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🌊Ocean heat waves are impacting Florida’s coastlines, but the deeper coastal waters monitored by CDIP Buoys are also feeling the heat. Recent sea surface temperatures (SST) are well above average in most locations, showing a consistently warm regional trend. 🌡️#FloridaHeatWave

Organized by Coastal Defenders, students from the EarthEcho Int'l International ResilienSea Program toured the CDIP lab yesterday. The students learned about waves and the technology used to measure them. 📷 Ken Jacques Photography

And with that, Hilary is now a hurricane. Note: the track forecast was not updated with this advisory. Curious on how to interpret this product? Check out this video from the National Hurricane Center: youtu.be/04QRN5gUe08

How will #Hilary impact San Diego? It will likely be a major rain and wind event for the region, but the path of the storm's center is expected to remain too far east for its major waves to impact the Southern California Bight, according to CDIP Buoys data. #CAwx Map: NOAA

Wave heights are now increasing for the west FL CDIP buoys. Buoy 226 (NDBC 42097) in Pulley Ridge, FL is recording wave height as 19.13 ft and climbing. #HurricaneIdalia #Florida SECOORA Data Portal Map: portal.secoora.org/?ls=cImw-Dwa#m… CDIP Summary: cdip.ucsd.edu/m/products/?st…

CDIP stations measured historic waves from Idalia in FL, peaking at ~9 m (30 ft) off St Petersburg. Waves >4 m Hs were measured at stations along NC. Credit to our station partners in the region: CORMP at UNCW, USF/Tampa Bay PORTS, CSI/ECU, SECOORA, US Navy, and NREL.

TS Ophelia generated waves along the mid-Atlantic, which contributed to coastal flooding and infrastructure damage. Credit to our partners in the region, including USACE FRF, CSI at ECU, CORMP at UNC-W, NSWC Carderock, and @SECOORA.

CDIP stations in HI and CA recorded elevated swell last week, created by a strong extratropical storm system. The Hs exceeded the NOAA GFS WW3 forecast by several meters. With El Nino, more strong storm activity is expected. Credit to PacIOOS who maintain the HI stations.

CDIP stations along the east coast measured historically large and powerful waves earlier this week, caused by an intense extratropical storm. Coastal inundation and erosion was widespread. This bulletin summarizes the complete data set available at cdip.ucsd.edu.

A series of large wave events were recorded at CDIP stations along the WC as a result of storm activity in the Pacific. The pulse that arrived on 12/28 came close to historic records at some stations, and compounded by high tides, caused coastal flooding and erosion.

kpbs.org/news/environme…

nbcsandiego.com/news/local/san…

Winter Storm Finn generated waves that approached historic readings at some CDIP stations, with reports of erosion and damaging inundation in locations like Long Island and Narraganset, caused by storm surge and high tides. Check out our new display at: cdip.ucsd.edu/m/extreme/

CDIP has a new paper out describing recent advances in wave monitoring, including IT infrastructure, QA/QC, wave model visualization/validation and data products. Read the full paper at: tandfonline.com/doi/full/10.10… Other publications can be found at: cdip.ucsd.edu/themes/cdip?zo…

Data are now updating again for CDIP 134 Fort Pierce, following redeployment yesterday. cdip.ucsd.edu/m/products/?st…

CDIP 265 Hollywood Beach, FL was redeployed today. Real-time data are available at: cdip.ucsd.edu/m/products/?st…

Waves from Hurricane Francine were measured at CDIP 255 Trinity Shoal, LA, which is operated with funding from USACE.

CDIP stations off Florida measured historically powerful waves during Hurricane Helene. New records were set for height, while peak periods were several seconds longer than normally measured off West FL during tropical storms in the Gulf of Mexico.

CDIP stations in Florida measured historic waves last week during Hurricane Milton, similar in intensity to those from Hurricane Helene last month, and Hurricane Ian in 2022. This bulletin is a summary of the complete data set available at cdip.ucsd.edu.

CDIP 156 Monterey Canyon Outer, CA was re-established 1/30 with funding by NOAA Integrated Ocean Observing System (IOOS). CDIP's wave buoy array in Monterey Bay, together with stations sponsored by US Army Corps of Engineers, CA State Parks, and the Naval Postgraduate School.