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This record has been discounted by Meteo France. Paulhus in a Monthly Weather Review article published in 1965 (Vol. There is also an unofficial 24-hour total of 1,870 mm (73.62”) at Cilaos on March 15-16, 1952 that is cited by J.L.H. It is generally acknowledged (and officially accepted by the WMO) that the greatest 24-hour rainfall record also occurred on Reunion Island at the site of Foc-Foc on January 7-8, 1966 when 1,825 mm (71.85”) on rainfall was measured during Tropical Storm Denise. Table from ‘Monthly Weather Review’ article. Table from ‘Monthly Weather Review’ article.Ī table comparing the Baril 1600 rainfall event of February 27-Mato the Reunion Island and world all-time precipitation records for various periods of time. The 3000.5 mm 48-hour total for the Baril1600 location occurred between 8.33 p.m. local time 24-hour precipitation totals (in millimeters) for the sites listed on the map above during the period of February 27-March 4, 1993. Map from ‘Monthly Weather Review’ article by Alain Barcelo et al.Ībove is a table of the 7 a.m. The back circles indicate the location of official Meteo France rain gauges and the numbered squares the gauges used in the research project.
![precipitation totals last 48 hours precipitation totals last 48 hours](http://1.bp.blogspot.com/-obK320ASRYQ/UVDtaQor5tI/AAAAAAAAbhI/CY59Qulyhe0/s1600/Screen+Shot+2013-03-25+at+7.35.17+PM.png)
The Baril transect is where the heaviest rainfall apparently occurs on a regular basis on the island. Geographic location of rain gauges on the Piton de la Fournaise massif used in the study. Nevertheless, the equipment used in the research project was of exacting standards and the measurement at Baril 1600 was in line with other measurements made in the region during the event. This may be the reason that the WMO has not accepted the Baril 1600 reading, since the gauge was not part of the official Meteo France (French Meteorological Organization) rain gauge network on the island. The article states that the rain gauge at Baril 1600 was part of a 5-year investigation of water resources on the Piton de la Fournaise massif on Reunion Island undertaken by the University of Reunion Island. This rainfall event was the subject of a scholarly article in the December 1997 issue of Monthly Weather Review, Vol. However, the WMO committee does not appear to have been aware of (or dismissed) an even greater 48-hour total that also occurred on Reunion Island on February 27-Mawhen a site identified as Baril 1600 (the 1600 refers to the site’s elevation of 1,600 m/6,300’) measured 3,000.5 mm (118.13”) during an intense generalized rainfall event associated with Tropical Depression Hutelle that affected the island from February 27 to March 5 that year. Previous to the now officially recognized Cherrapunji 48-hour record mentioned above, the previous record was thought to be 2,467 mm (97.13”) set on March 15-17, 1952 at Cilaos, Reunion Island, a French territory in the Indian Ocean. However, this may not be what was truly the greatest 48-hour precipitation record. The figure is said to be an amazing 2,493 mm (98.15”) at Cherrapunji, India that fell on June 15-16, 1995. WMO (World Meteorological Organization) recently announced that a ‘new’ world record for a 48-hour (or two day) period has been confirmed following an investigation by a group of climatologists from around the world.
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When rainfall rates exceed 1.00 inch per hour, or water level increases by 0.5 feet per hour, the ARMS system emails an alert to a County representative and to the County's weather service.ĭisclaimer: the near-real time data on this page is provisional and not subjected to the quality control procedures applied to our other data sets.World Rainfall Records for 24- and 48-Hour Periods Data are recorded hourly, with rainfall recorded in increments of 0.10 inch. The ARMS program allows interested persons to see how rainfall varies throughout the County and helps them to understand rain and water level conditions in their specific areas of interest. The Sarasota County Automated Rainfall Monitoring System (ARMS) consists of remote monitoring stations located throughout the county that record rainfall and water level information and send this data in real-time to a central receiving station.
Precipitation totals last 48 hours download#
Click on a rainfall amount to open a popup window with a link to get station details, graphs of recent data, and a link to download the station's data. Use the buttons at left to display cumulative rainfall for the previous day, week, or month for all stations. This mapping application is designed to provide a summary of recent rainfall in Sarasota County, as measured by County-operated remote monitoring stations.
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