Metric calculated as the percent of Climate Prediction Center extended (outlooks out to 14 days) and long range (monthly and seasonal outlooks) temperature and precipitation outlooks exceeding Heidke Skill Score (HSS) of 10 (10% better than a climatological forecast). Due to the scarcity of long range outlooks (six per month), scores are smoothed over a three year period. To better track results, three individual metrics are tracked – 1) All forecasts combined, 2) Temperature only, and 3) Precipitation only.

This metric measures the level of customer service provided by the Office of Space Commerce to the U.S. commercial space industry and other external stakeholders in response to specific requests for support. This metric applies only to major requests requiring application of labor hours or other resources towards the investigation, coordination, and resolution of policy/regulatory issues or achievement of activities that promote the interests of U.S. space companies.

Metric calculated as the percent of Climate Prediction Center long range temperature and precipitation outlooks (monthly and seasonal outlooks) exceeding Heidke Skill Score (HSS) of 10 (10% better than a climatological forecast). Due to the scarcity of long-range outlooks (six per month), scores are smoothed over a three-year period. To better track results, three individual metrics are tracked – 1) All forecasts combined, 2) Temperature only, and 3) Precipitation only.

The annual number of peer reviewed publications is an indicator of productivity and relevance and is tracked using online resources. Peer review is one of the important procedures used to ensure that the quality of published information meets the standards of the scientific and technical community.
* FY 2019 is the first year that we are reporting on both NOAA-authored publications (previously the only type of publication measured) and NOAA-funded publications.

Ensures that NOAA safely archives critical data and information according to National Archives and Records Administration (NARA) standards.

Seafood Import Monitoring Program (SIMP) audits select a random sample of consignments to a target statistical validity. Each consignment is audited for completeness and verified accuracy of documentation. Once this evaluation is complete, any concern with the consignment is forwarded to the Office of Law Enforcement for further investigation. This measure shows the percentage of audited consignments with documentation that is sufficiently complete and verified accurate to not warrant further investigation.

Metric calculated as the percent of Climate Prediction Center extended (outlooks out to 14 days) and long range (monthly and seasonal outlooks) temperature and precipitation outlooks exceeding Heidke Skill Score (HSS) of 10 (10% better than a climatological forecast). Due to the scarcity of long range outlooks (six per month), scores are smoothed over a three year period. To better track results, three individual metrics are tracked – 1) All forecasts combined, 2) Temperature only, and 3) Precipitation only.

Metric calculated as the percent of Climate Prediction Center long range temperature and precipitation outlooks (monthly and seasonal outlooks) exceeding Heidke Skill Score (HSS) of 10 (10% better than a climatological forecast). Due to the scarcity of long range outlooks (six per month), scores are smoothed over a three year period. To better track results, three individual metrics are tracked – 1) All forecasts combined, 2) Temperature only, and 3) Precipitation only.

This measure tracks cumulative progress of NOAA’s National Geodetic Survey toward completing gravity observations for the Redefinition of the American Vertical Datum (GRAV-D) initiative and implementation of a new National Vertical Datum. The measure indicates the percentage of the U.S. for which NOAA has airborne gravity data necessary to support the new National Vertical Datum. This improved vertical reference system is critical for all observing systems and activities requiring accurate heights. For example, this system is important for helping determine where water flows in order to make accurate inundation models and assessments.

This measure accounts for annual contributions to the overall percentage of the US Waters that have been mapped to a depth greater than 200 meters. It is based upon the data holdings of the National Centers for Environmental Information (NCEI) and reflects reporting from all data sources.