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  • Presentation | B41M: Soil Biogeochemistry at Regional Scales Using Ecological Networks I Poster
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  • B41M-2007: Molecular and Microstructural Data for Regional Modeling of Earth Systems Responses: EMSL’s Molecular Observation Network (MONet)
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  • Board 2007‚ Hall EFG (Poster Hall)
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Author(s):
John Bargar, Pacific Northwest National Laboratory (First Author)
Tamas Varga, Pacific Northwest National Laboratory (Presenting Author)
Arjun Chakrawal, Pacific Northwest National Laboratory
Yuri Corilo, Pacific Northwest National Laboratory
Emily Graham, Pacific Northwest National Laboratory
Sarah Leichty, Pacific Northwest National Laboratory
Douglas Mans, Pacific Northwest National Laboratory
Kaizad Patel, Pacific Northwest National Laboratory
Odeta Qafoku, Pacific Northwest National Laboratory
Young Song, Pacific Northwest National Laboratory
Jason Toyoda, Pacific Northwest National Laboratory


Improving prediction of Earth system responses to regional disturbances relies on the availability of large-scale data reflecting biological and geochemical processes in soils and sediments. Molecular and microscale biogeochemical signatures offer valuable insights but have faced limited integration into models due to regional data gaps. The Molecular Observation Network (MONet) at the Environmental Molecular Sciences Laboratory (EMSL) is addressing this by generating high-quality, standardized biogeochemical data at continental scale. MONet user projects generate diverse, standardized data, including organic carbon composition, microstructural geochemical signatures, metagenomes, and hydraulic properties, which are published in the FAIR MONet database. Participating scientists have access to utilize EMSL’s advanced capabilities. This presentation will showcase MONet's role in improving Earth system modeling, share recent outcomes, discuss applications for human-Earth systems modeling and critical mineral extraction, and highlight opportunities for researchers to participate in projects and data training events to advance breakthrough science.



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