The university of alabama, together with its partners, proposes to establish the cooperative institute for research to operations in hydrology (ciroh), a national consortium of 20 academic…

Active Cooperative Agreement Awarded Last action

Award ID
NA22NWS4320003
Recipient
Awarding agency
Obligated
$949,639,105

Award facts

Completion date 91% complete
Funding
  • $884,114,815.00 Federal
  • $65,524,290.00 Non-federal
Place of performance
Tuscaloosa, AL 35487, USA

Award details come from USAspending.gov.

Description

As the agency reported it.

The university of alabama, together with its partners, proposes to establish the cooperative institute for research to operations in hydrology (ciroh), a national consortium of 20 academic institutions and 8 partners. Ciroh aims to advance the national oceanic and atmospheric administration's (NOAA's) science and services capabilities to provide actionable water resources intelligence. Ciroh's research aims to improve water prediction and supports four broad themes: (1) water resources prediction capabilities; (2) community water resources modeling; (3) hydroinformatics; and (4) application of social, economic and behavioral science to water resources prediction. Ciroh's integrated research program contributes to the NOAA/national weather service's mission-directed research and improved data service capabilities. In addition, ciroh outcomes will inform hydrological process understanding, operational forecasting techniques and workflows, community engagement in water quantity and QUA

Transactions

Action Obligated Date
Amendment This project integrates research to advance the accuracy of coastal water modeling and the effectiveness of communicating total water level products. This… $0
Amendment The goal of this project is to advance noaas newest capabilities in flood inundation mapping and water quality forecasting. Research will enhance the… $0
Amendment This project aims to increase the efficiency, intelligence, and operational impact of cirohs research enterprise. Cyberinfrastructure and artificial… $0
Amendment This project will address critical research needs for improving the accuracy and efficiency of national water observing operations for assessing the water… $0
Amendment This project will advance user-centered, science-as-a-service approaches for hydrologic prediction, operational decision support, and flood-risk… $500,000
Amendment The goal of this project is to advance noaas hydrologic forecasting capabilities for water predictions and decision making in the western united states… $2,990,355
Amendment This project will advance cirohs cyberinfrastructure supporting community water modeling. The research focuses on critical areas to leverage emerging advances… $2,943,374
Amendment Flood inundation mapping (FIM) is a cornerstone of the U.S. Flood enterprise, supporting real-time forecasting, emergency management, and floodplain planning.… $695,649
Amendment This project will introduce new advances for improving modeling and forecasting of hydrologic drought and low flow. Thrust 1 of this project will operationalize… $1,312,774
Amendment This project will develop new approaches to produce important advances in hydrologic datasets useful for hydrologic prediction. The research focuses on… $677,150
Amendment This project will develop new approaches for hydrologic model calibration. The research focuses on new techniques for calibration and engaging in a community… $768,432
Amendment This project uses empirical social science to advance drought decision support through two complementary research thrusts: 1) evaluate user-centered… $511,500
Amendment $0
Amendment $0
Amendment $0
Amendment $0
Amendment $0
Amendment $0
Amendment $0
Amendment This project will enhance the alabama climate observing network (acon) by integrating real-time streamflow observations and physically based soil hydraulic… $155,403
Amendment $0
Amendment $0
Amendment This project aims to create an AI-enhanced toolkit for crafting tailored flood risk narratives for socioeconomically vulnerable communities, seeking to optimize… $0
Amendment $0
Amendment This project aims to create an AI-enhanced toolkit for crafting tailored flood risk narratives for socioeconomically vulnerable communities, seeking to optimize… $0
Amendment $0
Amendment The goal of this project is to make high impact advancements to noaas next generation water resources modeling framework (nextgen framework). Research will… $0
Amendment $0
Amendment Here, we propose to address operational gaps to simulate river ICE processes, with a focus on ICE JAM formation, using data-driven methods to enhance national… $0
Amendment $1,254,361
Amendment This project investigates new applications for incorporating diverse water observations and data assimilation techniques into hydrologic prediction within the… $1,254,361
Amendment This project advances innovations supporting the research-to-operations transition of noaas next generation water resources modeling framework by integrating… $1,300,989
Amendment Coastal communities across the united states face escalating threats from compound flooding, storm surge, sea level rise, and ICE hazards that challenge… $865,152
Amendment This project advances innovations supporting the research-to-operations transition of noaas next generation water resources modeling framework by integrating… $1,300,989
Amendment Coastal communities across the united states face escalating threats from compound flooding, storm surge, sea level rise, and ICE hazards that challenge… $865,152
Amendment $0
Amendment $0
Amendment $245,191
Amendment RTI international has been supporting ciroh research related to precipitation frequency analyses for atlas 15 for the past four years. The proposed research… $245,191
Amendment This project epitomizes the nature of one of cirohs main goals to collaboratively research, develop, and deliver state-of-the science hydrology. This project… $305,060
Amendment $1,000,000
Amendment This project builds a bridge between the cooperative institute for research to operations in hydrology (ciroh), the U.S. Army corps of engineers (USACE)… $1,000,000
Amendment This project epitomizes the nature of one of cirohs main goals to collaboratively research, develop, and deliver state-of-the science hydrology. This project… $305,060
Amendment This project builds a bridge between the cooperative institute for research to operations in hydrology (ciroh), the U.S. Army corps of engineers (USACE)… $1,000,000
Amendment This project epitomizes the nature of one of cirohs main goals to collaboratively research, develop, and deliver state-of-the science hydrology. This project… $305,060
Amendment $306,900
Amendment $306,900
Amendment This project develops a generative AI framework to reconstruct missing river bathymetry in digital elevation models (dems), directly addressing NOS and OWP… $306,900
Amendment $119,252
Amendment This project builds off fiscal year 2023 ciroh project (ciroh: improving drought early warning and decision support with a focus on national water resources… $119,252
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Subawards

