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1. Ice Thickness and Surface Elevation, Southeastern Ross Embayment, West Antarctica [NSIDC-0099]
Ice surface elevation and ice thickness data are available for a portion of the West Antarctic Ice Sheet. The investigators utilized a laser altimeter and ice-penetrating radar mounted to a Twin ...


2. Millennially Averaged Accumulation Rates for Lake Vostok [NSIDC-0500]
This data set consists of inferred accumulation rates from three radar layers (26, 35 and 41 thousand years old) in the Vostok Subglacial Lake region. Accumulation rates were inferred using Local-Layer ...


3. Modeled Radar Attenuation Rate Profile at the Vostok 5G Ice Core Site, Antarctica [NSIDC-0501]
This data set provides a modeled radar attenuation rate profile, showing the predicted contributions from pure ice and impurities to radar attenuation at the Vostok 5G ice core site in Antarctica, ...


4. IceBridge Mission Flight Reports [IFLTRPT]
The IceBridge Mission Flight Reports data set contains flight reports from NASA Operation IceBridge Greenland, Arctic, Antarctic, and Alaska missions. Flight reports contain information on region, ...


5. IceBridge Sea Ice Freeboard, Snow Depth, and Thickness [IDCSI2]
The NASA IceBridge Sea Ice Freeboard, Snow Depth, and Thickness (IDCSI2) data set contains derived geophysical data products including sea ice freeboard, snow depth, and sea ice thickness measurements ...


6. Subglacial Lakes and the Onset of Ice Streaming: Recovery Lakes [bell_0636883]
This award support a project to study the role that subglacial water plays in the overall stability of major ice sheets.


7. Collaborative Research: Deciphering the Deep Ice and the Ice-water Interface over Lake Vostok Using Existing Radar Data [creyts_0537752]
This award supports a project to evaluate radio-echo intensities in the available SOAR ice-penetrating radar data along grids covering Lake Vostok, and along four regional tracks from Ridge B toward ...


8. Estimating the Salinity of Subglacial Lakes From Existing Aerogeophysical Data [creyts_0636584]
This award supports a project to estimate the salinity of subglacial Lake Vostok, Lake Concordia and the 90 deg.E lake using existing airborne ice-penetrating radar and laser altimeter data. A change ...


9. IceBridge NCAR Navigation, State Parameter, and Microphysics LRT Data [IANCR1B]
The IceBridge NCAR Navigation, State Parameter, and Microphysics LRT Data (IANCR1B) data set contains multiple atmospheric measurements over Antarctica including pressure, temperature, humidity, and ...


10. Millennially averaged accumulation rates for the Lake Vostok region inferred from deep internal layers [Vostok_accum]
The depths of radar-detected internal layers can be used to infer the spatial variability of accumulation rates. Here we infer accumulation rates from three radar layers (26, 35 and 41ka old) in the ...


11. Modeled radar attenuation-rate profile at the Vostok 5G ice-core site [Vostok_atten]
The modeled radar attenuation-rate profile presented here shows the predicted contributions from pure ice and impurities to radar attenuation at the Vostok 5G ice-core site, as well as the total attenuation ...


12. Collaborative Research: Science Opportunities for a Multidisciplinary Long-Range Aircraft for Antarctic Research [csatho_0443556]
NSF OPP Grants 0443556 and 0443391 Collaborative Research: Science Opportunities for a Multidisciplinary Long-Range Aircraft for Antarctic Research The polar regions ...


13. Development of a Polar Multidisciplinary Airborne Imaging System for the International Polar Year 2007-2009 [NSF-ANT06-19457]
This project develops a system of airborne instruments to explore the polar ice sheets and their underlying environments. The instrument suite includes an ice-penetrating radar, laser altimeter, gravimeter ...


14. Understanding the Boundary Conditions of the Lake Vostok Environment: A Site Survey for Future Work [LVS]   CHILD DIFs
Abstract This project with funding provided by the Office of Polar Programs under the Life in Extreme Environments (LExEn) Program, includes a geophysical study of Lake Vostok, ...


15. Mass and Energy Fluxes Through Lake Vostok: Observations and Models [bell_0088047]
This award supports a two year project to address fundamental questions about the mass and energy flux through Lake Vostok, a subglacial lake in East Antarctica, sealed beneath almost 4 kilometers ...


16. Lake Vostok LVS_ECx_X10b [LVS_ECx_X10b]   PARENT DIF
The above data set, LVS_ECx_X10b, was collected during the aerogeophysical transect. This transect is part of the larger project, Understanding the Boundary Conditions of the Lake Vostok Environment: ...


17. Lake Vostok LVS_ECx_X19b [LVS_ECx_X19b]   PARENT DIF
The above data set, LVS_ECx_X19b, was collected during the aerogeophysical transect. This transect is part of the larger project, Understanding the Boundary Conditions of the Lake Vostok Environment: ...


