Browse Arkansas Code titles and sections
42 U.S.C. § 19069 — Astronomy and satellite constellations
Federal law — U.S. Code and appendices · legal_authorities
Page 9295
TITLE 42—THE PUBLIC HEALTH AND WELFARE
§ 19069
with critical material needs, including Fed-
eral programs involving research and devel-
opment, in a manner that complements re-
lated efforts carried out by the private sec-
tor and other domestic and international
agencies and organizations;
(D) examine options for accessing and de-
veloping critical materials through invest-
ment and trade with our allies and partners
and provide recommendations;
(E) evaluate and provide recommendations
to incentivize the development and use of
advances in science and technology in the
private industry;
(F) assess the need for and make rec-
ommendations to address the challenges the
United States critical materials supply
chain workforce faces, including aging and
retiring personnel and faculty, and foreign
competition for United States talent;
(G) develop, and update as necessary, a
strategic plan to guide Federal programs
and activities to enhance scientific and tech-
nical capabilities across critical material
supply chains, including a roadmap that
identifies key research and development
needs and coordinates on-going activities for
source diversification, more efficient use, re-
cycling, and substitution for critical mate-
rials;
as
well
as
cross-cutting
mining
science, data science techniques, materials
science, manufacturing science and engi-
neering, computational modeling, and envi-
ronmental health and safety research and
development;
(H) assess the need for, and make rec-
ommendations concerning, the availability
and adequacy of the supply of technically
trained personnel necessary for critical ma-
terials research, development, extraction,
and industrial production, with a particular
focus on the problem of attracting and main-
taini
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Page 9295
TITLE 42—THE PUBLIC HEALTH AND WELFARE
§ 19069
with critical material needs, including Fed-
eral programs involving research and devel-
opment, in a manner that complements re-
lated efforts carried out by the private sec-
tor and other domestic and international
agencies and organizations;
(D) examine options for accessing and de-
veloping critical materials through invest-
ment and trade with our allies and partners
and provide recommendations;
(E) evaluate and provide recommendations
to incentivize the development and use of
advances in science and technology in the
private industry;
(F) assess the need for and make rec-
ommendations to address the challenges the
United States critical materials supply
chain workforce faces, including aging and
retiring personnel and faculty, and foreign
competition for United States talent;
(G) develop, and update as necessary, a
strategic plan to guide Federal programs
and activities to enhance scientific and tech-
nical capabilities across critical material
supply chains, including a roadmap that
identifies key research and development
needs and coordinates on-going activities for
source diversification, more efficient use, re-
cycling, and substitution for critical mate-
rials;
as
well
as
cross-cutting
mining
science, data science techniques, materials
science, manufacturing science and engi-
neering, computational modeling, and envi-
ronmental health and safety research and
development;
(H) assess the need for, and make rec-
ommendations concerning, the availability
and adequacy of the supply of technically
trained personnel necessary for critical ma-
terials research, development, extraction,
and industrial production, with a particular
focus on the problem of attracting and main-
taining high-quality professionals for main-
taining an adequate supply of energy critical
materials; and
(I) report to the appropriate Congressional
committees on activities and findings under
this section.
(c) Definitions of critical mineral and critical
mineral or metal
In this section, the terms ‘‘critical mineral’’
and ‘‘critical mineral or metal’’ include any
host mineral of a critical mineral (within the
meaning of those terms in section 1606 of title
30).
(Pub. L. 117–167, div. B, title III, § 10359, Aug. 9,
2022, 136 Stat. 1564.)
§ 19068. Advancing IoT for Precision Agriculture
Capabilities Act
(a) Short title
This section may be cited as the ‘‘Advancing
IoT for Precision Agriculture Act of 2021’’.
(b) Purpose
It is the purpose of this section to promote
scientific research and development opportuni-
ties for connected technologies that advance
precision agriculture capabilities.
