A recent addition to operations in the Marine Environmental Specimen Bank, we seek out places where NIST scientists get bogged down by the complexity of their data. Research at NIST can generated some of the most complex data in the world, at times requiring six months or more of processing to get to the data interpretation stage. Whether it's properly parsing instrument output, processing mass spectral data, finding archived data necessary to complete (or begin) a project, or simply being overwhelmed by the sheer terabytes of information generate, friction in the data processing aspect of environmental metrology at NIST reduces productivity by increasing time-to-completion and quality control constraints. By removing roadblocks and friction points from data processing tasks, NIST scientists can focus more closely on areas where they can make the most impact: project planning, data interpretation, and communication of our science. Major focuses of the tools developed at the Hollings Marine Laboratory seek to not only reduce friction points and processing time, but also to increase confidence in our data products by assuring data integrity through process automation.
- Marine Sample Tracking and Analytical Reporting (STAR)
- Environmental Metrology Measurement Assistant (EMMA)
- Lipidomics Data Simplifier (LipiDS)
- Stock Tracking and Assessment of Chemical Solutions (TrACS)