Water Level Predictions
Summary: In Texas, tidal predictions do not meet the National Ocean Service acceptance criteria because factors other than tidal forcings often dominate water level changes (for example wind stress related forcings and wave climate). CBI has implemented / developed a set of models to predict water levels as an aid to navigation in the coastal waters of the Gulf of Mexico and as a tool for emergency management to predict coastal flooding. CBI provides tidal predictions, Persistence Model predictions and Artificial Neural Network Model predictions for the locations listed above. Persistent model predictions are quite accurate up to 6 to 12 hours but do not include predicted wind speeds and other broader information, i.e. they are not as accurate as ANN for longer prediction times. If you have further questions please email philippe.tissot@tamucc.edu Thank you to the sponsors who have made these predictions possible, including: Texas General Land Office, the NOAA Sea Grant and Sea Grant Technology programs, and the Texas Research Development Fund.
NOTE (1): Predictions are generated on-the-fly. It may take a minute for the graphs to load. Please be patient.
NOTE (2):Some of the functionality of the water level predictions was affected by changes in TCOON management and changes in format of NAM prediction deliveries. Efforts are underway to modify the system. Historical data, persistence model predictions and short term neural net predictions are typically not affected (except for a few stations where unrealistic big drops/spikes). Longer term neural net predictions, >12-24 hrs, are only based on measured winds and no longer wind predictions. System update is targeted for summer 2017 (sooner if funding is secured).
Water Level Monitored Sites
Click on the TCOON Site Overview button to access the station information pages
Click on View Model button to access more information, including recent performance
Bird Island Basin
BOB HALL PIER
EAGLE POINT
USCG FREEPORT
GALVESTON PLEASURE PIER
Status: INACTIVE