Subrecipient Amount Awarded
Brigham Young University Operationalizing PyBFS for National-Scale Baseflow Forecasting and Drought Risk Assessment $182,921
University Of California San Diego Extensions to the CIROH-CW3E-FIRO Research and Operations Partnership (RAOP) $977,517
Brigham Young University CIROH Master Proposal Project 3. Community Water Model Infrastructure, Stewardship, and Integration $41,544
New Mexico State University Toward Standard and Impact-Based Low-Flow and Hydrological Drought Thresholds Across the U.S $64,948
Research Triangle Institute CIROH Master Proposal Project OWP4: Defining User Needs and Improving the Accuracy of Low Flow and Hydrologic Drought Prediction $149,906
Research Triangle Institute CIROH Master Proposal Project OWP7: Improvements in Hydrologic Modeling and Evaluation to Enhance the R2O Effectiveness of Community Water Modeling $374,534
Research Triangle Institute CIROH Master Proposal Project OAR1: Advancing Operational Water Prediction in the Western United States through Integrated AI Modeling and Hydrologic… $149,550
University Of Texas At Austin CIROH Master Proposal Project OWP14: Investigating New Applications for Incoroporating Water Observations and Data Assimilation in Hydrologic Prediction $99,675
The Trustees Of The Stevens Institute Of Technology CIROH Master Proposal Project NOS8:Improvements in Modeling, Economic Analyis, Visualization, and Reanalysis to Enhance Coastal Flood Resilience $248,875
Research Triangle Institute CIROH Master Proposal Project OWP13: Defining and Testing New Strategies and Techniques for Hydrologic Model Calibration $65,000
Utah State University CIROH Master Proposal Project OWP14: Investigating New Applications for Incoroporating Water Observations and Data Assimilation in Hydrologic Prediction $249,888
Regents Of The University Of Minnesota CIROH Master Proposal Project NOS8:Improvements in Modeling, Economic Analyis, Visualization, and Reanalysis to Enhance Coastal Flood Resilience $246,028
Utah State University CIROH Master Proposal Project OWP14: Investigating New Applications for Incorporating Water Observations and Data Assimilation in Hydrologic Prediction $308,772
Trustees Of The Colorado School Of Mines CIROH Master Proposal Project ONOS1: Generative Inpainting of River Bathymetry to Complete National DEMs $300,000
Trustees Of The Colorado School Of Mines CIROH Master Proposal Project NOS8:Improvements in Modeling, Economic Analyis, Visualization, and Reanalysis to Enhance Coastal Flood Resilience $236,182
Research Triangle Institute CIROH Master Proposal Project OWP5: Innovations Supporting the Research to Operations Transition of the Next Generation Water Resources Modeling Framework $199,084
Research Triangle Institute CIROH Master Proposal Project OWP11: NOAA Atlas 15 Volume 2 Expansion $239,678
Research Triangle Institute Research to Operations Coordination: Snow and Model Evaluation $298,201
The University Of Alabama In Huntsville CIROH Master Proposal Project OAR2: Streamflow and Soil Moisture Enhancements for Drought Monitoring and Decision Support $151,909
Coastal Carolina University CIROH Master Proposal Project NOS8:Improvements in Modeling, Economic Analyis, Visualization, and Reanalysis to Enhance Coastal Flood Resilience $117,615
Utah State University CIROH Master Proposal OWP Bundle 1: Enabling Community Water Modeling Advances with Cyberinfrastructure Innovations, System Integration, and Enhanced Research… $152,386
University Of California Irvine CIROH Master Proposal Project 4. Advancing the NextGen Hydrologic Model and Hydraulic Routing $40,000
Utah State University CIROH Master Proposal Project 3. Community Water Model Infrastructure, Stewardship, and Integration $133,907
The Governors Of The University Of Calgary The fusion of community assets into intelligent workflows: Standardization, automation, and empowerment $201,037
University Of Hawaii Pathways to Increase the Effectiveness of Flash Flood Forecasts in Mountain Regions $58,638
Consortium Of Universities For The Advancement Of Hydrologic Science, Inc. Advancing Knowledge Transfer of the NextGen Framework to Operational Hydrologists through HydroLearn Modules $271,412
