Monday, October 31, 2022

Missouri River Gives Up Her Wrecks

A symptom of the midwestern drought is the shrinking Missouri River that has reached record low water levels, restricting trade on the river and exposing hundred year-old paddle steamer wrecks. Nearly sixty percent of the northern Great Plains and Midwest is experiencing below average rainfall causing the river levels to drop, disrupting barge traffic critical to moving harvest products downstream for export.  The river carries more than half of US grain exports, but traffic is down about 45%.

The river was never easy to navigate as Mark Twain famously discovered working on paddle steamers in the 19th century.   In modern times, the rivers has been extensively altered and dredged to keep it navigable.  But in this drought sandbars once sufficiently covered by water to allow safe passage are now exposed, or nearer to the water's surface.  The US Coast Guard has counted eight barge groundings   Federal officials have temporarily closed some stretches of the river and advised barge operators to lighten their loads. [the Diamond Lady, credit Getty Images]

Low water has also allowed some interesting discoveries.  Sightseers are flocking on foot to Tower Rock in Perry County, Missouri, a rock formation normally only accessible by boat.  Shipwrecked paddle steamers are popping up too.  The steamer North Alabama, which sank in 1870, appeared above the waterline again.  It surfaced in 2004 and 1904.  The ship was a 200 ton wooden packet steamer en route to Montana gold fields with supplies when it hit a snag that holed the bottom near the Nebraska shore. It carried a cargo worth $300,000 in today's money.  More recent vessels exposed include the Diamond Lady, a floating casino taken out of commission in 1999 that succumbed to a storm in 2021.  A hundred year old ferry boat, presumed to be the SS Brookhill, sunk near Baton Rouge, LA in 1915. Its remains now rest high and dry on the river bank.  More historical treasurers may come to light if the drought conditions continue. [photo credit: AP]