#ILwx #INwx #OHwx #KYwx Isolated showers possible today…calm/warmer stretch of weather ahead. K.

Key Points – Tuesday, June 6, 2017:

Synopsis: Good Tuesday morning! A little bit of a sneaky shower/storm threat across parts of Indiana and western Ohio later today that we discuss in the video, overall a quieter stretch of weather ahead. We go into detail in the video on winds, temperatures and dew points from normal over the next 4 days, as well as a big warm up in the forecast into the weekend and early next week. Getting into week 2 we expect the pattern to return to active here in the Midwest. Have a blessed day!

Expecting ~6-10pm scattered showers and storms possible tonight…coverage around 30-40% and will be quick-moving across northern/western Ohio into western/central Indiana…dry to the west.

Dry throughout the rest of the week overall across the Midwest…here’s the latest wind forecast over the next 4 days:

Temperatures over the next 4 days:

New cool graphic we are rolling out today…dew point anomalies (from normal) over the next 4 days…drier and cooler than normal…will be nice!

Next decent shot for some showers/storms comes later Friday night into Saturday morning ~30% coverage:

Total rainfall from the European model over the next 7 days shows the drier than normal pattern overall with little in the way of precipitation expected:

Week 2 we start to ramp back up rainfall chances in the week 2 forecast…these outlooks are freshly updated on the site every day, make sure to check them out! The ridge in the western US relaxes here, allowing the moisture Pacific waters to be pushing into the Midwest.

Confidence:

  • Average confidence of some spotty showers across eastern/central IN and western OH later tonight…very scattered in nature.
  • Average confidence of scattered showers later Friday night into Saturday morning.
  • Above average confidence we are drier and warmer than normal overall in the Midwest over the next week.
  • Increasing confidence the pattern returns to active into week 2 as we feel more influence of the Pacific jet stream.

Video (7 min):