CIRA NOAA RESEARCH
CONNECTING NOAA'S CROSS-CUTTING PRIORITIES  WITH CIRA'S RESEARCH THEMES
CIRA Research Themes/Priorities Global and Regional Climate Studies Local Area & Mesoscale Weather Forecasting and Evaluation Cloud Physics Applications of Satellite Observations Air Quality and Visibility Societal and Economic Impacts Numerical Modeling Education, Training, and Outreach
NOAA's Cross-Cutting Priorities                
1.  Sound, Reliable State-of-the-Art Research       43        
     -  Modeling advances and improved accuracy of weather 34,  36, 42 5, 6, 8, 24, 32   24, 31, 37 1, 37 34 14, 15  
        and air quality prediction models       42, 44, 53     16, 34  
      - Increased use of observation data for verification and 23, 24, 25, 34, 6, 7, 9, 23, 25,  11, 49, 55 24, 29   34 26, 30  
        assimilation into weather, ocean and climate models  36, 39, 49 28, 30, 39, 47, 55   37, 40     34, 44  
      - Increased volume of forecast & warning information 23, 25, 34, 25, 28, 30   31, 40, 44, 54     30 18
        formatted to clarify uncertainty 36, 39, 49 39, 44, 54 44          
      - Increased reliability, frequency, and use of aviation and 34, 36 7, 9, 32   40      
        surface transportation-related observations                
      - Increased number of new mapping and assessment tools 3, 42 50   40, 42   45   18, 19, 21
       -Increased efficiencies and accuracy of GPS through       12      
        application of innovative technologies                
      - Increased capabilities of data acquisition technologies, 4, 35, 36, 42 7, 44, 47 44 13, 31, 35 37 35 3, 4, 18, 
        processing, and analysis       37, 40, 42, 44       19, 20
      - Increased accuracy and use of weather forecasts to 24, 36 7, 32   24, 40   7 19, 20
        increase efficiency of transportation systems                 
      - Increased transfer of NOAA models, forecasts, products, 34, 42 7, 8, 28, 30, 32,    31, 37, 38, 47 37, 41, 46 1, 3, 7 30, 46 3, 22, 
        and services from research into operations and    47, 50, 51   41 46
        ecosystem management                
      - Increased number & accuracy of forecasts of significant 1, 23, 25,  25, 28 49 37, 53 46 1, 34 30, 34 46
        ecological events & trends (e.g. coral bleaching) and 34, 39, 49 30, 39   46  
        reduced uncertainty in the estimation of US carbon sink                
             
2.  Environmental Literacy, Outreach and Education             
      - Educate Nation's youth about the changing Earth and its       17, 56   48   8, 17, 56
        processes and inspire them to pursue scientific careers                
      - Ensure decision makers have access to information they 49 28, 32, 33 49  27, 33, 37  37, 41 28, 45 46 8, 33, 41
        need to reduce human impact on the environment and    54, 55   38, 54, 56   46   46, 56
        to respond to storm warning and environmental change                
             
3.  International Cooperation and Collaboration            
      - Increased number of NOAA technical assistance initiatives 35, 42 33, 35   27, 31, 33,   48 35 50 8, 26
        and capacity building transfers   50, 54, 55   35 38, 42, 43       33, 48
             
4.  Integrated Global Environmental Observation and Data            
     Management System                
        - Decreased uncertainty in observational measures and 2, 4, 24, 36, 42 33, 47, 50   13, 24, 27, 31 37, 52 48 52 33
          elimination of observation gaps and losses to achieve     33, 37, 42, 54      
          better coverage and timeliness of observations for users                 
             
5.  Homeland Security            
      - Improved forecast capabilities for atmospheric dispersion   10   24 1, 3, 41 52   52 41
      - Enhanced responsiveness to Federal, state and local       31, 54 41 52 3, 19, 20 52 41
        material