Author: Matt Griffin

Don't forget to register for our free summer webinar on May 20th, at 11 AM EDT.  The webinar will get emailed to you, even if you cannot make the live session at 11 AM EDT.  Register at BAMWX.COM/WEBINAR IN Video: http://youtu.be/9bmrnHwSI3g?hd=1 Here is a look at past 24 hour rainfall…

IL Video: http://youtu.be/5OlnXMUxGdE?hd=1 Here is a look at the preferred rainfall amounts through tomorrow.  Please watch video for further details.  

IN Video: http://youtu.be/z8uDHQEd4-w?hd=1 Here is a look at preferred rainfall totals out through Monday.  More details discussed in the video.

IA Video: http://youtu.be/M_dgp3tTvIk?hd=1 Here is a look at simulated radar from 2 PM today through 12 PM tomorrow.  Some severe potential will be possible as the storms roll through IA.  All modes of severe weather will be possible.  Please watch video for more details.   Here is a look at…

OH Video: http://youtu.be/RGOCd10ayt4?hd=1 Here is a look at simulated radar from 10 AM through 1 AM tomorrow morning.  More detail in the video. Here is a look at simulated radar from 4 AM tomorrow morning through 6 AM Monday morning.  More details in the video. Here is a look at…

IL Video: http://youtu.be/tFPWO2Ei41Q?hd=1 Here is a look at simulated radar from 9 AM through midnight.  More details in the video: Here is a look at simulated radar from 1 AM tomorrow morning through 3 AM Monday morning.  Some severe potential exist with storms into tomorrow afternoon/ evening with all modes…

IN Video: http://youtu.be/etp4YnlnrIo?hd=1 Simulated radar from 9 AM through 10 PM tonight.  More details in the video. Here is a look at simulated radar from midnight tonight through 6 AM Monday morning.  Some severe weather will be possible tomorrow evening as a cold front sweeps through the state.  All modes…

Good Evening!  Here is a look at modeled visibilities around 7 AM tomorrow morning (the darker colors are indicative of lower visibilities due to fog).  Some patchy fog will be possible late tonight into tomorrow morning  Fog will begin to develop around midnight and should quickly begin to dissipate upon…