Fort Pierce Weather Buoy Data & Forecasts

fort pierce weather buoy

Fort Pierce Weather Buoy Data & Forecasts

An automated station anchored offshore near Fort Pierce, Florida, collects real-time meteorological and oceanographic data. This data typically includes air temperature, wind speed and direction, barometric pressure, wave height and period, water temperature, and current speed and direction. This information is transmitted to shore and disseminated publicly, serving various purposes.

Such stations play a critical role in maritime safety, providing crucial information for navigation, forecasting, and search and rescue operations. The data also contributes significantly to scientific research, including climate monitoring, coastal engineering studies, and ecological research. Historical data from these stations provides a valuable long-term record of environmental conditions, enabling scientists to track trends and understand the impacts of climate change on coastal regions. The continuous monitoring provided by these stations also supports timely and accurate weather forecasts for the benefit of coastal communities and recreational activities.

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6+ Lake MI Weather Buoy Data & Forecasts

lake mi weather buoy

6+ Lake MI Weather Buoy Data & Forecasts

Automated stations, anchored in Lake Michigan, collect meteorological and limnological data. These platforms, equipped with sensors, transmit real-time information on wind speed and direction, air and water temperature, wave height, and other crucial parameters. For instance, a station might report a northwesterly wind at 15 knots, air temperature of 10C, and wave height of 1 meter.

This data plays a vital role in maritime safety, weather forecasting, and scientific research. Mariners rely on these reports for safe navigation, while meteorologists integrate the information into predictive models for more accurate forecasts. Researchers utilize the long-term data sets to study climate change, lake dynamics, and the impacts of weather events. The deployment of these technologies represents a significant advance in understanding and interacting with the Great Lakes environment.

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