Journal of Geophysical Research: Biogeosciences
@JGRBiogeo
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Official journal account for AGU's JGR: Biogeosciences. Find us on Bluesky @jgrbiogeo.bsky.social
Joined January 2019
A new special collection features review articles that capture the range and breadth of topics, methods, approaches, scales, and ecosystems that have been covered in JGR: Biogeosciences over the past 20 years.🌎 🔗 https://t.co/r9jOwgb67x
#AGUPubs @wileyearthspace @theAGU
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🥳🎉
Today we celebrate the 20th anniversary AGU’s JGR: Biogeosciences!🎉 For two decades, @JGRBiogeo has published original research, methods, and data articles on the biogeosciences of the Earth system. 🔗 Check out all the latest papers and learn how to submit:
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Sabemos que diminutas formas de vida, como las bacterias, flotan en nuestra atmósfera. Pero ¿también proliferan y forman comunidades en ella? Una nueva investigación de @JGRBioGeo sugiere un enfoque de modelado que podría ayudar a responder esta pregunta.
eos.org
Un enfoque de modelización ascendente podría acercar a los científicos a la comprensión de las comunidades de microbios en la atmósfera.
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📢Call for Papers!📢 A new #AGUPubs special collection welcomes articles that advance our understanding of human-perturbed nutrient and carbon cycles along the land-to-ocean continuum. 🔗 Learn how to submit: https://t.co/Ox0qeS2yOy
#AGUPubs #Biogeochemistry #Geochemistry
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A new study explores how #methane moves from the sediments (accumulated layers of mud and organic matter) of Arctic lakes, where it is produced, into the overlying water. 🔗Check out Bulínová et al. (2025) to learn more: https://t.co/hrAwSb99kV
#AGUPubs #Arctic #GreehouseGas
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A new study finds that long-term agricultural patterns can reshape the stratigraphic features and microbial community assembly in vadose zones. 🔗Learn more: https://t.co/si59V4w6kg
#AGUPubs #Agriculture #VadoseZone #Soil #SDG2
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"American science has no need to be "Restored" to a "Gold Standard:" American science has already set the "Gold Standard" for scientific research and publishing for over 80 years." Read the full Editorial by the #AGUPubs Editors-in-Chief: https://t.co/8f4IOABDiB
agupubs.onlinelibrary.wiley.com
This EO is an unconstitutional attempt to censor and punish U.S. scientists for publishing science that doesn't fit a political agenda This misleading and false misrepresentation of U.S. scientif...
The Administration’s “#GoldStandardScience” order undermines research integrity and threatens public trust in science. Read AGU President Brandon Jones’ latest #FromtheProw, All That’s Gold Does Not Glitter, and stand with us: ➡️ Use our op-ed toolkit ➡️ Join AGU’s Days of
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Read the #OpenAccess article by Crameri et al. for free! 👉 https://t.co/SxYUebItgc
#OpenScience #InvasiveSpecies #EarthScience #STEM #Australia #Indigenous #Wetland
agupubs.onlinelibrary.wiley.com
Feral ungulate damage resulted in a 4-fold increase in combined CO2 and CH4 emissions during the early dry season compared with undamaged sites Wetland GHG emissions declined significantly from t...
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✨Editor's Pick✨ A novel fenced enclosure study demonstrates the heavy toll that invasive ungulates have on greenhouse gas emissions from coastal wetlands on Indigenous lands in Australia. 🔗Learn more in @AGU_Eos: https://t.co/QPPMd9zMVr
#AGUPubs @theAGU @wileyearthspace
eos.org
A novel fenced enclosure study demonstrates the heavy toll that invasive ungulates have on greenhouse gas emissions from coastal wetlands on Indigenous lands in Australia.
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Thrilled to share my first paper in @JGRBiogeo on hydraulic traits and tree radial growth🌲. We show xylem hydraulic vulnerability (P50) emerged as the key influencing factor of forest growth fluctuation. Read more here:
agupubs.onlinelibrary.wiley.com
Higher interannual variability of earlywood and latewood is mostly observed in arid regions, particularly in the southwestern United States Xylem hydraulic vulnerability is the main influencing f...
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✨New Research✨ Scientists find that climate-induced landscape alteration will lead to increased mobilization of terrestrial dissolved organic carbon (DOC) into #Arctic rivers. 🔗Learn more: https://t.co/yMeBh9tH25
#AGUPubs @NationalMagLab @UCDavisResearch @RPIScience
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In drainage waters from an agricultural field in Indiana (USA), scientists find that ∼75% of the phosphorus leaving the field was organic (DOP).🌽 🔗Learn more: https://t.co/bva26EgepJ
#AGUPubs #Phosphorus #Nutrients #Agriculture #Runoff @wileyearthspace
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🚨 Vote now! AGU's session "Confessions of a Federal Scientist" is up for #SXSW. Help bring this powerful story on science, leadership & integrity to the stage. Voting ends Aug 24! 🔗 https://t.co/4lRnGXqaFB (You must create a SXSW account before voting) #VoteScienceIn #AGU25
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📢Call for Papers📢 In partnership with @ESA_org, we invite contributions to a cross-society special collection on ecological forecasting across ecosystems and scales. 🔗Learn more about the collection and how to submit: https://t.co/4WcdvrBB6Q
#AGUPubs #esa2025 #ecology
eos.org
AGU and ESA invite contributions to a cross-society special collection on ecological forecasting across ecosystems and scales.
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We know tiny life-forms like bacteria float through our atmosphere. But do they also proliferate and form communities there? New @JGRBioGeo research suggests a modeling approach that could help answer this question. https://t.co/GeTkuzxEJn
eos.org
A bottom-up modeling approach could bring scientists closer to understanding communities of microbes in the atmosphere.
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NEW: Gerhardt et al. used an aquatic drone equipped with water quality sensors to better understand spatial patterns of #nitrate in the Des Moines River (Iowa, USA). 🔗Check out their results: https://t.co/0HpOPDGETm
#AGUPubs @DrakeUniversity
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In a related commentary, Buchkowski (2025) discusses how the effects of animals should be considered when we study how ecosystems change over time.🌎 👉Check it out: https://t.co/SZWZXkpqhh
#Ecosystems #Biogeochemistry #AGUPubs #STEM @wileyearthspace
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📢New Research📢 Jonsson et al. experimentally tested how earthworms known to be non-native to arctic ecosystems affect carbon reservoirs in soil and plants in two tundra vegetation types.🪱 🔗Check out their results: https://t.co/HJCBaKeQwJ
#Earthworms #Soil #Arctic #Tundra
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What happens to a lake’s microbial communities after an earthquake? New @jgrbiogeo research investigates. https://t.co/aQlwP9TKOb
eos.org
After an earthquake, a lake’s geological, chemical, and biological components get reconfigured. A new study dives into the effects of seismic shifts on the Himalayas’ Lake Cuopu.
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Controlling for natural variability reveals a clear 🌡️-driven decline in phytoplankton in the tropical Pacific Satellite data (1997–2023) show a 0.4%/yr drop in chlorophyll-a, with the N. Pacific experiencing a faster decline than the S. Pacific 🔗: https://t.co/Bd4rzOxvcd
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