Overview
About ARM User Facility
The Atmospheric Radiation Measurement (ARM) User Facility is a multi-laboratory, U. S. Department of Energy (DOE) scientific user facility, and a key contributor to national and international atmospheric research efforts.
ARM was the first atmospheric research user facility to deploy a comprehensive suite of cutting-edge instruments to continually measure cloud and aerosol properties and their impacts on Earth’s energy balance. This strategy revolutionized scientists’ ability to collect long-term statistics of detailed cloud properties and now serves as a model for similar programs around the world.
ARM provides:
• Data – Access more than 30 years of atmospheric data gathered from fixed-location observatories and field campaigns
• Observatories – Use heavily instrumented fixed-location atmospheric observatories in Oklahoma, Alaska, and the
Azores, including aerial (crewed and uncrewed) and mobile facilities
• Instruments – Explore more than 400 instruments that collect data at locales spanning diverse meteorological regimes
• Campaigns – Conduct atmospheric science in strategic locations around the world
• Models – Retrieve large-eddy simulation modeling data, simulations, and analysis tools
• Publications – Discover ARM-related research on clouds and aerosols, their interaction with the Earth’s energy balance, and representation in earth system models.
ARM was the first atmospheric research user facility to deploy a comprehensive suite of cutting-edge instruments to continually measure cloud and aerosol properties and their impacts on Earth’s energy balance. This strategy revolutionized scientists’ ability to collect long-term statistics of detailed cloud properties and now serves as a model for similar programs around the world.
ARM provides:
• Data – Access more than 30 years of atmospheric data gathered from fixed-location observatories and field campaigns
• Observatories – Use heavily instrumented fixed-location atmospheric observatories in Oklahoma, Alaska, and the
Azores, including aerial (crewed and uncrewed) and mobile facilities
• Instruments – Explore more than 400 instruments that collect data at locales spanning diverse meteorological regimes
• Campaigns – Conduct atmospheric science in strategic locations around the world
• Models – Retrieve large-eddy simulation modeling data, simulations, and analysis tools
• Publications – Discover ARM-related research on clouds and aerosols, their interaction with the Earth’s energy balance, and representation in earth system models.