18. Lake Vostok LVS_ECx_X10a [LVS_ECx_X10a]   PARENT DIF
The above data set, LVS_ECx_X10a, was collected during the aerogeophysical transect, starting at 120.994 degrees E longitude and 76.032 degrees S latitude, and ending at 108.996 degrees E longitude ...


19. Lake Vostok LVS_ECx_X19a [LVS_ECx_X19a]   PARENT DIF
The above data set, LVS_ECx_X19a, was collected during the aerogeophysical transect, starting at 107.734 degrees E longitude and -77.374 degrees S latitude, and ending at 119.469 degrees E longitude ...


20. Lake Vostok LVS_ECx_X28a [LVS_ECx_X28a]   PARENT DIF
The above data set, LVS_ECx_X28a, was collected during the aerogeophysical transect, starting at 115.288 degrees E longitude and 75.586 degrees S latitude, and ending at 106.433 degrees E longitude ...


21. Lake Vostok LVS_ECx_X28b [LVS_ECx_X28b]   PARENT DIF
The above data set, LVS_ECx_X28b, was collected during the aerogeophysical transect, starting at 106.618 degrees E longitude and 76.822 degrees S latitude, and ending at 115.417 degrees E longitude ...


22. Lake Vostok LVS_ECx_X37a [LVS_ECx_X37a]   PARENT DIF
The above data set, LVS_ECx_X37a, was collected during the aerogeophysical transect, starting at 105.360 degrees E longitude and 76.292 degrees S latitude, and ending at 114.066 degrees E longitude ...


23. Lake Vostok LVS_ECx_X37b [LVS_ECx_X37b]   PARENT DIF
The above data set, LVS_ECx_X37b, was collected during the aerogeophysical transect, starting at 114.238 degrees E longitude and 75.036 degrees S latitude, and ending at 105.276 degrees E longitude ...


24. Lake Vostok LVS_NCy_Y05a [LVS_NCy_Y05a]   PARENT DIF
The above data set, LVS_NCy_Y05a, was collected during the aerogeophysical transect, starting at 99.152 degrees E longitude and 74.652 degrees S latitude, and ending at 104.057 degrees E longitude ...


25. Lake Vostok LVS_NCy_Y05b [LVS_NCy_Y05b]   PARENT DIF
The above data set, LVS_NCy_Y05b, was collected during the aerogeophysical transect, starting at 104.052 degrees E longitude and 77.609 degrees S latitude, and ending at 99.152 degrees E longitude ...


26. Lake Vostok LVS_NCy_Y11a [LVS_NCy_Y11a]   PARENT DIF
The above data set, LVS_NCy_Y11a, was collected during the aerogeophysical transect, starting at 106.575 degrees E longitude and 77.351 degrees S latitude, and ending at 101.269 degrees E longitude ...


27. Lake Vostok LVS_NCy_Y11b [LVS_NCy_Y11b]   PARENT DIF
The above data set, LVS_NCy_Y11b, was collected during the aerogeophysical transect, starting at 101.280 degrees E longitude and 74.444 degrees S latitude, and ending at 106.597 degrees E longitude ...


28. Lake Vostok LVS_SCy_Y05a [LVS_SCy_Y05a]   PARENT DIF
The above data set, LVS_SCy_Y05a, was collected during the aerogeophysical transect, starting at 118.497 degrees E longitude and 81.888 degrees S latitude, and ending at 106.264 degrees E longitude ...


29. Lake Vostok LVS_SCy_Y05b [LVS_SCy_Y05b]   PARENT DIF
The above data set, LVS_SCy_Y05b, was collected during the aerogeophysical transect, starting at 106.273 degrees E longitude and 78.585 degrees S latitude, and ending at 118.524 degrees E longitude ...


30. Lake Vostok LVS_SCy_Y11a [LVS_SCy_Y11a]   PARENT DIF
The above data set, LVS_SCy_Y11a, was collected during the aerogeophysical transect, starting at 108.950 degrees E longitude and 78.306 degrees S latitude, and ending at 121.723 degrees E longitude ...


31. Lake Vostok LVS_SCy_Y11b [LVS_SCy_Y11b]   PARENT DIF
The above data set, LVS_SCy_Y11b, was collected during the aerogeophysical transect, starting at 121.719 degrees E longitude and 81.506 degrees S latitude, and ending at 108.945 degrees E longitude ...


32. Lake Vostok LVS_WCx_X10a [LVS_WCx_X10a]   PARENT DIF
The above data set,LVS_WCx_X10a, was collected during the aerogeophysical transect, starting at 86.867 degrees E longitude and 79.358 degrees S latitude, and ending at 104.638 degrees E longitude ...


