The Argo program is responsible for providing real-time data for the upper 2000m of ocean heat content globally and for important regions like the Tropical Pacific for detection of El Nino.

Integrating social scientists earlier and more widely in inter-disciplinary research projects will help drive innovation and facilitate greater consideration of end users’ requirements during the design and implementation of research, when it is more feasible to adjust the work to improve its value to end users.

The Arctic is a vast, remote region that is critical to the United States economy, weather and sea ice forecasting, our understanding of ecosystem health (including marine mammals and fisheries), and our understanding of climate change. Due to the presence of low temperatures, harsh sea conditions, limited telecommunications infrastructure, and sea ice, maintaining a network of sea ice buoys, Air-Launched Autonomous Micro-Observers, and Bering & Chukchi moorings is difficult, necessitating constant deployment of a combination of expendable technologies and retrieval and redeployment of a large network of moorings in the Bering and Chukchi Seas.

For more than two decades, the emergency management community has articulated a need for real-time, street-level flood inundation maps depicting the areal extent, depth, and infrastructure impacted by flood waters, to inform critical decisions that save lives and property before, during, and, after a flood event. NOAA will collect and integrate high-resolution bathymetric and topographic data to advance flood and inundation mapping capabilities, particularly for previously underserved communities inland and along the coast. NOAA tracks the progress of making real-time flood inundation mapping services available for 100% of the U.S. population, using Oak Ridge National Laboratory LandScan 2019 data and the latest Census data to assess how many residents lie within the areas served by FIM.

This performance measure will assess how the UxS Research Transition Office (UxSRTO) investments are maturing the readiness levels of UxS observing system applications.

This measure tracks the cumulative number of OMICs related projects executed across OAR - currently that number is derived via a query of the NOAA Research and Development Database (NRDD).