Miami Conservancy District

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The Miami Conservancy District is a river management agency operating in Southwest Ohio to control flooding of the Great Miami River and its tributaries. It was organized in 1914 following the catastrophic Great Dayton Flood of the Great Miami River in March 1913, which hit Dayton, Ohio particularly hard. Designed by Arthur Ernest Morgan, the Miami Conservancy District built levees, straightened the river channel throughout the Miami Valley, and built five dry dams on various tributaries to control flooding. The district and its projects are unusual in that they were funded almost entirely by local tax initiatives, unlike similar projects elsewhere which were funded by the federal government and coordinated by the U.S. Army Corps of Engineers.

Historical perspective[edit]

The 1913 flood has been ascribed[by whom?] in part to the 1912 eruption of Mount Katmai and its daughter volcano Novarupta in Alaska.[citation needed] In one of the greatest recorded volcanic events, Novarupta emitted enough fine ash into the atmosphere to block sunlight and cool the climate of the Northern Hemisphere that winter.

The success of the Miami Conservancy District helped to inspire the development of the much larger Tennessee Valley Authority during the Great Depression.

Dams[edit]

The district manages five dry dams. They are hydraulic fill dams constructed from 1919 to 1921 using fill trestles.

Englewood Dam[edit]

Located near Englewood, Ohio, Englewood dam is the largest of the dams maintained by the district. It regulates the flow of the Stillwater River into the Great Miami River. It consists of 3,500,000 cubic yards (2,700,000 m3) of earth, is 110 feet (34 m) high and stretches 4,716 feet (1,437 m). U.S. Route 40 crosses the top of the dam. The dam can contain 209,000 acre feet (258,000,000 m3) of flood water over 6,350 acres (26 km2). It was constructed in 1919 and consists of as much earth as the Great Pyramid of Giza.

Germantown Dam[edit]

Located near Germantown, Ohio, Germantown Dam regulates the flow of Twin Creek into the Great Miami River. It consists of 865,000 cubic yards (661,000 m3) of earth, is 100 feet (30 m) high and 1,210 feet (370 m) wide. The dam can contain 73,000 acre feet (90,000,000 m3) of flood water over 2,950 acres (11.9 km2) (12 km²). It was constructed in 1920.

Huffman Dam[edit]

Located near Fairborn, Ohio, Huffman Dam regulates the flow of the Mad River into the Great Miami River. It consists of 1,665,000 cubic yards (1,273,000 m3) of earth, is 65 feet (20 m) high and spans 3,340 feet (1,020 m). The dam can contain 124,000 acre feet (153,000,000 m3) of flood water over 7,300 acres (30 km2).

Lockington Dam[edit]

Located north of Piqua, Ohio outside the village of Lockington, Ohio, Lockington dam regulates the flow of Loramie Creek into the Great Miami River. It consists of 1,135,000 cubic yards (868,000 m3) of earth, is 69 feet (21 m) high and spans 6,400 feet (2,000 m). The dam can contain 63,000 acre feet (78,000,000 m3) of flood water over 3,600 acres (15 km2) (15 km²). It was constructed in 1919.

Taylorsville Dam[edit]

Located near Vandalia, Ohio, Taylorsville Dam regulates the Great Miami River. It consists of 1,235,000 cubic yards (944,000 m3) of earth, is 67 feet (20 m) high and spans 2,980 feet (910 m). When full, the dam would inundate 9,650 acres (39.1 km2) (39 km²). It was constructed in 1919.

Recreation[edit]

The Miami Conservancy District builds and plans a system of bikeways along the Miami corridor. Currently, bike trails follow the Great Miami River much of the way through Montgomery and Warren Counties. The current northern trail terminus is in Piqua with the southern terminus at state route 73 on the opposite bank of the Great Miami river from Trenton, OH.

External links[edit]