University Of Utah Expanding Streamflow Prediction Capabilities in SE Alaska $383,027
The University Of Iowa Deep-learning-based Rainfall Forecasting for Prediction of Pluvial Flooding $599,893
Research Triangle Institute Hydrometeorological Prediction Testbed supporting the US National Water Model $240,014
The University Of Iowa How Can We Improve the NEXRAD Network to Benefit Water Prediction? $155,233
Regents Of The University Of Minnesota Expanding the NWM FIM to support infrastructure and impact using multi-model and improved visualization and communication of actionable intelligence in flood… $274,693
Regents Of The University Of Minnesota Assess the Effectiveness of Communication of Total Water Level Visualizations and Conduct User Testing of Compound Flood Products $410,000
Regents Of The University Of Minnesota FIM SandBox (FIMBox): A Flood Inundation Mapping Testbed Framework. Here, we propose a novel FIM application framework, FIM sandBox (FIMBox), to enable users to… $150,000
The University Of Iowa Quantifying the Impacts of Hydroclimate Forcing Products on Uncertainties of Future Water Availability across CONUS $59,597
University Of Illinois Evaluation and Implementation of Generalized Reservoir Rule Curves within the NextGen Framework $252,984
University Of Illinois Developing a Generic Georeferenced Reservoir Representation for Large-Scale Hydrologic Models $209,138
Utah State University Advancing Automated Water Data Records Processing for Operations $100,300
University Of Saskatchewan The fusion of community assets into intelligent workflows: Standardization, automation, and empowerment $350,606
Louisiana State University Modeling River Sediment Concentration and Load in the NextGEN framework: Integrating Spaceborne Remote Sensing Technologies and Deep-learning Techniques $112,630
Consortium Of Universities For The Advancement Of Hydrologic Science, Inc. Enabling Community Water Modeling Advances with Cyberinfrastructure Innovations, System Integration, and Enhanced Research Translation to Applications. $521,724
The Pennsylvania State University Operational Value of CIROH-developed ML Ensemble Forecast Enhancement Techniques $150,000
University Of Vermont & State Agricultural College Hydrometeorological Prediction Testbed supporting the US National Water Model $243,596
The Pennsylvania State University Development and evaluation of a Differentiable, learnable, parsimonious but Functionally Equivalent version of Noah-OWP-Modular (DFE-NOM) for Use in NextGen NWM $136,031
Utah State University Modeling River Sediment Concentration and Load in the NextGEN framework: Integrating Spaceborne Remote Sensing Technologies and Deep-learning Techniques $109,979
Trustees Of The Colorado School Of Mines Implementing River and Reservoir Operations in the NextGen Framework to Improve Streamflow Prediction $200,000
The Pennsylvania State University Innovations in Flood Inundation Modeling and Water Quality Prediction $156,246
University Of Hawaii Integrating Real-Time Salinity Monitoring and Critical Drought Thresholds to Enhance Water Resource Management in American Samoa $215,326
Utah State University Master Proposal OWP Bundle 3: Innovations in Flood Inundation Modeling and Water Quality Prediction. Utah State University work will contribute to the second… $199,873
Utah State University Operationalizing a flexible modeling and data collection workflow to detect harmful algal blooms using hyperspectral imagery and machine learning in data-poor… $208,224
Utah State University Enabling Community Water Modeling Advances with Cyberinfrastructure Innovations, System Integration, and Enhanced Research Translation to Applications. $674,266
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Quick answers

Who received award NA22NWS4320003?

NA22NWS4320003 was awarded to University Of Alabama by National Oceanic and Atmospheric Administration (Department of Commerce) on April 1, 2022.

How much is award NA22NWS4320003 worth?

$949,639,105 has been obligated on NA22NWS4320003: $884,114,815 in federal funding and $65,524,290 in non-federal funding.

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