Wednesday, December 11, 2024

Search

Buoy Test No Cause for Alarm

Texas Tower No. 4 Station 44066.

By Other News Source

LONG BRANCH – A tsunami buoy located about 75 nautical miles east of Long Branch, N.J. went into “event mode” around 6:38 p.m. Eastern Time April 24, raising concerns after it recorded a steep wave reading, according to a report on NBC 10 Philadelphia.
Texas Tower No. 4 Station 44066 recorded a sudden change of about 55 meters in water depth in a matter of seconds. 
According to the report, “event mode” occurs when the algorithm on the Bottom Pressure Recorder (BPR) detects information more often — every 15 seconds is possible — due to sudden activity.
National Data Buoy Center (NDBC) told NBC 10 Philadelphia the activity was caused by routine maintenance work being done to the buoy. NDBC works on buoys about once a year, and typically turns off the buoys while work is being done to avoid concern like what happened Sunday.
According to NDBC’s website, “Not every Event is a tsunami. In some cases, it can go into Event Mode because of electronic problems, or during the recovery of a BPR. The tsunami warning centers can initiate an Event to have the tsunameter report more frequently in anticipation of tsunami. Events are usually initiated by the seismic signal from an earthquake, and the actual tsunami, if there is one, will pass the tsunameter later. It requires expert analysis to determine a tsunami from the tsunameter data.”

Spout Off

Wildwood – So Liberals here on spout off, here's a REAL question for you.
Do you think it's appropriate for BLM to call for "Burning down the city" and "Black Vigilantes" because…

Read More

North Cape May – Let's put out some facts about EV's and the EV school bus's that Biden was promoting. An EV School bus cost $375,000. Per Bus. The same Diesel Bus is $187,000. Now, guess what…?…

Read More

Sea Isle City – The amount of people who do not stop for pedestrians is astounding. I was halfway across in a marked crosswalk and almost got run over on Landis Ave.

Read More

Most Read

Print Editions

Recommended Articles

Skip to content