§8512 — Title 15 Commerce and Trade | U.S. Code

Summary

The Assistant Administrator for the Office of Oceanic and Atmospheric Research must run a program to better understand and predict weather and its impacts. The program must focus on making warnings and forecasts for dangerous, high‑impact weather more accurate and faster. It must support basic weather science (including the boundary layer), study how people get and act on warnings, and develop and share new tools with the National Weather Service, industry, and universities. Those tools include better radar and sensing, aerial observing, high‑performance computing and communications, improved prediction systems and models (mesoscale, cloud‑resolving, global, and integrated assessment), ways to measure the value of data and observing systems (like Observing System Simulation Experiments), studies of atmospheric chemistry and processes that affect severe weather, and use of commercial weather data. The program must also create a joint technology transfer effort with the National Weather Service, industry, and academia to move new science into operations and retire costly outdated methods. It must work to improve forecasting skill, restore U.S. leadership in numerical weather prediction, and build a community global modeling system that is publicly accessible and can run on public computers, including cloud options when cost‑effective. The Assistant Administrator must fund non‑Federal researchers through competitive grants, contracts, and cooperative agreements. Congress expressed that at least 30 percent of Office of Oceanic and Atmospheric Research weather R&D funds should support those non‑Federal activities. Each year, when the President sends NOAA’s budget to Congress, the Under Secretary must send Congress a description of current and planned program activities.

Title 15, §8512

Commerce and Trade — Source: USLM XML via OLRC

(a)The Assistant Administrator for the Office of Oceanic and Atmospheric Research shall conduct a program to develop improved understanding of and forecast capabilities for atmospheric events and their impacts, placing priority on developing more accurate, timely, and effective warnings and forecasts of high impact weather events that endanger life and property.

(b)The program described in subsection (a) shall focus on the following activities:

(1)Improving the fundamental understanding of weather consistent with section 8511 of this title, including the boundary layer and other processes affecting high impact weather events.

(2)Improving the understanding of how the public receives, interprets, and responds to warnings and forecasts of high impact weather events that endanger life and property.

(3)Research and development, and transfer of knowledge, technologies, and applications to the National Weather Service and other appropriate agencies and entities, including the United States weather industry and academic partners, related to—

(A)advanced radar, radar networking technologies, and other ground-based technologies, including those emphasizing rapid, fine-scale sensing of the boundary layer and lower troposphere, and the use of innovative, dual-polarization, phased-array technologies;

(B)aerial weather observing systems;

(C)high performance computing and information technology and wireless communication networks;

(D)advanced numerical weather prediction systems and forecasting tools and techniques that improve the forecasting of timing, track, intensity, and severity of high impact weather, including through—

(i)the development of more effective mesoscale models;

(ii)more effective use of existing, and the development of new, regional and national cloud-resolving models;

(iii)enhanced global weather models; and

(iv)integrated assessment models;

(E)quantitative assessment tools for measuring the impact and value of data and observing systems, including Observing System Simulation Experiments (as described in section 8517 of this title), Observing System Experiments, and Analyses of Alternatives;

(F)atmospheric chemistry and interactions essential to accurately characterizing atmospheric composition and predicting meteorological processes, including cloud microphysical, precipitation, and atmospheric electrification processes, to more effectively understand their role in severe weather; and

(G)additional sources of weather data and information, including commercial observing systems.

(4)A technology transfer initiative, carried out jointly and in coordination with the Director of the National Weather Service, and in cooperation with the United States weather industry and academic partners, to ensure continuous development and transition of the latest scientific and technological advances into operations of the National Weather Service and to establish a process to sunset outdated and expensive operational methods and tools to enable cost-effective transfer of new methods and tools into operations.

(5)Advancing weather modeling skill, reclaiming and maintaining international leadership in the area of numerical weather prediction, and improving the transition of research into operations by—

(A)leveraging the weather enterprise to provide expertise on removing barriers to improving numerical weather prediction;

(B)enabling scientists and engineers to effectively collaborate in areas important for improving operational global numerical weather prediction skill, including model development, data assimilation techniques, systems architecture integration, and computational efficiencies;

(C)strengthening the National Oceanic and Atmospheric Administration’s ability to undertake research projects in pursuit of substantial advancements in weather forecast skill;

(D)utilizing and leverage existing resources across the National Oceanic and Atmospheric Administration enterprise; and

(E)creating a community global weather research modeling system that—

(i)is accessible by the public;

(ii)meets basic end-user requirements for running on public computers and networks located outside of secure National Oceanic and Atmospheric Administration information and technology systems; and

(iii)utilizes, whenever appropriate and cost-effective, innovative strategies and methods, including cloud-based computing capabilities, for hosting and management of part or all of the system described in this subsection.

(c)(1)In carrying out the program under this section, the Assistant Administrator for Oceanic and Atmospheric Research shall collaborate with and support the non-Federal weather research community, which includes institutions of higher education, private entities, and nongovernmental organizations, by making funds available through competitive grants, contracts, and cooperative agreements.

(2)It is the sense of Congress that not less than 30 percent of the funds for weather research and development at the Office of Oceanic and Atmospheric Research should be made available for the purpose described in paragraph (1).

(d)Each year, concurrent with the annual budget request submitted by the President to Congress under section 1105 of title 31 for the National Oceanic and Atmospheric Administration, the Under Secretary shall submit to Congress a description of current and planned activities under this section.

Editorial Notes

Amendments

2022—Subsec. (b)(4), (5). Pub. L. 117–263 redesignated par. (4) relating to advancing weather modeling skill as (5). 2019—Subsec. (b)(4). Pub. L. 115–423 added par. (4) relating to advancing weather modeling skill.

§8512 Weather research and forecasting innovation

Summary

Title 15, §8512

Notes & Related Subsidiaries

Editorial Notes

Amendments

Citations & Metadata