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Emily Graham
Pacific Northwest National LaboratoryMeeting roles in:
Engineering the Underworld: Reimagining Roots as Drivers of Soil System Function
Microbial Drivers of Soil Biogeochemistry Across Scales: Integrating Experiments, Data, and Models I Poster
Continental-scale Estimation of Soil Microbial Properties with Mid-infrared Spectroscopy
Microbial friends or foes? Germination of ponderosa pine is enhanced in 800℃ charred soils while survival is hindered by a fungal pathogen in 200℃ charred soils
Soil Biogeochemistry at Regional Scales Using Ecological Networks I Poster
Links between the molecular composition of dissolved organic matter and nitrogen cycling in diverse soils
X-ray Photoelectron Spectroscopy Reveals Differences in Elemental Composition of Surface Soils When Compared to Bulk and Water-Soluble Extractions in Soils Collected at a Continental-Scale
Continental-scale integration of soil metagenomes and metabolomes reveals ubiquitous microbial capacity for recalcitrant carbon decomposition
Molecular and Microstructural Data for Regional Modeling of Earth Systems Responses: EMSL’s Molecular Observation Network (MONet)
A Machine Learning Approach to Predicting WEOM Composition from Soil and Climate Variables
Using soil spectroscopy and ecological networks for unravelling biogeochemically-important soil microbial properties
Soil Biogeochemistry at Regional Scales Using Ecological Networks II Oral
Deconstructing the Carbon Stability Paradigm: Seasonal Coupling of Water-Extractable and Mineral-Associated Organic Matter
Creating Pedotransfer Function with MONet data types for scaling: Community Science Campaign Pilot
Microbial Drivers of Soil Biogeochemistry Across Scales: Integrating Experiments, Data, and Models II Oral
Shrinking snowpacks and microbial phenology: Exposing knowledge gaps under the snow
Exploring the Influence of Environmental Contaminants on Soil Biogeochemistry: Advances in Analytical Techniques and Methodologies Poster
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