This measure tracks the percentage of fish stocks that are below their annual catch limit (ACL) in a given year. In 2007, Congress enacted a requirement to use ACLs to end and prevent overfishing. The use of ACLs has been successful in ending and preventing overfishing, as stock assessments have shown the number of stocks subject to overfishing continuing to decline. Performance is measured by comparing the final annual catch estimate to the ACL for each stock that has an ACL. If the final annual catch estimate for the stock is less than the ACL, NOAA will report that the stock did not exceed its ACL.

This measure tracks a range of contributions to address coastal community risk, vulnerability, and resilience to coastal hazards. It does this by using an index that incorporates a range of NOAA-sponsored activities, including training and technical assistance that communities have engaged in to mitigate their susceptibility to coastal hazards. This measure illuminates how NOAA is improving integration of its coastal programs and the Nation's capacity for end to end preparedness, response, recovery and resilience to hazards.

This network provides the capacity to track long-term changes in ocean chemistry and to alert stakeholders and industry partners about corrosive events impacting the Nation’s blue economy. This indicator reflects the number of National Ocean Acidification - Observing Network (NOA-ON) observations that are successfully transmitted to NOAA. This occurs when a NOA-ON sensor asset successfully transmits a minimum of 8 observations within a 24 hour day. Ideally, the number of transmitted observations should equal 100% of observations collected.

This measure captures a range of efforts by NOAA’s Aquaculture Program that together will lead to a more efficient federal permitting process. These efforts include: working with federal partners under the White House/OSTP's Subcommittee on Aquaculture to coordinate and streamline inter-agency permitting, working with industry partners to establish and manage offshore aquaculture pilot projects, conducting spatial analysis and developing siting tools, developing engineering solutions, efforts to assess and reduce risk (e.g., entanglement) from aquaculture operations, conducting programmatic environmental reviews to reduce burden on individual applicants, and drafting/revising guidance to permit applicants to improve application quality. We will also continue to support, as requested, any Congressional initiative to develop aquaculture legislation.

Each site within the National Marine Sanctuary System conducts or facilitates characterization, monitoring, and research to protect the resources in the system. A series of questions are posed to all sanctuaries as a starting point for the creation of periodic condition reports that rate the status and trends of key resources, processes, and resource services provided. One way to determine how comprehensively we are conducting monitoring in a sanctuary, or gathering information for use in the condition reports, is to quantify the proportion of relevant questions and ecosystem services for which experts are able to provide ratings. The higher the proportion, the more adequate the monitoring program.

An important purpose of national marine sanctuaries is to ensure that the significant resources they protect provide benefits to the public. This performance measure is intended to track the extent to which marine sanctuaries benefit the public through the provision of “resource services”. Resource services include commonly defined “ecosystem services” as well as the services provided by archaeological resources. The measure uses status ratings from sanctuary condition reports to quantify the proportion of services rated as either “Good” or “Good/Fair,” both of which are considered acceptable levels of service potential.

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.

This measure highlights change in jobs that communities or businesses generate or save due to Sea Grant assistance (i.e., providing information to help communities, industries or businesses expand, make better decisions or avoid mistakes). Sea Grant provides the information and training that informs business decisions, and in some Hurricane forecast track error cases firms create or sustain jobs as a result. A job created is a new position created and filled as a result of Sea Grant activities. An existing position that is filled with a Sea Grant-trained applicant should not be reported in this measure. A job sustained is an existing, filled position that is sustained as a direct result of Sea Grant activities. A job cannot be reported as both created and sustained in the same year.

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.

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.