The Nye model of jökulhlaups is able to explain both their periodicity and even the detailed shape of the flood hydrograph. In this paper, we show how the model can be used to predict the shape of the hydrographs from the subglacial lake Grímsvötn beneath Vatnajökull in Iceland, and we comment on three particular issues that have proved contentious in the application of the Nye model: the role of water temperature; the shape of the flood channel; and the value of the bed roughness coefficient. © 2009 The Royal Society
A model subglacial drainage system, coupled to an ice-dammed reservoir that receives a time-varying ...
Ice dynamics are strongly controlled by processes taking place at the interface between the ice and ...
Active volcanoes and hydrothermal systems underlie ice caps in Iceland. Glacier–volcano interactions...
The classical theory of channelized subglacial drainage,due orginally to Röthlisberger (1972) and Ny...
Abstract The paper describes a simplified mathematical model aimed at fitting available hydrographs ...
[1] The largest glacier outburst flood (jökulhlaup) ever recorded in Iceland occurred in 1996 and c...
We explore a mathematical model that couples together a thermomechanically evolving subglacial chann...
The ways in which subglacial hydrology relates to velocity variations of glaciers has been a topic o...
Ice sheets and mountain glaciers are critically important components of Earth'sclimate system due to...
Hydrograph shape as a control of the sedimentary impact of jökulhlaups (glacial outburst floods) Exi...
We explore a mathematical model that couples together a thermomechanically evolving subglacial chann...
The rapid drainage of supraglacial lakes injects substantial volumes of water to the bed of the Gree...
Ice cauldrons are depressions which form at the surface of ice sheets when an underlying subglacial ...
Much previous research at surge-type glaciers has sought to identify features diagnostic of surge-ty...
Abstract The Kverkfjöll area, NE Iceland is characterised by subglacial basalt pillow lavas erupted ...
A model subglacial drainage system, coupled to an ice-dammed reservoir that receives a time-varying ...
Ice dynamics are strongly controlled by processes taking place at the interface between the ice and ...
Active volcanoes and hydrothermal systems underlie ice caps in Iceland. Glacier–volcano interactions...
The classical theory of channelized subglacial drainage,due orginally to Röthlisberger (1972) and Ny...
Abstract The paper describes a simplified mathematical model aimed at fitting available hydrographs ...
[1] The largest glacier outburst flood (jökulhlaup) ever recorded in Iceland occurred in 1996 and c...
We explore a mathematical model that couples together a thermomechanically evolving subglacial chann...
The ways in which subglacial hydrology relates to velocity variations of glaciers has been a topic o...
Ice sheets and mountain glaciers are critically important components of Earth'sclimate system due to...
Hydrograph shape as a control of the sedimentary impact of jökulhlaups (glacial outburst floods) Exi...
We explore a mathematical model that couples together a thermomechanically evolving subglacial chann...
The rapid drainage of supraglacial lakes injects substantial volumes of water to the bed of the Gree...
Ice cauldrons are depressions which form at the surface of ice sheets when an underlying subglacial ...
Much previous research at surge-type glaciers has sought to identify features diagnostic of surge-ty...
Abstract The Kverkfjöll area, NE Iceland is characterised by subglacial basalt pillow lavas erupted ...
A model subglacial drainage system, coupled to an ice-dammed reservoir that receives a time-varying ...
Ice dynamics are strongly controlled by processes taking place at the interface between the ice and ...
Active volcanoes and hydrothermal systems underlie ice caps in Iceland. Glacier–volcano interactions...