Accessing Airborne and Field Campaign Data with the Sub-Orbital Order Tool

Accessing Airborne and Field Campaign Data with the Sub-Orbital Order Tool

Suborbital campaigns serve as a key component of the integrated observing system of the atmosphere by linking satellite observations and surface measurements, as well as probing atmospheric phenomena critical to climate change and air quality issues. These suborbital campaigns often deploy many instruments on different platforms, including aircraft, ships, sondes, mobile, and ground sites, to collect necessary data to gain fundamental understanding of the atmosphere. The instrument payloads of the field campaigns are designed to provide detailed and comprehensive characterizations of the targeted processes. The data products, therefore, tend to encompass a wide, complex array of variables and sampling techniques. The distinctive nature of the measurement variables commonly associated with suborbital data necessitate a suitable approach to data ingest, archive, discovery, and distribution.

The Sub-Orbital Order Tool (SOOT) has been developed by the NASA Langley Atmospheric Science Data Center (ASDC) Distributed Active Archive Center (DAAC) to address the attributes specific to suborbital data. SOOT aims to streamline data discovery and accessibility. The inaugural roll out of SOOT introduces a Power User Interface (UI) intended for experienced airborne data users and airborne science teams. The SOOT Power UI enables data exploration via metadata attributes such as platform or Principal Investigator (PI). The SOOT Power UI has robust campaign metadata representation to allow for enhanced data search capabilities. This interface allows subject matter experts to quickly navigate to a particular instrument PI and the correlating data files needed for their analysis. Detailed information on the specific search capabilities of the SOOT Power UI is available in this ArcGIS StoryMap. Additional improvements will be made to SOOT in the future, such as incorporating data from additional missions as well as allowing the data user to create and download merged data files.

Datasets

The ASDC archives suborbital campaign data that scientists can use to understand atmospheric science topics. At initial release, the SOOT Power UI will allow users to access data from the Aerosol Characterization from Polarimeter and Lidar (ACEPOL) campaign, the Arctic Radiation – Icebridge Sea & Ice Experiment (ARISE), the Clouds, Aerosol and Monsoon Processes-Philippines Experiment (CAMP2Ex), the Fire Influence on Regional to Global Environments and Air Quality (FIREX-AQ) campaign, the Long Island Sound Tropospheric Ozone Study (LISTOS), the Lake Michigan Ozone Study (LMOS), the North Atlantic Aerosols and Marine Ecosystems Study (NAAMES), and the ObseRvations of Aerosols above Clouds and their intEractionS (ORACLES) campaign. Suborbital data from additional campaigns which are currently archived at the ASDC will be added to SOOT in later development stages.

The SOOT Power UI release allows scientists seeking suborbital data to quickly acquire the data files they need by using streamlined functionalities. The hyperlinks below each table can be used to explore currently available data related to given missions on the SOOT Power UI.

Table stating that data was collected during the ACEPOL campaign using multiple platforms about aerosol and cloud microphysical and optical properties, and aerosol layer height.


Access ACEPOL data on the SOOT Power UI

Table stating that the ARISE mission collected data using the C-130 platform about arctic sea ice, clouds, and incoming and outgoing radiation.


Access ARISE data on the SOOT Power UI

Table stating that the CAMP2Ex mission collected data using multiple platforms to study tropical meteorology, aerosol and cloud properties, trace gases, and radiative fluxes.



Access CAMP2Ex data on the SOOT Power UI

Table stating that the FIREX-AQ mission used multiple platforms to collect data about trace gas species and aerosol microphysical, optical, and chemical properties in emissions from wildfires and prescribed fires.


Access FIREXAQ data on the SOOT Power UI

Table stating that the LISTOS mission used multiple platforms to study ozone chemistry and transport over Long Island Sound.


Access LISTOS data on the SOOT Power UI

Table stating that data was collected during the LMOS mission using multiple platforms about ozone chemistry and transport over Lake Michigan.



Access LMOS data on the SOOT Power UI

Table stating that the NAAMES mission collected data using multiple platforms about marine aerosol-cloud-climate interactions.


Access NAAMES data on the SOOT Power UI

Table stating that data was collected during the ORACLES mission using multiple platforms to study climate impacts of biomass burning aerosols in southern Africa.


Access ORACLES data on the SOOT Power UI

SOOT Logo

Image Source:

NASA


Scientific Objectives

Promote suborbital field campaign data in atmospheric science research

Provide more accessible, comprehensive, and consistent suborbital data

Enhance suborbital data discovery and data access