(c) Foundation directive on agricultural sensor
research
In making awards under the sensor systems
and networked systems programs of the Founda-
tion, the Director shall include in consideration
of portfolio balance research and development
on sensor connectivity in environments of inter-
mittent connectivity and intermittent computa-
tion—
(1) to improve the reliable use of advance
sensing systems in rural and agricultural
areas; and
(2) that considers—
(A) direct gateway access for locally
stored data;
(B) attenuation of signal transmission;
(C) loss of signal transmission; and
(D)
at-scale
performance
for
wireless
power.
(d) Omitted
(e) GAO review
Not later than 18 months after August 9, 2022,
the Comptroller General of the United States
shall provide—
(1) a technology assessment of precision ag-
riculture technologies, such as the existing
use of—
(A)
sensors,
scanners,
radio-frequency
identification, and related technologies that
can monitor soil properties, irrigation condi-
tions, and plant physiology;
(B)
sensors,
scanners,
radio-frequency
identification, and related technologies that
can monitor livestock activity and health;
(C) network connectivity and wireless
communications that can securely support
digital agriculture technologies in rural and
remote areas;
(D) aerial imagery generated by satellites
or unmanned aerial vehicles;
(E) ground-based robotics;
(F)
control
systems
design
and
connectivity, such as smart irrigation con-
trol systems;
(G) Global Positioning System-based appli-
cations; and
(H) data management software and ad-
vanced analytics that can assist decision
making and improve agricultural outcomes;
and
(2) a review of Federal programs that pro-
vide support for precision agriculture re-
search, development, adoption, education, or
training, in existence on August 9, 2022.
(Pub. L. 117–167, div. B, title III, § 10361, Aug. 9,
2022, 136 Stat. 1567.)
Editorial Notes
CODIFICATION
Section is comprised of section 10361 of Pub. L.
117–167. Subsec. (d) of section 10361 of Pub. L. 117–167
amended section 1862i of this title.
§ 19069. Astronomy and satellite constellations
The Director shall support research into and
the design, development, and testing of mitiga-
tion measures to address the potential impact of
Page 9296
TITLE 42—THE PUBLIC HEALTH AND WELFARE
§ 19070
satellite constellations on Foundation scientific
programs by—
(1) making awards on a competitive basis to
support study of the potential impacts of sat-
ellite constellations on ground-based optical,
infrared,
and
radio
astronomy,
including
through existing programs such Spectrum and
Wireless Innovation enabled by Future Tech-
nologies (SWIFT) and the Spectrum Innova-
tion Initiative;
(2) supporting research on potential satellite
impacts and benefits and mitigation strategies
to be carried out at one or more Foundation
supported Federally Funded Research and De-
velopment Centers or major multiuser re-
search facilities as defined in section 1862s–2(g)
of this title, as appropriate; and
(3) supporting workshops related to the po-
tential impact of satellite constellations on
scientific research and how those constella-
tions could be used to improve scientific re-
search.
(Pub. L. 117–167, div. B, title III, § 10362, Aug. 9,
2022, 136 Stat. 1568.)
§ 19070. Research on the impact of inflation
(a) In general
The Director may make awards, on a competi-
tive merit-reviewed basis, to institutions of
higher education or nonprofit organizations (or
consortia of such institutions or organizations)
to support research to improve our under-
standing of the impact of inflation.
(b) Use of funds
Activities funded by an award under this sec-
tion may include—
(1) measuring the economic impact of infla-
tion on the American people, including an
analysis of cost-of-living and wage impacts;
(2) considering the impact of inflation on
American international competitiveness;
(3) evaluating the impact of inflation on
rural and underserved communities through-
out the country;
(4) assessing the ways inflation could impact
future American generations; and
(5) evaluating the impact of policymaking
on inflation, including the impact of further
Government spending.
(c) Coordination to avoid duplication
In making awards under this section, the Di-
rector shall, for purposes of avoiding duplication
of activities and research, consult, collaborate,
and coordinate with the programs and policies
of other relevant Federal agencies.
(Pub. L. 117–167, div. B, title III, § 10363, Aug. 9,
2022, 136 Stat. 1568.)
§ 19071. Microgravity utilization policy
(a) Sense of Congress
It is the sense of Congress that space tech-
nology and the utilization of the microgravity
environment for science, engineering, and tech-
nology development is critical to long-term
competitiveness with near-peer competitors, in-
cluding China.
