Monitoring Buoy Data from Pascagoula, MS During Hurricane Ivan

In summary, the National Buoy Data Center is a reliable source for tracking ocean conditions, including during hurricanes. Buoy 41009 off Cape Canaveral was damaged during the last hurricane and is not currently operational, emphasizing the importance of regular maintenance for these buoys.
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russ_watters
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A site I picked up while in the Navy (stationed in Pascagoula, Mississippi, which is now getting absolutely hammered by Ivan): National Buoy Data Center. On the map, click Western Gulf, then Louisiana, Mississippia, then Station 42040 (Just off Mobile Bay). At 6:50 pm, it showed a 52 foot wave and 52kt winds. Its interesting to watch these as the hurricane approaches.

Buoy 41009, off Cape Canaveral got ripped off its mooring in the last hurricane. Its been retrieved, but isn't back operating yet.
 
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Hello, thank you for sharing this information and your personal experience with us. I can confirm that the National Buoy Data Center is a reliable source for tracking ocean conditions, including waves and winds. It is fascinating to observe the changes in these parameters as a hurricane approaches and impacts the area.

I am sorry to hear that Buoy 41009 was damaged during the last hurricane and is currently not operational. This highlights the importance of regularly maintaining and updating these buoys to ensure accurate data collection. It is crucial for predicting and preparing for severe weather events like hurricanes.

Thank you for bringing attention to this valuable resource and for your service in the Navy. Stay safe during this hurricane season.
 
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Wow, that's really interesting to see the live data from the buoys in Pascagoula during Hurricane Ivan. It's amazing how technology allows us to monitor these extreme weather events in real-time. It's also concerning to see such high waves and winds being recorded by the buoy. I hope that everyone in the area is staying safe and taking necessary precautions. And thank you for sharing the information about Buoy 41009 - it's a reminder of the power of these storms and the potential damage they can cause. Hopefully, it will be back up and running soon. Stay safe!
 

Related to Monitoring Buoy Data from Pascagoula, MS During Hurricane Ivan

1. How is data collected from the monitoring buoys during Hurricane Ivan?

Data is collected from the monitoring buoys using a variety of instruments and sensors that are attached to the buoy. These instruments measure parameters such as wave height, wind speed, and water temperature. The data is transmitted to a satellite, which then sends it to a receiving station on land.

2. What types of data are collected from the monitoring buoys?

The monitoring buoys collect a wide range of data, including wave height, wave direction, wind speed and direction, water temperature, air temperature, and barometric pressure. Some buoys may also have sensors for measuring salinity and ocean currents.

3. How often is the data from the monitoring buoys updated during Hurricane Ivan?

The data from the monitoring buoys is typically updated every 30 minutes during a hurricane. However, in the event of a particularly severe storm, updates may be more frequent to ensure accurate and timely information.

4. How is the data from the monitoring buoys used during Hurricane Ivan?

The data from the monitoring buoys is used by scientists and meteorologists to track the intensity and movement of the hurricane, as well as to make predictions about storm surge and potential impacts on coastal areas. It is also used by emergency management officials to make decisions about evacuations and other emergency measures.

5. How reliable is the data from the monitoring buoys during Hurricane Ivan?

The data from the monitoring buoys is considered to be highly reliable during Hurricane Ivan. These buoys are specifically designed and built to withstand harsh weather conditions and are regularly maintained and calibrated. The data is also cross-checked with data from other sources, such as satellites and land-based weather stations, to ensure accuracy.

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