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Improving Atmospheric River Forecasts Act

1/11/2024, 8:26 PM

Summary of Bill HR 3966

Bill 118 hr 3966, also known as the Improving Atmospheric River Forecasts Act, aims to enhance the accuracy and effectiveness of forecasting atmospheric rivers in the United States. Atmospheric rivers are narrow bands of moisture that can bring heavy rainfall and cause flooding in certain regions.

The bill directs the National Oceanic and Atmospheric Administration (NOAA) to improve the monitoring and prediction of atmospheric rivers through research and data collection. This includes investing in new technologies and tools to better track and analyze these weather patterns.

Additionally, the bill calls for increased collaboration between NOAA and other federal agencies, as well as with state and local governments, to ensure that accurate and timely information about atmospheric rivers is shared and utilized effectively. Overall, the Improving Atmospheric River Forecasts Act seeks to improve the understanding and prediction of these weather events in order to better protect communities from the potential impacts of flooding and other hazards associated with atmospheric rivers.

Current Status of Bill HR 3966

Bill HR 3966 is currently in the status of Bill Introduced since June 9, 2023. Bill HR 3966 was introduced during Congress 118 and was introduced to the House on June 9, 2023.  Bill HR 3966's most recent activity was Referred to the House Committee on Science, Space, and Technology. as of June 9, 2023

Bipartisan Support of Bill HR 3966

Total Number of Sponsors
1
Democrat Sponsors
0
Republican Sponsors
1
Unaffiliated Sponsors
0
Total Number of Cosponsors
2
Democrat Cosponsors
0
Republican Cosponsors
2
Unaffiliated Cosponsors
0

Policy Area and Potential Impact of Bill HR 3966

Primary Policy Focus

Science, Technology, Communications

Alternate Title(s) of Bill HR 3966

Improving Atmospheric River Forecasts Act
Improving Atmospheric River Forecasts Act
To accelerate subseasonal to seasonal prediction skills related to precipitation forecasts for water management in the western United States, improve atmospheric river forecasts across the country, and for other purposes.

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