Flooding along portions of the Mississippi River
![Landsat-8 False Color RGB images + GOES-16 River Flood Areal Extent product near the confluence of the Mississippi and Ohio Rivers [click to enlarge]](https://cimss.ssec.wisc.edu/satellite-blog/wp-content/uploads/sites/5/2019/06/190601_1636utc_landsat8_falsecolor_goes16_floodingWaterFraction_Mississippi_Ohio_River_anim.gif)
Landsat-8 False Color RGB image + GOES-16 River Flood Areal Extent product near the confluence of the Mississippi and Ohio Rivers [click to enlarge]
The River Flood Areal Extent product — derived using GOES-16 data — as depicted in AWIPS is shown below.
Farther to the northwest, a similar comparison of a Landsat-8 False Color RGB image and the GOES-16 River Flood Areal Extent product near the confluence of the Mississippi and Missouri Rivers (below) revealed river flooding near St. Louis, Missouri.![Landsat-8 False Color RGB images + GOES-16 River Flood Areal Extent product near the confluence of the Mississippi and Missouri Rivers [click to enlarge]](https://cimss.ssec.wisc.edu/satellite-blog/wp-content/uploads/sites/5/2019/06/190601_1636utc_landsat8_falsecolor_goes16_floodingWaterFraction_Mississippi_River_STL_anim.gif)
Landsat-8 False Color RGB image + GOES-16 River Flood Areal Extent product near the confluence of the Mississippi and Missouri Rivers [click to enlarge]
The Mississippi River has not been as high as it is right now in St. Louis since 1993! At 43.41 ft. the river is now at it's second highest level on record at St. Louis. It's still rising! #stlwx #mowx pic.twitter.com/JkRPkRxPOZ
— NWS St. Louis (@NWSStLouis) June 2, 2019
Maps of 7, 14 and 30-day precipitation (below) depicted heavy rainfall focused across southern Iowa, northern Missouri and northwestern Illinois — it was this heavy rain that exacerbated the ongoing river flooding problems in parts of the central US.
Much of the 30-day precipitation north (upstream) of the flooding areas shown above was 4-8 inches above normal, or 200-300% of normal (below).