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Tethered Balloon Sonde (TBS) with aerosol instrumentation for vertical profiling deployed in January 2023 at SAIL. (Image credit: Sandia National Laboratory) Aerosol Regimes and Processes with SAIL Data
Panorama view from a flux tower installation, comparing before and after a fire at US-Me2. Capture date: 2020 Location: Oregon. (Image credit: Chad Hanson) AmeriFlux Management Project
ARM’s Data Workbench concept will enable a unified ecosystem for users to access data, computing resources, and software packages to perform complex data analysis using ARM data. (Image credit: Carlos Jones, Oak Ridge National Laboratory) ARM Data Center
Diagram for Lawrence Livermore National Laboratory's (LLNL) Atmospheric Radiation Measurement (ARM) Infrastructure Project. (Image credit: Shaocheng Xie of Lawrence Livermore National Laboratory) ARM Data Products for Modelers
ARM instruments deployed with the first ARM Mobile Facility in La Porte, TX as part of the TRACER: TRacking Aerosol Convection interactions ExpeRiment. (Image credit: Guy Tubbs; courtesy of the Atmospheric Radiation Measurement (ARM) user facility) ARM Instrument Experts
A series of containers outfitted with sophisticated ARM sampling equipment will operate from February 2023 to February 2024 in La Jolla, California, as part of the Eastern Pacific Cloud Aerosol Precipitation Experiment (EPCAPE). (Image credit: Karen Steinbock) ARM Translator Group
Tethered balloon system (TBS) flights were launched in September 2021 during ARM’s Surface Atmosphere Integrated Field Laboratory (SAIL) field campaign in Gothic, Colorado. The SAIL campaign, which will run from September 2021 to June 2023, will provide insights into mountainous water-cycle processes. (Image by Brent Peterson, Sandia National Laboratories) Atmospheric Radiation Measurement (ARM) User Facility
Soil sampling in the Blodgett Forest near Georgetown (Image by Roy Kaltschmidt, Berkeley Lab. © The Regents of the University of California, Lawrence Berkeley National Laboratory.) Belowground Biogeochemistry
Planning for the urban monitoring installation at the Socially Equal Energy Efficient Development (SEEEDknox.org). (Image credit: Melanie Mayes, ORNL) Biogeochemical Cycling at the Urban Interface
This Lawrence Livermore National Laboratory (LLNL) Science Focus Area (SFA) investigates biogeochemistry at interfaces from the nanometer scale in the laboratory to the meter scale in the field to identify the dominant biogeochemical processes and underlying mechanisms that control metal and radionuclide mobilization in surface water and groundwater. (Image by Lawrence Livermore National Laboratory) BioGeoChemistry at Interfaces
Urban farmer Liz Lamb discusses cover crop strategy with members of the BSEC research team (Image credit: Ben Zaitchik/Johns Hopkins University) BSEC: Baltimore Social-Environmental Collaborative
The upper half of this illustration shows farm, fields, and hills with a building and cloud above it. The lower half of the image shows an abstract block-like depiction of the same image. Building a comprehensive understanding of ice nuclei sources from the ground up: Establishing the impact of sea spray and agricultural soils
Argonne National Laboratory leads Community Research on Climate & Urban Science (CROCUS), study how climate change is affecting Chicago’s neighborhoods. Over 20 sensor arrays, like this one installed at Northeastern Illinois University, help researchers provide more complete data on everything from rain fall to temperature to air pollution. . (Image credit: Argonne) CROCUS: Community Research on Climate and Urban Science
Isotope ratio mass spectrometry (IRMS) leverages magnetic sector mass spectrometry to enable high-precision measurement of the stable isotope content of a sample. Typical measurements target hydrogen, carbon, nitrogen, and oxygen analyses—although elements with masses up to and including sulfur can be measured. (Image by Andrea Starr, Pacific Northwest National Laboratory) EMSL: Environmental Molecular Sciences Laboratory
Earth System Grid Federation 2 logo ESGF2: Earth System Grid Federation 2
ESS-DIVE enables DOE's environmental data to be findable, accessible, interoperable and reusable (FAIR). (Image credit: AI4ESP project) ESS-DIVE: Environmental System Science Data Infrastructure for a Virtual Ecosystem
Diagram showing the responses of a general ecosystem to the effects of increased atmospheric CO2. The effects start at the physiological scale on the left side and cascade through ecosystem processes of increasing scale from left to right. Solid arrows represent carbon flows and dashed arrows represent an influence of one process on another. Looped feedbacks through the plant and soil system can be seen. (Image credit: Victor Leshyk and Walker et al., 2021) FACE-MDS: Free-Air CO2 Enrichment Model Data Synthesis
The ICLASS logo shows the scope and scale of the ICLASS project. (Image credit: Jerome Fast) ICLASS: Integrated Cloud, Land-surface, and Aerosol System Study
A 14 - 60 km Regionally-Refined Unstructured E3SM Ice-Ocean Mesh (Image credit: Los Alamos National Laboratory) InteRFACE: Interdisciplinary Research for Arctic Coastal Environments
MSD-LIVE is a cloud-based data and code management system and advanced computing platform that enables researchers to document and archive data, run their models and analysis tools, and share data, software, and multi-model workflows. (Image by Nathan Johnson, Pacific Northwest National Laboratory) MSD-LIVE: The MultiSector Dynamics – Living, Intuitive, Value-adding, Environment
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