|
POSTERS | |
| 3. | Albert | Two Models for Snow and Firn Ventilation: One Detailed, One Simple |
|
9. | Bauer and Scharfen | Advantages of developing and using metadata for Antarctic research |
|
11. | Bentley and Stenoien | Ice Motion Measurements in the Pine Island Glacier Catchment Area |
|
18. | Bridges and others | Preliminary Geochemical Analysis of an Ice Core from the Upper Section of
Ice Stream C |
|
22. | Catania and Paola | A Physical Model of Pressurized Flow Over an Unconsolidated Bed: Implications
for Subglacial Braided Channels. |
|
35. | Gray and others | Ice Motion in West Antarctica from RADARSAT Interferometry |
|
36. | Grosfeld and Gerdes | Ocean Circulation in the Filchner-Ronne Ice Shelf Domain: First Results
of a -Dimensional Ocean Model |
|
54. | Lingle and Kwok | Surface Velocities and Mass Balance in the Thwaites and Pine Island Glacier
Drainage Basins, West Antarctica |
|
55. | Liu and others | Water flow at the bed of ice stream B2 possibly sensed by radar survey |
|
56. | MacAyeal and Hulbe | EISMINT Validation of a New Numerical Model of Ice Sheet Flow |
|
57. | McConnell and Bales | Understanding Atmosphere-to-Snow-to-Firn Transfer of Hydrogen Peroxide at
Siple Dome |
|
58. | Molzer and others | Three Dimensional Stratigraphic Modeling of Glaciated Continental Shelves |
|
61. | Nicholls and others | Oceanographic Conditions on the Southwestern Weddell Sea Continental Shelf
in Early 1998. |
|
62. | Oerter | Summary of Mass Balance Studies on Moellereisstrom and Foundation Ice Stream,
Filchner-Ronne-Schelfeis, Since 1980 |
|
66. | Raymond and others | Current Mass Balance of Siple Dome Summit and Implications for the Balance
of Ice Streams C and D Over the Last 1000 years. |
|
71. | Rosanova and Lucchitta | Thwaites Glacier Velocities and Strain Field using 1995 and 1996 ERS images |
|
73. | Scambos and others | Change Detection and Flow History for the Filchner/Ronne Ice Shelf |
|
79. | Shen | Stratigraphic Modeling of Glaciated Continental Shelves: Effects of Local
Bathymetry |
|
81. | Shuman | Temperature History Reconstruction at Siple Dome from Satellite Observations
and Automatic Weather Stations |
|
85. | Stone and others | Exposure dating constraints on ice volume and retreat history in East Antarctica,
and prospects in West Antarctica |
|
86. | Studinger and others | Geologic Structures Underlying the Onset of West Antarctic Ice Streams:
Constraints from Airborne Geophysical Data |
|
88. | Thorsteinsson and Raymond | The Relative Role of Sliding and Deformation in the Motion of Ice Streams
Over Deformable Till |
|
93. | Villinski and others | Ages and compositions of mixtures of organic compounds extractable from
Ross Sea sediments |
|
97. | Winebrenner and others | Accumulation Rates in Source Regoins of the Siple Coast Ice Streams from
Satellite Microwave and In Situ Observations |
|
98. | Wood and Jenkins | A Two-Layer Model of the Thermohaline Circulation Beneath an Ice Shelf |
| |
MORE POSTERS | |
|
38. | Harrison and others | Installation of Vertical Strain Meters at Siple Dome and Preliminary Results |
|
52. | Le Meur and Hindmarsh | Inferring the present-day imbalance of the West Antarctic ice sheet from
the bedrock isostatic signal. |
|
68. | Reusch and Hughes | Basal Conditions Along Byrd Glacier |
|
77. | Shabtaie and Bentley | Near-surface acidity on and around the Ross Ice Shelf from absolute conductivity
measurements |
|
83. | Spikes and Whillans | Validation of SOAR Laser Altimetry |
|
90. |
Van der Veen | Fracture Mechanics Approach to Investigating Conditions Leading to Ice-Shelf
Break-Up |
|
91. | Vaughan and Doake | Distortion of Cotemporal Layers in Ice Revealed by Ground Penetrating Radar |
|
94. | Waddington and others | Stratigrapic and Thermal Signatures of Ice Divides: Tools to Date Postglacial
WAIS Recession |
|
96. | Willis and Young | A comparison of Satellite RADAR Alitimeter Derived Snow Surfaces and Elevations