(b) Policy
To the extent appropriate during an award pe-
riod, the Foundation shall facilitate access by
recipients of Foundation awards to the micro-
gravity environment, including in private sector
platforms, for the development of science, engi-
neering, and technology relevant to the award.
(c) Report
Not later than 180 days after August 9, 2022,
the Director shall provide to the appropriate
committees of Congress a report on the Founda-
tion’s plan for facilitating awardee access to the
microgravity environment.
(Pub. L. 117–167, div. B, title III, § 10364, Aug. 9,
2022, 136 Stat. 1569.)
PART F—RESEARCH INFRASTRUCTURE
§ 19081. Facility operation and maintenance
(a) In general
The Director shall continue the Facility Oper-
ation Transition pilot program for a total of 5
years.
(b) Cost sharing
The Facility Operation Transition program
shall provide funding for 10 to 50 percent of the
operations and maintenance costs for major re-
search facilities that are within the first five
years of operation, where the share is deter-
mined based on—
(1) the operations and maintenance costs of
the major research facility; and
(2) the capacity of the managing directorate
or division to absorb such costs.
(c) Report
After the fifth year of the pilot program, the
Director shall transmit a report to Congress
that includes—
(1) an assessment, that includes feedback
from the research community, of the effective-
ness of the pilot program for—
(A) supporting research directorates and
divisions in balancing investments in re-
search grants and funding for the initial op-
eration and maintenance of major facilities;
(B) incentivizing the development of new
world-class facilities;
(C) facilitating interagency and inter-
national partnerships;
(D) funding core elements of multi-dis-
ciplinary facilities; and
(E) supporting facility divestment costs;
and
(2) if deemed effective, a plan for permanent
implementation of the pilot program.
(Pub. L. 117–167, div. B, title III, § 10371, Aug. 9,
2022, 136 Stat. 1570.)
§ 19082. Reviews
The Director shall periodically carry out re-
views within each of the directorates and divi-
sions to assess the cost and benefits of extending
the operations of research facilities that have
exceeded their planned operational lifespan.
(Pub. L. 117–167, div. B, title III, § 10372, Aug. 9,
2022, 136 Stat. 1571.)
§ 19083. Helium conservation
(a) Major research instrumentation support
(1) In general
The Director shall support, through the
Major Research Instrumentation program,
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Federal law — U.S. Code and appendices · legal_authorities
**(a) Short title** This section may be cited as the “Advancing IoT for Precision Agriculture Act of 2021”.
**(b) Purpose** It is the purpose of this section to promote scientific research and development opportunities for connected technologies that advance precision agriculture capabilities.
**(c) Foundation directive on agricultural sensor research** In making awards under the sensor systems and networked systems programs of the Foundation, the Director shall include in consideration of portfolio balance research and development on sensor connectivity in environments of intermittent connectivity and intermittent computation—
(1) to improve the reliable use of advance sensing systems in rural and agricultural areas; and
(2) that considers—
(A) direct gateway access for locally stored data;
(B) attenuation of signal transmission;
(C) loss of signal transmission; and
(D) at-scale performance for wireless power.
**(d) Omitted**
**(e) GAO review** Not later than 18 months after August 9, 2022, the Comptroller General of the United States shall provide—
(1) a technology assessment of precision agriculture technologies, such as the existing use of—
(A) sensors, scanners, radio-frequency identification, and related technologies that can monitor soil properties, irrigation conditions, and plant physiology;
(B) sensors, scanners, radio-frequency identification, and related technologies that can monitor livestock activity and health;
(C) network connectivity and wireless communications that can securely support digital agriculture technologies in rural and remote areas;
(D) aerial imagery generated by satellites or unmanned aerial vehicles;
(E) ground-based robotics;
(F) control systems design and connectivity, such as smart irrigation contr
Source: Supplied U.S. Code snapshot — release unconfirmed · 42 U.S.C. § 19069
Stored review status: release_metadata_unconfirmed. Same stored citation; legal effect and authority still require review.