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GLACIER "SKAFTĮRJÖKULL"
Risk type: glacier flood (contain both lakes and water pocket)

Glacier list | Statistics
 

Type:  Outlet glacier
Country:  Iceland
Region:  South Iceland
Massif/Ice Cap:  Vatnajökull
Municipality:  
Municipality code:  
Location:  This Outlet Glacier of the Ice cap Vatnajökull (8100 km2) is flowing south west. Glacial risk from Skaftįrkatlar, two subglacial cauldrons, situated northwest of the glacier. The western cauldron "Vestri Skaftįrketill" (64°30“N,17°37“W, located in the Drainage Basin of WGI IS4V00116a) is the smaller one. The eastern cauldron is larger (64°29“N, 17°31“W, located in the Drainage Basin of WGI IS4V00116a).
 
Latitude (°, cent):  64.272
Longitude (°, cent):  17.953
Surface (km2):  150
Lenght (km):  35
Width (km):  6
Min. altitude (m):  740
Max. altitude (m):  1670
Orientation (°)  230
Slope (°)  1.5

EVENT:  Date  17/9/2002 -  Date quality:Duration: 10 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 689 m3/s (582 m3/s without the base discharge). Total volume: 267 Gl. Collection of meltwater since the last jökulhlaup: 6,4 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

EVENT:  Date  8/7/2002 -  Date quality:Duration: 8 days Duration: 8 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the smaller, western Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  Jökulhlaups from the western cauldron have occurred frequently during the last decades, in average every second year. Typical values were a total volume of 100-300 Gl, with a peak discharge of 200-600 m3/s.
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 720 m3/s (620 m3/s without the base discharge). Total volume: 287 Gl. Collection of meltwater since the last jökulhlaup: 7,0 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  11/8/2000 -  Date quality:Duration: 7 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  Just 6 days before this flood started, there was a jökulhlaup from the western cauldron (Duration: 5-10.august, peak discharge: 699 m3/s, total volume: 223 Gl.)
Deaths(#)  0
Injuried (#)  0
Note  Jökulhlaup from the eastern cauldron: Peak discharge: 1240 m3/s (1083 m3/s without the base discharge). Total volume: 365 Gl. Collection of meltwater since the last jökulhlaup: 6,1 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  25/7/1995 -  Date quality:Duration: 10 dagar   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1994 m3/s (1759 m3/s without the base discharge). Total volume: 559 Gl. This measurements give the total discharge and volume of all rivers concerned: Skaftį, Hverfisfljót and Djśpa. Collection of meltwater since the last jökulhlaup: 10,5 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  17/7/1989 -  Date quality:Duration: 6 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1288 m3/s (1159 m3/s without the base discharge). Total volume: 354 Gl. Collection of meltwater since the last jökulhlaup: 8,4 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  28/11/1986 -  Date quality:Duration: 6 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  It is not unlikly that this jökulhlaup was in connection with a small subglacial volcanic eruption in the cauldron.
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1308 m3/s (1290 m3/s without the base discharge). Total volume: 247 Gl. Collection of meltwater since the last jökulhlaup: 8,5 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Björnsson, H. and Einarsson, P., 1990 - Volcanous beneath Vatnajökull, Iceland: Evidence from radio echo-sounding, earthquakes and jökulhlaups. Jökull 40
Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  18/8/1984 -  Date quality:Duration: 7 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  This was the largest jökulhlaup from the Eastern Cauldron since 1950.
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1560 m3/s (1426 m3/s without the base discharge). Total volume: 411 Gl. Collection of meltwater since the last jökulhlaup: 10,8 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Sigurdsson, O., Snorrason, Į. and Zóphónķasson, S., 1992 - Jökulhlaupaannįll 1984-1988 (Summery of Jökulhlaups 1984-1988) Jökull 42
Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  5/1/1982 -  Date quality:Duration: 7 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1140 m3/s (1077 m3/s without the base discharge). Total volume: 384 Gl. Collection of meltwater since the last jökulhlaup: 12,1 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  17/9/1979 -  Date quality:Duration: 6 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1220 m3/s (1140 m3/s without the base discharge). Total volume: 346 Gl. Collection of meltwater since the last jökulhlaup: 9,6 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  6/2/1977 -  Date quality:Duration: 7 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1160 m3/s (1108 m3/s without the base discharge). Total volume: 320 Gl. Collection of meltwater since the last jökulhlaup: 11,4 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  29/12/1974 -  Date quality:1974/1975, Duration: 5 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1270 m3/s (1224 m3/s without the base discharge). Total volume: 306 Gl. Collection of meltwater since the last jökulhlaup: 8,8 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01

EVENT:  Date  25/1/1970 -  Date quality:Duration: 8 days   

Type:  Glacier flood (contain both lakes and water pocket)
Description  The jökulhlaup originated from the larger, eastern Skaftįr cauldron. Jökulhlaups from the subglacial cauldrons of Skaftįr flow a distance of 40 km beneath the outlet glaciers of Tungnaįrjökull and than Skaftįrjökull to the terminus where the water reaches river Skaftį.
Effects:  
Deaths(#)  0
Injuried (#)  0
Note  Peak discharge: 1380 m3/s (1226 m3/s without the base discharge). Total volume: 493 Gl. Collection of meltwater since the last jökulhlaup: about 10 Gl/month.

DAMAGES    

BIBLIOGRAPHY 

Zóphónķasson, Snorri, 2002 - Rennsli ķ Skaftįrhlaupum 1955-2002 Orkustofnun (National Energy Authority), Greinagerš SZ-2002/01