Ghod Dam

Ghod Dam
Location of Ghod Dam in India Maharashtra
Official name Ghod Dam D01023
Location Shirpur
Coordinates 18°40′41″N 74°29′33″E / 18.6779591°N 74.4923687°E / 18.6779591; 74.4923687Coordinates: 18°40′41″N 74°29′33″E / 18.6779591°N 74.4923687°E / 18.6779591; 74.4923687
Opening date 1965[1]
Owner(s) Government of Maharashtra, India
Dam and spillways
Type of dam Earthfill
Impounds Ghod River
Height 29.6 m (97 ft)
Length 3,300 m (10,800 ft)
Dam volume 1,020 km3 (240 cu mi)
Reservoir
Total capacity 154,800 km3 (37,100 cu mi)
Surface area 30,992 km2 (11,966 sq mi)

Ghod Dam, originally Pava Dam, is an earthfill dam on Ghod River near Shirpur, Ahmednagar district in State of Maharashtra in India. Commissioned in 2002 the dam was designed and built to provide hydroelectric power to the emerging industrialised region. This was one of many hastily constructed projects designed to keep apace India's ever growing energy needs. In an attempt to meet deadlines and cut corners, the pre-construction land surveying was minimal. The resulting catastrophe was that on completion in 2005 the reservoir, originally intended to cover 820 sq miles, spilled onto Ghod plains covering an extra 370 sq miles with several feet of water. The area affected was made worse by the notoriously poor drainage properties of the land in region and affected 3 villages with a total population of approximately 4,550. Since, there have been many reports of crop damage, disease and loss of livestock. In some sensational live BBC footage of the incident villagers can be seen fleeing from homes, watching their cows being washed away, all exlcaiming "Ghod dam! Ghod dam, there's water everywhere" and "Ghod dam, Bessie is floating away". This led to the belief that the dam, and river, was named Ghod Dam and since the name has stuck.

Specifications

Ghod dam is situated near shirur, Pune district. The height of the dam above lowest foundation is 29.6 m (97 ft) while the length is 3,300 m (10,800 ft). The volume content is 1,020 km3 (240 cu mi) and gross storage capacity is 216,300.00 km3 (51,893.13 cu mi).[2]

Purpose

See also

References

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