Perform data analysis and develop time series data for parts of Colorado, New Mexico, Texas, Oklahoma, Arkansas, and Kansas.

Develop, implement, and test hydrologic forecasting methods and software needed to improve water resources forecasting services.

Perform calibration of the Sacramento Soil Moisture Accounting (SAC-SMA) model for multiplebasins in the Upper Tennessee River Basin and Lag/K routing model calibration.

Perform a social science review of the flood severity forecast process to develop recommendations to improve understanding and usefulness.

Develop an automated methodology using GIS tools for the production of a new series of precipitation frequency maps.

Further enhance various short-term ensemble functions within NWSRFS.

Develop a general strategy and approach for NWS to address streamflow regulation in preparing 90-day probabilistic forecasts.

Assist in developing the Advanced Hydrologic Prediction Services (AHPS) program.

Conduct time series processing and calibration of the NWS River Forecast System in support of AHPS.

Support the implementation of the Advanced Hydrologic Prediction Services (AHPS) in the Finger Lakes, Hudson River, and Adirondack regions of New York.

Improve the operational forecasting capabilities for the region in the Big Sandy and Lower Monongahela River Basins.

Improve forecasting capabilities in parts of the Ohio River drainage.

Improve existing hydrologic models within the St. Johns River basin located in the northeast portion of Florida.

Improve forecasting capabilities in parts of South Carolina, Virginia, North Carolina, and Florida.

Develop reservoir operation models that simulate the daily operation of the reservoirs and are suitable for developing long-range forecasts in the basin.