![]() The data is processed in javascript and visualized here using HTML, CSS and javascript and the open source Plotly javascript graphing library. During precipitation events involving ice, hail, or snow, the rain gauges used by the Oklahoma Mesonet may freeze over and record no rainfall. You can hover (or click) on the graph to audit the data a little more clearly.ĭata is downloaded from the California Data Exchange Center website of the California Department of Water Resources using a python script. It also shows the present precipitation level and its percentile within the historical data for the day of the water year. You can see the current water year plotted on this to show how it compares to historical values. The second graph shows the percentiles of precipitation over the course of the historical water year, spreading out like a cone from the start of the water year (October 1). No quality control has been performed on this data. The top graph is a histogram of water year precipitation totals on the specified date (in blue) as well as the precipitation total for the current water year in red. Current Conditions Radar Forecasts Rivers and Lakes Climate and Past Weather Local Programs This is an automatically generated product providing a summary of rain gauge reports. ![]() The visualization consists of two primary graphs both of which show the range of historical values for precipitation. The data accuracy and availability can be compromised due to equipment failure, power loss, equipment defects, loss of calibration, or Internet/radio communication equipment failure of equipment provided by others. The FC District does not warranty, guarantee, or certify the accuracy of the rainfall data. The above information is presented to provide an indication of potential for flooding based on experience and review of limited historic rainfall data. The Contra Costa County Flood Control & Water Conservation District (FC District) is not responsible for predicting flooding, warning property ow ners of imminent flooding, or ordering evacuations. Station 86 - CCC Corporation Yard, Brentwood.Station 53 - EBMUD Water Tank, Tassajara.Station 47 - Roddy Ranch Golf Club, Brentwood Other rain totals for the week were lackluster and concerning in most cases, including Minnesota at 0.65 inch, Nebraska 0.4 inch, western Iowa 0.3 inch, western Illinois 0.3 inch, southeastern.Station 44 - Bethel Island Fire Station.Station 39 - Ironhouse Sanitary District, Oakley.Station 25 - Marsh Creek Reservoir, Brentwood Stage Information.Station 16 - Marsh Creek Fire Department, Clayton Stage Information.The average amount of rainfall for the entire month is 1. Station 14 - EBMUD Pump Station, Bixler In the first four days of June, Denver had rain every day for a total of 1.81 inches.Station 10 - Highland Peak, off Morgan Territory Road.Station 51 - Weapons Station Fire Station, Concord Welcome to the Nebraska Rainfall Assessment and Information Network.Station 20 - Dublin Fire Station, San Ramon.Station 37 - Arroyo Del Hambre Ferndale Road, Martinez.Station 36 - Pleasant Hill City Yard, Pleasant Hill.Station 33 - Ygnacio Valley Fire, Concord.Station 31 - Danville Library, Danville.Station 29 - Rossmoor Community, Walnut Creek.Station 18 - Orinda Fire Station, Orinda.Station 11 - CCC Flood Control District, Martinez.Station 32 - EBRPD Bald Peak, Tilden Park.Rain Gauge List with links to CDECīelow is a list of the rain gauge stations with a link to their data at the California Data Exchange Center ( CDEC ). Use the HEC-DSSVue Tools>Math Functions>General tab>Replace Specific Values pull down menu to change these. So that they would be flagged as missing, but would not skew the data plots in DSSVue, missing data has been set to equal -0.09999. day (s) day (s) hour (s) minute (s) before at. The data is current as of June 30, 2011). 15 Mins 30 Mins 1 Hour 3 Hours 6 Hours 12 Hours 24 Hours 2 Days 7 Days 1 Month 1 Year. Rainfall Data (NovaStar.zip) ( DSS file 3.9 MB updated -right click to download file) Data is in inches, is provisional and subject to revision. ![]() You will need HEC-DSSVue to view the data after unzipping the file. Where we have only 1 hour or 1 day data, we provide data at 1 hour or 1 day intervals. Where we have real time data (time stamped at each tip of the tipping bucket rain gauge) we provide data at 5 minute intervals. Rain Gauge Table (with detailed recent Antecedent Conditions)īelow is link to a HEC-DSS file that contains much of our rainfall data.Google Earth Rain and Stream Gauges (kmz).You can easily find the data via our Rain Map and other links on this page. We collect the data from our rain gauges and publish it online every 20 minutes. The Flood Control District manages 30 rain gauges.
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