![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)](/content/images/project/ameriflux-management-project-40.jpg)
![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)](/content/images/project/arm-data-center-116.jpg)
![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)](/content/images/project/arm-translator-developer-group-131.jpg)
![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)](/content/images/project/atmospheric-radiation-measurement-arm-user-facility-70.jpg)
![Urban farmer Liz Lamb discusses cover crop strategy with members of the BSEC research team (Image credit: Ben Zaitchik/Johns Hopkins University)](/content/images/project/bsec-baltimore-social-environmental-collaborative-124.jpg)
![Aerosol Observing System installed at Mt. Crested Butte as a part of Surface-Atmosphere Integrated Laboratory to study the properties of gases and aerosols. (Image credit: Maria Zawadowicz)](/content/images/project/characterization-of-the-aerobiome-during-the-arm-130.jpg)
![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)](/content/images/project/environmental-molecular-sciences-laboratory-emsl-72.jpg)
![Earth System Grid Federation 2 logo](/content/images/project/earth-system-grid-federation-2-93.jpg)
![The ICLASS logo shows the scope and scale of the ICLASS project. (Image credit: Jerome Fast)](/content/images/project/iclass-integrated-cloud-land-surface-and-aerosol-system-82.jpg)
![Equatorial zonal mean zonal wind for (a) observations, (b) E3SM with default vertical grid, and (c) E3SM with a smoothed vertical grid. (Image credit: Los Alamos National Laboratory)](/content/images/project/improving-the-quasi-biennial-oscillation-through-surrogate-accelerated-parameter-12.jpg)
![Low-level clouds observed at the Department of Energy's Atmospheric Radiation Measurement (ARM) sites; the Eastern North Atlantic (ENA) atmospheric observatory and Southern Great Plains (SGP) atmospheric observatory. (Image credit: the Department of Energy Atmospheric System Research project)](/content/images/project/using-atmospheric-radiation-measurement-data-and-multiscale-60.jpg)
![Field site and field crew (Image credit: Oak Ridge National Laboratory)](/content/images/project/ngee-arctic-next-generation-ecosystem-experiments-66.jpg)
![Illustration of the primary research topics and their interactions within the joint BNL-ANL Atmospheric System Research Science Focus Area project "Process-level AdvancementS of Climate through Cloud and Aerosol Lifecycle Studies." (Image by BNL Graphics Arts)](/content/images/project/pasccals-lead-for-aerosol-reseach-99.jpg)
![Inset global figures show maps of surface temperature change at two global warming levels. (Image credit: LLNL)](/content/images/project/program-for-climate-model-diagnostics-and-intercomparison-122.jpg)
![RUBISCO logo. (Image credit: RUBISCO)](/content/images/project/rubisco-reducing-uncertainties-in-biogeochemical-interactions-through-94.jpg)
![A rainbow emerged after a summer thunderstorm near the SAIL study area. The rainbow arcs over to the Taylor Park Reservoir and highlights how a holistic understanding, through atmosphere-through-bedrock studies, of the water that is managed in the Upper Colorado River Basin (UCRB) is directly impacted by how the sunlight and thermal energy warm the surface and created the thunderstorm, leading to precipitation in the atmosphere that impacts the water levels in the Reservoir. (Image credit: SAIL)](/content/images/project/surface-atmosphere-integrated-field-laboratory-27.jpg)
![SETx Logo. (Image credit: SETx UIFL)](/content/images/project/setx-equitable-solutions-for-communities-caught-between-132.jpg)
![Aerial image of the SPRUCE site in October 2020. (Photo credit: Oak Ridge National Laboratory)](/content/images/project/spruce-terrestrial-ecosystem-science-scientific-focus-area-67.jpg)
![Weather sensor install in Phoenix by ASU students for SW-IFL Project. (Image credit: David Sailor, ASU, 2023)](/content/images/project/sw-ifl-southwest-urban-corridor-integrated-field-laboratory-135.jpg)
![A schematic diagram illustrating the approaches, science foci, and tools for THREAD (Tying in High Resolution E3SM with ARM Data), an Atmospheric System Research (ASR) Science Focus Area (SFA) project bridging the Department of Energy’s (DOE) Atmospheric Radiation Measurement (ARM) and Energy Exascale Earth System Model (E3SM) programs. THREAD will use ARM observations for diagnosis and improvement of E3SM’s kilometer-scale model configuration known as the Simplified Cloud-Resolving E3SM Atmospheric Model (SCREAM). (Image by Lawrence Berkeley National Laboratory)](/content/images/project/llnl-atmospheric-system-research-asr-sfa-project-58.jpg)
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