eos.org/research-spo...
@jgrearthsurface.bsky.socialA 20-year monitoring study in the discontinuous permafrost zone of Nunavik, Canada documents changing ground thermal dynamics and associated thaw subsidence.
🔗 Learn more in @eos.org: eos.org/editor-highl...
#AGUPubs #ClimateChange #Permafrost #SDG13 @agu.org @wiley-stem.bsky.social
@eos.orgLogging can have major effects on the amount of carbon stored in the forest floor—but some kinds of logging are more impactful than others, reports a new study in @jgrbiogeo.bsky.social. 🧪 #AGUPubs eos.org/research-spo...
@aguadvances.bsky.social🌟 Editor's Pick! 🌟
“Warming surface waters and increased stratification result in uneven loss of dissolved oxygen across the Pacific basin that shifts water mass age.”
@eos.orgModeling the dust, pollen, smoke particles, and other aerosols in our atmosphere can help researchers understand air quality and predict weather. 🧪
New #AGUPubs research could make it easier. eos.org/research-spo...
@reviewsgeophysics.bsky.social@aguadvances.bsky.social🌟 Editor's Pick! 🌟
“NASA’s MERRA-2 reanalysis of past weather and climate reveals substantial shifts in extreme heat seasonality over the past 45 years.”
@aguadvances.bsky.social🌟 Editor's Pick! 🌟
“Mineral dust-activated halogen chemistry is an important yet under-studied natural sink of the tropospheric ozone with implications for the Earth’s oxidative balance, crop yields, and human health.”
@jgrearthsurface.bsky.social✨Editor's Pick✨
In a new study, Khan et al. find unequivocal statistical evidence that wild animal agents substantially change geomorphic properties, on average by 136% in freshwaters and 66% in terrestrial ecosystems.
🔗Learn more: doi.org/10.1029/2025...
#AGUPubs #Geomorphology @qmul.bsky.social
@agu.orgSeasonal snow is a critical source of water for people, ecosystems, and agriculture, yet it remains difficult to measure. InSAR offers a potential approach for mapping changes in snow mass from space. 🛰️
🔗 Learn more: doi.org/10.1029/2025...
@aguadvances.bsky.social🌟 Editor's Pick! 🌟
“Extreme storms in the tropical regions are expanding and becoming more persistent with climate warming, resulting in higher storm rainfall volumes while peak intensity remains unchanged.”