The geometric approach to force balance advocated by T. Hughes in a series of publications has challenged the analytic approach by implying that the latter does not adequately account for basal buoyancy on ice streams, thereby neglecting the contribution to the gravitational driving force associated with this basal buoyancy. Application of the geometric approach to Byrd Glacier, Antarctica, yields physically unrealistic results, and it is argued that this is because of a key limiting assumption in the geometric approach. A more traditional analytic treatment of force balance shows that basal buoyancy does not affect the balance of forces on ice streams, except locally perhaps, through bridging effects
Basal drag is a fundamental control on ice stream dynamics that remains poorly understood or constra...
In the Amundsen sector of West Antarctica, the flow of glaciers accelerates when intrusion of warm o...
of ice streams can be fallacious" Professor Lliboutry (1995) suggests that there is a deep laye...
The analytical force balance traditionally used in glaciology relates gravitational forcing to ice s...
[1] The analytical force balance traditionally used in glaciology relates gravitational forcing to i...
This is the published version. Copyright 2014Force-balance calculations on Byrd Glacier, East Antarc...
This is the publisher's version, copyright by the International Glaciological Society.No abstract is...
A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice shee...
This is the published version.Patterns of strain rate and slope on the ice streams are unusual. The...
A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice shee...
This is the published version, also available here: http://dx.doi.org/10.3189/002214389793701554.Str...
Ice thickness, computed within the fjord region of Byrd Glacier on the assumptions that Byrd Glacier...
[1] A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice ...
This is the published version, also available here: http://dx.doi.org/10.3189/002214389793701581.A p...
We assess the importance of basal boundary conditions for transient simulations of Basin 3, Austfonn...
Basal drag is a fundamental control on ice stream dynamics that remains poorly understood or constra...
In the Amundsen sector of West Antarctica, the flow of glaciers accelerates when intrusion of warm o...
of ice streams can be fallacious" Professor Lliboutry (1995) suggests that there is a deep laye...
The analytical force balance traditionally used in glaciology relates gravitational forcing to ice s...
[1] The analytical force balance traditionally used in glaciology relates gravitational forcing to i...
This is the published version. Copyright 2014Force-balance calculations on Byrd Glacier, East Antarc...
This is the publisher's version, copyright by the International Glaciological Society.No abstract is...
A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice shee...
This is the published version.Patterns of strain rate and slope on the ice streams are unusual. The...
A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice shee...
This is the published version, also available here: http://dx.doi.org/10.3189/002214389793701554.Str...
Ice thickness, computed within the fjord region of Byrd Glacier on the assumptions that Byrd Glacier...
[1] A geometrical force balance that links stresses to ice bed coupling along a flow band of an ice ...
This is the published version, also available here: http://dx.doi.org/10.3189/002214389793701581.A p...
We assess the importance of basal boundary conditions for transient simulations of Basin 3, Austfonn...
Basal drag is a fundamental control on ice stream dynamics that remains poorly understood or constra...
In the Amundsen sector of West Antarctica, the flow of glaciers accelerates when intrusion of warm o...
of ice streams can be fallacious" Professor Lliboutry (1995) suggests that there is a deep laye...