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Enhancing Earth System Science: Aerosol Measurement and Processing System (AMAPS) Development

The Aerosol Measurement and Processing System (AMAPS) aims to advance aerosol research by providing a streamlined science data analysis environment. By leveraging cutting-edge distributed computing technologies, AMAPS facilitates the comparison and analysis of observational and model-generated data sets. Key milestones include building on the SciFlo workflow system, enabling multiple AMAPS nodes across research institutions, and improving data access through nightly file crawls and geoRegionQuery services. AMAPS will also engage a science user community and publish significant findings to highlight its impact on model-data comparison studies.

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Enhancing Earth System Science: Aerosol Measurement and Processing System (AMAPS) Development

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  1. ACCESS Advancing Collaborative Connections for Earth System Science Aerosol Measurement and Processing System (AMAPS) PI: Amy Braverman, JPL Objective • Provide a science data analysis environment for aerosol research that streamlines access, manipulation and analysis of key data sets. • Leverage distributed computing technologies to design and implement new methods for comparison and analysis of observational and model generated data sets. • Develop and train a science user constituency. Publish science results highlighting the role of AMAPS in model-data comparison studies. Approach Key Milestones • Built on the SciFlo workflow system (Genesis REASON), augmented and adapted for aerosol data sets. • 4 AMAPS-enabled nodes: 2 at JPL, 1 at the University of Michigan, and one at Langley DAAC. • Nightly crawl of all files available on all nodes and in the Langley Datapool and MODIS LAADSWeb. • geoRegionQuery web service to find pointers to data satisfying queries. • MISR, MODIS Level 2 aerosol products, MODIS Level 2 cloud product, and AERONET ground data available. • Demonstrate small scale data access 3/07 • Demonstrate large scale access and comparisons 12/07 • Add the MODIS Level 2 Cloud product 12/08 • Add web page interface for AIRNow 3/09 Co-Is/Partners TRLin = 3 TRLcurrent = 5 • Brian Wilson (JPL), David Cordner (LaRC), Joyce Penner (U of Michigan), Greg Carmichael, (U of Iowa) 6/08

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