Mikkelsen, A. B.3; Hasholt, Bent3; Knudsen, N. T.4; Nielsen, Morten Holtegaard2
1 Department of Civil Engineering, Technical University of Denmark2 Section for Arctic Technology, Department of Civil Engineering, Technical University of Denmark3 University of Copenhagen4 Aarhus University
For 3 years, during a 4-year observation period (2007-2010), jokulhlaups were observed from a lake at the northern margin of Russells Gletscher. At a gauging station located on a bedrock sill near the outlet of Watson River into Sdr Stromfjord, discharge and sediment transport was monitored during the jokulhlaups. The stage rose up to 5.3 m and a maximum discharge of 1,430 m(3) s(-1) was recorded. The jokulhlaups were very different, indicating varying influences of weather and englacial drainage conditions. Although the jokulhlaups caused high discharge and sediment transport rates, their share of the annual discharge and sediment transport were less than 2%.
Hydrology Research, 2013, Vol 44, Issue 1, p. 58-67
Greenland Nearctic region; Kangerlussuaq Nearctic region; Russells Gletscher Nearctic region; Watson River Nearctic region; englacial drainage condition; jokulhlaups transport; maximum discharge; sediment transport; 52803, Soil science - Genesis, morphology, classification, geology; Environmental Sciences; Geology; The Faculty of Science; discharge, Greenland, jökulhlaups, Kangerlussuaq, sediment transport