Hotcake Slough B Gallery
Date Observed: Mar 8, 2010
 An exposed ice shelf can pose danger to a traveler. Processes Observed |
 Photo Credits:
Chas Jones Unforeseen ice collapse along the main snowmachine route in Hotcake Slough. Processes Observed |
Sam Demientieff wonders about where the ice goes when there is an ice collapse event that leaves behind an area of open water. Processes Observed |
|
Franziska Kohl asks about water temperature, and Knut Kielland explains the relationship between ice and water level, and the effect of warm water melting the ice from below. Processes Observed |
Sam Demientieff discusses ice bulging and overflow that result from increased water volume in the springtime. Processes Observed |
Sam Demientieff mentions how historically steamboats overwintering in the ice would use springtime overflow on the river edge to raise the boat and float to safety in a slough during breakup. Processes Observed |
|
While standing in Hotcake Slough, Sam Demientieff discusses the effect of warmer temperatures and longer days of springtime on groundwater flow and river ice conditions. Processes Observed |
While standing in Hotcake Slough, Ned Rozell asks about groundwater and underground spring activity, and Knut Kielland explains scientific research being done to answer these questions. Processes Observed |
Chas Jones talks about ice collapse and water depth at Hotcake Slough. Processes Observed |
|
Ned Rozell asks about sediment temperature, and Knut Kielland explains the relationship between air, sediment and water temperatures. Processes Observed |
Sam Demientieff talks about seasonal differences in water quality and volume. Processes Observed |
Knut Kielland talks about Hotcake Slough always having dangerous ice conditions. Processes Observed |