Derived from Ground Truth Surveys |
|
12. | Bentley | ICESat: Ground Truth for the WAIS from Space |
|
67. | Raymond and others | The Role of Geodesy in Assessing the State of the West Antarctic Ice Sheet |
|
75. | Scofield and others | The Flow Regime of Byrd Glacier |
| |
ORALS | |
| |
Panel #1 | |
|
74. | Scherer | Pleistocene Collapse of the West Antarctic Ice Sheet Confirmed, and Deep
Till Deformation at Upstream B Questioned |
|
26. | Dunbar and others | Direct Dating and Geochemical Correlations of Englacial Tephra Layers at
two Sites in West Antarctica |
|
1. | Ackert and others | Antarctic Ice Sheet Chronology: Reconstructions Using Surface Exposure Dating |
|
16. | Borns and others | Evidence for Thicker Ice in Interior West Antarctica |
|
8. | Bartek and others | Evidence of Variation in Ice Sheet / Substrate Interactions in a Multi-Scale
Investigation of Glaciated Continental Margins in the Ross Sea and Offshore
Marie Byrd Land, Antarctica. |
|
53. | Licht and Fastook | Constraining a Numerical Ice Sheet Model with Geologic Data Over One Ice
Sheet Advance/Retreat Cycle in the Ross Sea |
|
102. | Hall and Denton | Deglacial Chronology of the Western Ross Sea from Terrestrial Data |
| |
Panel #2 | |
|
19. | Burckle | Sticking my Neck out; Part 1; Living on the Curve; A Farfield View of Melting
Ice Sheets |
|
87. | Taylor | Was the breakup of the West Antarctic Ice Shelves a Trigger for Dangaard/Oeschger
Cycles? |
|
84. | Steig and White | Comparisons among Antarctic and Greenland Ice Cores and Relationship to
Ocean and Atmosheric Circulation and Ice Dynamics |
|
49. | Kellogg | Holocene Transformation of the 'Weak Underbelly' From an Innie to an Outie?
Evidence From the Amundsen Sea Shelf |
|
20. | Burckle | Sticking my Neck out; Part 2; A Funny Thing Happened on the way to the Last
Interglacial. Was it Drawdown of the West Antarctic Ice Sheet? |
|
21. | Burckle | Sticking my Neck out; Part 3; Apparent Late Holocene Migration of the Polar
Front in Some Sectors of the Southern Ocean |
|
4. | Alley and Clark | A Bipolar Perspective on Global Climate Change: Implications for WAISCORES |
| |
Panel #3 | |
|
34. | Gow and others | Ice Cores from Siple Dome |
|
100. | Gow and Messe | Preliminary Analyses of Ice Cores from Siple Dome, West Antarctica |
|
51. | Kreutz and others | Sea Level Pressure Variability in the Amundsen Sea Over the Past Century
Inferred From a West Antarctic Glaciochemical Record |
|
2. | Albert | Properties and Processes of Air-Snow-Firn Exchange at Siple Dome, Antarctica |
|
17. | Braaten | Direct Measurements of Episodic Snow Accumulation on the Antarctic Polar
Plateau |
| |
Panel #4 | |
|
46. | Jacobs | Ice Shelves and Southern Ocean Ventilation |
|
47. | Jenkins and Jacobs | Circulation Beneath Ice Shelves Simulated by an Isopycnic Coordinate Ocean
Model |
|
50. | Khazendar and Jenkins | The Formation of Marine Ice Within Rifts and its Implications for Ice Shelf
Stability |
|
41. | Hughes and Fastook | Linking Antarctic Ice Sheet Stability to the Basal Mass Balance |
|
42. | Hulbe and MacAyeal | The Effect of Ice Shelf Disintegration on the Mass Balance of the West Antarctic
Ice Sheet |
| |
Panel #5 | |
|
32. | Ferrigno and others | Analysis of Coastal Change in Marie Byrd Land and Ellsworth Land, West Antarctica,
Using Landsat Imagery |
|
72. | Sandhager and others | Thematic Maps of Filchner-Ronne Schelfeis: Ice Thickness, Surface Features,
and Extent |
|
10. | Behrendt and others | Changes in the Filchner-Ronne Ice Shelf Since 1957 |
|
7. | Bamber and Vaughan | Historic Flow Features on the Ross and Filchner Ronne Ice Shelves From Satellite
Radar Altimetry |
|
30. | Fahnestock and others | A Millennium of Variable Ice Discharge From the Siple Coast Ice Streams
Recorded on the Ross Ice Shelf |
|
45. | Jacobel and others | Changes in Outlet Geometry of Ice Streams in the Ross Embayment |
|
