Dear WeatherCat fans,
While not completely a drought-buster, we've had an amazing series of storms this past week in the San Francisco Bay Area. Since California has been in a very severe drought, it was important to me to make some sense of what this additional rainfall had done. To do this, I have kept an Excel spreadsheet that I periodically update manually. It is the bottom graph on my website's graphs page (http://www.canebas.org/Weather/Canebas_graphs.html). I've reproduced it here with the companion text below it:
(http://www.canebas.org/Weather/Cum_rainfall_2011-2012.jpg)
Comparison of observed rainfall at Canebas Weather station with seasonal averages for Orinda as reported by: idcide.com (http://www.idcide.com/weather/ca/orinda.htm). Data is updated manually. Last update March 17, 2012. February was less than 1/2 of normal. However the storms of the week of March 12 have produced more than twice the normal rainfall for a normal month of March. To March 17, Orinda was now up to 82% of normal rainfall up to March and 74% of normal rainfall for the whole year. On March 1, Orinda had received only 40% of an average yearly rainfall.
Now the simplest way for anyone else do recreate this is to follow my lead and crunch the numbers in a spreadsheet program and produce the graphs by hand. I'll be happy to share the spreadsheet with the caveat that . . . . well it isn't the neatest spreadsheet in the world! :-[
I'm tossing this graph into the WeatherCat Feature Requests topic (as I had done before for LWC) as a sort of consciousness raising effort. I'm afraid for folks living in "moist" corners of the world . . . . like Scotland ;D - such graphs could be positively depressing!! [heavyrain] However, reports on MacWeather and other places have shown that even obviously "drought-proof" corners of the world - ain't no more. :(
Given that climatic instability seems more real than any other slogan of recent times folks may want to track information like this in an easier way than manually moving data into a spreadsheet. However, this is a very messy and awkward problem to automate. My purpose is mostly to give an example of how one might want to use WeatherCat to track broader climatic trends. Hopefully, through a conversation about this sort of problem, we might decide if there is something WeatherCat might do to help us with this sort of problem or . . . . . decide a spreadsheet is good enough!
Cheers, Edouard [cheers1]