How many people died in the 1913 flood in Ohio?
When the flood was over, Ohioans began to assess the damage. At least 428 people died during the Flood of 1913, and more than twenty thousand homes were totally destroyed. Property damage was extensive, as many other homes were seriously damaged. Factories, railroads, and other structures also faced major losses.
What year did Hamilton Ohio flood?
1913
Today in History, March 26, 1913: Hamilton devastated by Great Miami River flood.
What caused the flood of 1913?
The Dayton flood of March 1913 was caused by a series of severe winter rainstorms that hit the Midwest in late March. Within three days, 8–11 inches (200–280 mm) of rain fell throughout the Great Miami River watershed on already saturated soil, resulting in more than 90 percent runoff.
When did Ohio experience its worst flood?
01/27/1937
#1 – Flood Crest at 52.15 ft (Upper Gauge) on 01/27/1937. In 1937, the worst Ohio River flood in history covered 60 percent of the City of Louisville and 65 square miles of Jefferson County outside the old city. About 23,000 people were evacuated. Damages totaled more than $1 billion in today’s dollars.
What was the Great Flood of 1913?
The Great Flood of 1913 occurred between March 23 and March 26, after major rivers in the central and eastern United States flooded from runoff and several days of heavy rain. Related deaths and damage in the United States were widespread and extensive.
How many people have died in the Great Miami River?
Flooding in the Great Miami River basin caused at least 260 deaths, more than in any other river basin. Approximately seventeen people died in flooding in the Whitewater River basin.
Does Ohio have flooding?
Photos: Flooding across Northeast Ohio turns roads into rivers and backyards into swamps. Heavy rain caused widespread flooding across Northeast Ohio. Residents woke up to their streets turned into rivers and their backyards into swamps and ponds.
How many people died in the Ohio River flood?
385 died
Flooding along the Ohio River turned the waterway into a 25-mile-wide lake. The damage stretched from Pittsburgh to Cairo, Ill. Every county bordering Kentucky and others north of those were affected. Nearly 1 million people were left homeless, and 385 died.
Where in the US are floods most common?
Basically all states starting on the East coast and going West to North Dakota, South Dakota, Nebraska, Kansas, Oklahoma, and Texas experience the majority of flooding in the country, as well as Colorado. There are many types of floods that hit the US, causing millions in damage each year.
Where does the Great Miami River begin and end?
Great Miami River, river issuing from Indian Lake, Logan county, west-central Ohio, U.S., and flowing south-southwest past Dayton, Middletown, and Hamilton to enter the Ohio River west of Cincinnati after a course of 170 miles (274 km).
When was the worst flood in Ohio in 1913?
Previous maximum stages at Cincinnati, Louisville, and Evansville were not surpassed by the flood of March- April, 1913. Crests from Wabash, Cumberland, and Tennessee rivers reached the Ohio on March 29 and 30.
What caused the Great Flood of 1913?
The direct cause of the floods of March-April, 1913, March-April, 1907, and February, 1884, was heavy rainfall. The rain that caused the flood of 1913 was exceptionally heavy through the northern part of the basin, amounting to 10 inches or more on the divide in northern Ohio.
Could ground storage have prevented the Ohio Valley Flood of 1913?
20THE OHIO VALLEY FLOOD OP MARCH-APRIL, 1913. to prevent its rapid discharge into the streams. It is extremely doubtful, however, if ground storage, even under the most favorable conditions, would have had any material effect in reducing this flood because of the intensity of the precipitation.
What was the maximum daily discharge during the 1913 flood?
The maximum daily discharge during the 1913 flood at the six stations given in Table 17 (p. 80) ranged from 448,000 second-feet (18.1 second-feet per square mile) at Wheeling, W. Va., to 769,000 second-feet (8.49 second-feet per square mile) at Louisville, Ky.