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Environmental Transformations and Interactions

Improved mapping of root exudates and focusing of photosynthates within plant tissues.

Environmental Transformations and Interactions

Sequencing the microbiome and characterizing the metabolome of fine roots from four temperate tree species grown for 26 years in a common garden forest revealed significantly different functions of fine root systems.

Scott Sugden and Jeremy Bougoure work with a sample.

Review EMSL's proposal call opportunities, project timelines, and guidance. Learn about the different types of proposals and tips for submitting a successful proposal.

Environmental Transformations and Interactions

New research identifies chemical reaction among aerosols that will impact atmospheric model predictions of organic aerosol concentration and size.

EMSL Science Central™ offers data portal, metadata submission for user projects.

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Showing 41 - 60 of 191 results

EMSL postdocs Jordan Rabus, Brittney Gorman, and Jeremiah Traeger

September 18, 2023|Web Feature

Postdocs Take on Scientific Challenges at User Facility

EMSL highlights three researchers who work in environmental, biological, and computational science

September 12, 2023|Web Feature

Whole Orchard Recycling Provides Alternative to Biomass Burning

Current research explores nitrogen efficiency in soils

September 12, 2023|Podcast

Bonding Over Science, Episode 7—Orchard Recycling: The Alternative to Burning Orchards

Microbiologist explains how grinding trees offers opportunity to improve soil health and function

September 7, 2023|Research Highlight

Metabolomics Reveals Strategic Wood Degradation by Rot Fungi

Metabolomics analysis revealed differences in the metabolically produced compounds for two distinct modes of fungal wood decay.

August 24, 2023|Research Highlight

New Deep Neural Network Could Speed Calculations in Climate Models

Scientists demonstrated a new embedded deep neural network, which could reduce processing time in climate models substantially while minimizing errors.

August 23, 2023|Research Highlight

The Best Bioenergy Grass Crops to Accumulate Carbon in the Soil

Root traits in grasses help determine which varieties are most likely to transfer carbon from the atmosphere into the soil.

Flying through the futuristic tunnel. Abstract 3D animation. Data Network, Virtual Reality, Quantum. The concept of illuminated corridor, interior design, spaceship, Galaxy, science, lab, technology, science stock photo

August 15, 2023|Podcast

Bonding Over Science Episode Six—How Artificial Intelligence is Advancing Biological Science

EMSL user Pernilla Wittung-Stafshede discusses how artificial intelligence is helping her understand the process of protein folding within cells.

Hand holding light bulb and smart brain inside and innovation icon network connection on dark blue city background, innovative technology in science and industrial stock photo

August 14, 2023|Web Feature

EMSL User Project Using AI to Advance Discoveries in Protein Folding

AI platform could potentially lead to revelations in biological research

August 11, 2023|Research Highlight

Oxygenation of Iron-bearing Minerals Inhibits Extracellular Enzymes from Decomposing Soil Organic Matter

A new study shows the importance of understanding the link between redox-active minerals and extracellular enzymes in soils to better protect soil organic matter.

Systematic extraction and analysis of large database flow

August 7, 2023|Staff Accomplishment

Newly Turned Data Scientist Honored for Work by Genomic Standards Consortium

Montana Smith to be honored with Dawn Field Award

August 2, 2023|Research Highlight

Airborne Measurements Shed Light on Accuracy of Cloud Physics Theory

A study shows that prevailing theory can predict the number of cloud condensation nuclei under certain conditions.

July 28, 2023|Web Feature

EMSL Launches New Data Transformations Integrated Research Platform

Goal is to revolutionize how molecular data is accessed, analyzed, and turned into usable models and streams

July 26, 2023|Web Feature

Empowering the Future of Science

Interns gain hands-on research experience at the Environmental Molecular Sciences Laboratory

July 21, 2023|Research Highlight

Using the Metaproteome to Uncover the Microbiome of the Complex Soil Environment

Scientists developed a new deep learning computer model that can use information about proteins to more accurately identify the microbial community in a soil sample.

July 11, 2023|Podcast

Bonding Over Science, Episode 5: Rising Wildfires: What Does it Mean for Our Environment?

EMSL user Steven Allison uncovers soil microbes and how they change from events like wildfires or drought.

July 10, 2023|Web Feature

Worsening wildfires have EMSL researchers looking for impact on soil, climate

Acres consumed by wildfires have nearly doubled in last few decades

July 3, 2023|News

Twenty-five students and researchers awarded exclusive on-campus instruction on omics data

Hands-on instruction is part of five-day EMSL Summer School

June 26, 2023|Web Feature

Empowering biological and environmental research with machine learning and artificial intelligence

Modeling, simulation, and data visualization advance scientific discovery

June 20, 2023|Research Highlight

New Algorithm Identifies Metabolites Using Machine Learning

Metabolite profiling advances to a new level of sophistication.

Mars, the red planet with detailed surface features and craters in deep space. Blue Earth planet in outer space.

June 13, 2023|Podcast

Bonding Over Science, Episode 4: Finding Earth’s Lost History on Mars

EMSL user Kim Tait explains how meteorites that come from Mars can teach us about Earth.

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New Approach Expands Spatial Resolved Quantification of Nutrient Exchange in Plant Tissues, the Rhizosphere, and Soils

Fine Roots Make the Difference in Metabolomes and Microbiomes

Calls for Proposals

Implications of the Nonequilibrium Behavior of Isoprene Secondary Organic Aerosol on Cloud Formation

EMSL Unveils New Platform

More News

Postdocs Take on Scientific Challenges at User Facility

Whole Orchard Recycling Provides Alternative to Biomass Burning

Bonding Over Science, Episode 7—Orchard Recycling: The Alternative to Burning Orchards

Metabolomics Reveals Strategic Wood Degradation by Rot Fungi

New Deep Neural Network Could Speed Calculations in Climate Models

The Best Bioenergy Grass Crops to Accumulate Carbon in the Soil

Bonding Over Science Episode Six—How Artificial Intelligence is Advancing Biological Science

EMSL User Project Using AI to Advance Discoveries in Protein Folding

Oxygenation of Iron-bearing Minerals Inhibits Extracellular Enzymes from Decomposing Soil Organic Matter

Newly Turned Data Scientist Honored for Work by Genomic Standards Consortium

Airborne Measurements Shed Light on Accuracy of Cloud Physics Theory

EMSL Launches New Data Transformations Integrated Research Platform

Empowering the Future of Science

Using the Metaproteome to Uncover the Microbiome of the Complex Soil Environment

Bonding Over Science, Episode 5: Rising Wildfires: What Does it Mean for Our Environment?

Worsening wildfires have EMSL researchers looking for impact on soil, climate

Twenty-five students and researchers awarded exclusive on-campus instruction on omics data

Empowering biological and environmental research with machine learning and artificial intelligence

New Algorithm Identifies Metabolites Using Machine Learning

Bonding Over Science, Episode 4: Finding Earth’s Lost History on Mars

New Approach Expands Spatial Resolved Quantification of Nutrient Exchange in Plant Tissues, the Rhizosphere, and Soils

Fine Roots Make the Difference in Metabolomes and Microbiomes

Calls for Proposals

Implications of the Nonequilibrium Behavior of Isoprene Secondary Organic Aerosol on Cloud Formation

EMSL Unveils New Platform

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