69. | Rignot | Fast Recession of Pine Island Glacier, West Antarctica |
|
70. | Rignot | Mass Balance and Grounding Line Stability of Antarctic Glaciers Draining
the West Antarctic Ice Sheet into the Ronne Ice Shelf, Antarctica. |
| |
Panel #6 | |
|
33. | Gades and others | Basal Properties of Siple Dome, West Antarctica Inferred from Radio Echo-Sounding
Measurements |
|
28. | Engelhardt and Kamb | Thermal History of the West Antarctic Ice Sheet |
|
23. | Conway | Glacial History of Roosevelt Island, West Antarctica |
|
60. | Nereson | Elevation of Ice Stream Margin Scars after Stagnation |
|
95. | Whillans and Hamilton | ather Strange, Hook-Shaped Feature on Interstream Ridge B1/B2, West Antarctica |
|
76. | Shabtaie and Bentley | Comparison of "wildcat" interpretations of ice-sheet surface features from
satellite imagery with geophysical observations and glaciological principles |
|
44. | Jackson and others | Dynamics of the Shear Margin of Ice Stream B |
|
31. | Fastook | Heat Generation in the Shear Margin: A Finite-Element Model |
| |
Panel #7 | |
|
24. | Corr and others | Reconnaissance Airborne Survey in the Pine Island Glacier Basin |
|
25. | Corr and others | Basal Characteristics of the Rutford Ice Stream / Carlson Inlet Catchment
Area Inferred from Airborne Ice-Sounding Radar |
|
101. | Smith | Rutford Ice Stream and Carlson Inlet: Basal Conditions on Adjacent Active
and Stagnant Ice Streams, and the Intervening Ice Sheet |
|
14. | Blankenship and others | Geologic controls on subglacial melting in West Antarctica: a systematic
evaluation of integrated aerogeophysical observations |
|
13. | Bindschadler and others | The Onset of Ice Stream D, West Antarctica |
|
65. | Price and Whillans | Upstream Migration of the Northern Shear Margin of Ice Stream B1b, West
Antarctica |
| |
Panel #8 | |
|
59. | Morse and others | Driving stress and basal hydrologic potential of central West Antarctica |
|
64. | Peters and others | Basal Conditions of Ice Streams B and C From Coherent Airborne Radar Sounding |
|
80. | Shipp and Anderson | Results From Recent Seismic Investigaions of Ross Sea; Details of the Subglacial
System |
|
48. | Kamb and Englehardt | Physical Conditions and Processes Responsible for West Antarctic Ice Stream
Flow as Revealed by Borehole Observations in Ice Stream B and C and in Interstream
Ridges B1-B2 and C-D |
|
89. | Tulaczyk and Kamb | Stability and Evolution of an Ice Stream Moving Over a Till Bed of Plastic
Rheology: A New Ice-Stream Model Incorporating Non-Linear Dynamics of the
Coupled Ice-Till-Water System |
| |
Panel #9 | |
|
29. | Engelhardt and Kamb | Sticky Spot on Ice Stream C. |
|
5. | Anandakrishnan and Alley | Review of Seismic Studies on Ice Stream C, West Antarctica, and Hypotheses
for its Stagnation. |
|
82. | Smith and others | Ground-Based Radar Study of the Stagnation of Ice Stream C and the Siple
Ice Stream, West Antarctica |
|
15. | Bohlander and Scambos | Ice Streams D and F: Flow Dynamics and Changes |
| |
Panel #10 | |
|
78. | Shabtaie and Bentley | Negative mass balance of ice streams D and E, West Antarctica |
|
92. | Vaughan and others | Drainage Basin Analysis and Improved Calculation of Balance Fluxes for West
Antarctic Ice Streams and Glaciers |
|
99. | Wingham and Mansley | Recent Elevation Change in West Antarctica |
|
37. | Hamilton and Whillans | Thickness Changes on Ice Streams B and C, West Antarctica |
|
40. | Hughes | What's Going On in West Antarctica? |
| |
Panel #11 | |
|
27. | Dupont and Alley | Ice Stream Evolution on a Millennial Time Scale |
|
39. | Hindmarsh | Ice-Stream Waves and Surface Texture and Meso-Scale Variability: the Coupled
Flow of Ice, Till and Water. |
|
63. | Payne and Baldwin | The Role of Thermomechanics in Ice-Stream Evolution |
|
6. | Baldwin and Payne | A Coupled Ice Sheet - Ice Stream Model |
|
43. | Hulbe and others | A New Numerical Model of Coupled Inland, Ice Stream, and Ice Shelf Flow |
| | | |