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A collation of environmental datasets used in developing and testing forecast models of water temperatures in Port Phillip Bay.

data.gov.au
Department of Civil Engineering, Monash University (Owned by)
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ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft_id=http://data.gov.au/data/dataset/52ac7e85-7d7e-4099-bc4a-875166f8b784&rft.title=A collation of environmental datasets used in developing and testing forecast models of water temperatures in Port Phillip Bay.&rft.identifier=a-collation-of-environmental-datasets-used-in-developing-and-testing-forecast-models-of-water-t&rft.publisher=data.gov.au&rft.description=http://www.marine.csiro.au/csquares/index.html - The improvement of forecasting water temperature in a coastal embayment through the assimilation of satellite sea surface temperature (SST) was investigated. Port Phillip Bay in southeastern Australia was used as a case study, where temperature forecasts could be compared against in situ temperature measurements. Meteorological data, riverine data, tidal data, bathymetry, water quality data and satellite observations for Port Phillip Bay were required for the study. This resource provides details of the datasets that were generously made available by various government agencies for use in this study.&rft.creator=Department of Civil Engineering, Monash University&rft.date=2023&rft.coverage=144.3,-38.3 145.2,-38.3 145.2,-37.8 144.3,-37.8 144.3,-38.3&rft.coverage=144.3,-38.3 145.2,-38.3 145.2,-37.8 144.3,-37.8 144.3,-38.3&rft.coverage=true&rft_rights=Other&rft_subject=Aquatic Habitat&rft_subject=Bathymetry&rft_subject=Biosphere&rft_subject=Coastal Habitat&rft_subject=Hydrosphere&rft_subject=Ocean Circulation&rft_subject=Ocean Currents&rft_subject=Ocean Mixed Layer&rft_subject=Ocean Temperature&rft_subject=Oceans&rft_subject=Port Phillip Bay&rft_subject=Potential Temperature&rft_subject=Salinity&rft_subject=Sea Surface Temperature&rft_subject=Seafloor Topography&rft_subject=Surface Water&rft_subject=Tidal Currents&rft_subject=Tides&rft_subject=Water Temperature&rft.type=dataset&rft.language=English Access the data
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The improvement of forecasting water temperature in a coastal embayment through the assimilation of satellite sea surface temperature (SST) was investigated. Port Phillip Bay in southeastern Australia was used as a case study, where temperature forecasts could be compared against in situ temperature measurements. Meteorological data, riverine data, tidal data, bathymetry, water quality data and satellite observations for Port Phillip Bay were required for the study. This resource provides details of the datasets that were generously made available by various government agencies for use in this study.

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144.3,-38.3 145.2,-38.3 145.2,-37.8 144.3,-37.8 144.3,-38.3

144.75,-38.05

144.3,-38.3 145.2,-38.3 145.2,-37.8 144.3,-37.8 144.3,-38.3

144.75,-38.05

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Subjects
Aquatic Habitat | Bathymetry | Biosphere | Coastal Habitat | Hydrosphere | Ocean Circulation | Ocean Currents | Ocean Mixed Layer | Ocean Temperature | Oceans | Port Phillip Bay | Potential Temperature | Salinity | Sea Surface Temperature | Seafloor Topography | Surface Water | Tidal Currents | Tides | Water Temperature |

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