NSF and USDA Interagency Research Act | ChamberLight
Bills · HR 3707
IN COMMITTEE· 119TH CONGRESS
House BillHR 3707Science, Technology, Communications
NSF and USDA Interagency Research Act
INTRO JUN 4· LAST ACTION JUN 4
READING
5MIN
COSPONSORS
4
READER REACTIONS0 TOTAL
NO VOTES YET · BE THE FIRST
Introduced only
LEGISLATIVE PROGRESS
STEP 2 / 8
Introduced
In Committee
Reported
Passed House
Passed Senate
Conference
To President
Became Law
WHAT THE BILL DOES
AI-written
This bill matters because it tries to make government research more effective by getting two important science agencies to work as a team rather than separately. Today, many challenges in agriculture, like climate change impacts, food security, and developing new technologies, require expertise from multiple scientific areas. If this bill passes, the combined knowledge and resources of the USDA and NSF could accelerate breakthroughs in areas crucial to daily life, such as preventing foodborne illnesses, improving crop yields, and developing sustainable farming methods.
Without this bill, the two agencies would likely continue their research efforts more independently, potentially leading to slower progress or missed opportunities for synergy. By explicitly requiring collaboration and coordination, the bill aims to ensure that fundamental scientific discoveries (NSF's focus) are more directly applied to practical agricultural problems (USDA's focus). This could lead to faster development of technologies that benefit farmers, strengthen rural economies, and ensure a more secure and healthier food supply for all Americans.
KEY PROVISIONS
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PROVISION 01
Directs the Department of Agriculture (USDA) and the National Science Foundation (NSF) to carry out joint research and development activities on shared priorities.
Ensures a coordinated approach to solving complex agricultural and scientific challenges.
PROVISION 02
Allows for collaboration on research across various areas, including food security, rural economic growth, and emerging technologies like AI and robotics in agriculture.
Expands the scope of interagency research to address critical and innovative challenges in the agricultural sector.
PROVISION 03
Requires the agencies to establish formal agreements (like Memoranda of Understanding) for these activities, ensuring competitive, merit-based review.
Establishes a structured and fair process for selecting and managing collaborative research projects.
PROVISION 04
Authorizes the support of research infrastructure, including facilities, equipment, and broadband deployment, and promotes STEM education and workforce development related to agriculture.
Strengthens the overall research ecosystem and prepares the next generation of agricultural scientists and workers.
PROVISION 05
Mandates a report to Congress within two years detailing the coordination, achievements, and future opportunities of the collaboration.
Provides oversight and accountability for the interagency efforts and identifies areas for future improvement.
Referred to the Committee on Science, Space, and Technology, and in addition to the Committee on Agriculture, for a period to be subsequently determined by the Speaker, in each case for consideration of such provisions as fall within the jurisdiction of the committee concerned.
This bill matters because it tries to make government research more effective by getting two important science agencies to work as a team rather than separately. Today, many challenges in agriculture, like climate change impacts, food security, and developing new technologies, require expertise from multiple scientific areas. If this bill passes, the combined knowledge and resources of the USDA and NSF could accelerate breakthroughs in areas crucial to daily life, such as preventing foodborne illnesses, improving crop yields, and developing sustainable farming methods.
Without this bill, the two agencies would likely continue their research efforts more independently, potentially leading to slower progress or missed opportunities for synergy. By explicitly requiring collaboration and coordination, the bill aims to ensure that fundamental scientific discoveries (NSF's focus) are more directly applied to practical agricultural problems (USDA's focus). This could lead to faster development of technologies that benefit farmers, strengthen rural economies, and ensure a more secure and healthier food supply for all Americans.
KEY PROVISIONS
AI-extracted
high
Directs the Department of Agriculture (USDA) and the National Science Foundation (NSF) to carry out joint research and development activities on shared priorities.
Ensures a coordinated approach to solving complex agricultural and scientific challenges.
high
Allows for collaboration on research across various areas, including food security, rural economic growth, and emerging technologies like AI and robotics in agriculture.
Expands the scope of interagency research to address critical and innovative challenges in the agricultural sector.
med
Requires the agencies to establish formal agreements (like Memoranda of Understanding) for these activities, ensuring competitive, merit-based review.
Establishes a structured and fair process for selecting and managing collaborative research projects.
med
Authorizes the support of research infrastructure, including facilities, equipment, and broadband deployment, and promotes STEM education and workforce development related to agriculture.
Strengthens the overall research ecosystem and prepares the next generation of agricultural scientists and workers.
low
Mandates a report to Congress within two years detailing the coordination, achievements, and future opportunities of the collaboration.
Provides oversight and accountability for the interagency efforts and identifies areas for future improvement.
Not later than two years after the date of the enactment of this Act.
Secretary of Agriculture and Director of the National Science Foundation shall submit a report to appropriate committees of Congress.
GLOSSARY
AI-written
Cross-cutting and collaborative research
Research efforts that involve multiple agencies or scientific fields working together on shared goals, rather that each working separately.
Memoranda of Understanding (MOUs)
Formal written agreements between two or more government agencies or organizations that outline their shared intentions and cooperation on a specific project or initiative.
Merit review process
A system for evaluating research proposals or projects based on their scientific or technical quality, potential impact, and feasibility, often by independent experts.
Translational technologies
Scientific discoveries or research findings that are developed and adapted for practical use, especially for commercial products or public benefit.
STEM education
Education focused on the fields of Science, Technology, Engineering, and Mathematics.
Cyber-physical systems
Computer systems that are integrated with physical processes, like smart sensors in fields that collect data and control farming equipment.
Referred to the Committee on Science, Space, and Technology, and in addition to the Committee on Agriculture, for a period to be subsequently determined by the Speaker, in each case for consideration of such provisions as fall within the jurisdiction of the committee concerned.
A decentralized system for recording transactions or data across multiple computers, providing a secure and transparent record.
Precision agriculture
A farming management concept that uses data and technology (like GPS, sensors, and drones) to observe, measure, and respond to variability in crops and soil, optimizing resource use and yields.