33. Lake Vostok LVS_WCx_X10b [LVS_WCx_X10b]   PARENT DIF
The above data set, LVS_WCx_X10b, was collected during the aerogeophysical transect, starting at 104.590 degrees E longitude and 78.372 degrees S latitude, and ending at 86.813 degrees E longitude ...


34. Lake Vostok LVS_WCx_X19a [LVS_WCx_X19a]   PARENT DIF
The above data set, LVS_WCx_X19a, was collected during the aerogeophysical transect, starting at 103.444 degrees E longitude and 77.815 degrees S latitude, and ending at 86.696 degrees E longitude ...


35. Lake Vostok LVS_WCx_X19b [LVS_WCx_X19b]   PARENT DIF
The above data set, LVS_WCx_X19b, was collected during the aerogeophysical transect, starting at 86.727 degrees E longitude and 78.753 degrees S latitude, and ending at 103.468 degrees E longitude ...


36. Lake Vostok LVS_WCx_X28a [LVS_WCx_X28a]   PARENT DIF
The above data set, LVS_WCx_X19b, was collected during the aerogeophysical transect, starting at 91.255 degrees E longitude and 77.988 degrees S latitude, and ending at 102.357 degrees E longitude ...


37. Lake Vostok LVS_WCx_X28b [LVS_WCx_X28b]   PARENT DIF
The above data set, LVS_WCx_X28b, was collected during the aerogeophysical transect, starting at 102.351 degrees E longitude and 77.258 degrees S latitude, and ending at 91.252 degrees E longitude ...


38. Lake Vostok LVS_WCx_X37a [LVS_WCx_X37a]   PARENT DIF
The above data set, LVS_WCx_X37a, was collected during the aerogeophysical transect, starting at 101.344 degrees E longitude and 76.698 degrees S latitude, and ending at 90.690 degrees E longitude ...


39. Lake Vostok LVS_WCx_X37b [LVS_WCx_X37b]   PARENT DIF
The above data set, LVS_WCx_X37b, was collected during the aerogeophysical transect, starting at 90.695 degrees E longitude and 77.396 degrees S latitude, and ending at 101.358 degrees E longitude ...


40. Lake Vostok LVS_CCx_X45a [LVS_CCx_X45a]   PARENT DIF
The above data set, LVS_CCx_X45a, was collected during the aerogeophysical transect, starting at 99.204 degrees E longitude and 76.310 degrees S latitude, and ending at 105.611 degrees E longitude ...


41. Lake Vostok LVS_CCy_Y01a [LVS_CCy_Y01a]   PARENT DIF
The above data set, LVS_CCy_Y01a, was collected during the aerogeophysical transect, starting at 105.295 degrees E longitude and 79.120 degrees S latitude, and ending at 99.541 degrees E longitude ...


42. Lake Vostok LVS_CCy_Y02a [LVS_CCy_Y02a]   PARENT DIF
The above data set, LVS_CCy_Y02a, was collected during the aerogeophysical transect, starting at 102.754 degrees E longitude and 77.730 degrees S latitude, and ending at 99.936 degrees E longitude ...


43. Lake Vostok LVS_CCy_Y02b [LVS_CCy_Y02b]   PARENT DIF
The above data set, LVS_CCy_Y02b, was collected during the aerogeophysical transect, starting at 105.779 degrees E longitude and 79.075 degrees S latitude, and ending at 102.272 degrees E longitude ...


44. Lake Vostok LVS_CCy_Y03a [LVS_CCy_Y03a]   PARENT DIF
The above data set, LVS_CCy_Y03a, was collected during the aerogeophysical transect, starting at 102.708 degrees E longitude and 77.445 degrees S latitude, and ending at 106.259 degrees E longitude ...


45. Lake Vostok LVS_CCy_Y03b [LVS_CCy_Y03b]   PARENT DIF
The above data set, LVS_CCy_Y03b, was collected during the aerogeophysical transect, starting at 100.299 degrees E longitude and 76.048 degrees S latitude, and ending at 103.601 degrees E longitude ...


46. Lake Vostok LVS_CCy_Y04a [LVS_CCy_Y04a]   PARENT DIF
The above data set, LVS_CCy_Y04a, was collected during the aerogeophysical transect, starting at 100.723 degrees E longitude and 76.036 degrees S latitude, and ending at 106.733 degrees E longitude ...


47. Lake Vostok LVS_CCy_Y05a [LVS_CCy_Y05a]   PARENT DIF
The above data set, LVS_CCy_Y05a, was collected during the aerogeophysical transect, starting at 107.112 degrees E longitude and 78.940 degrees S latitude, and ending at 101.110 degrees E longitude ...


48. Lake Vostok LVS_CCy_Y07a [LVS_CCy_Y07a]   PARENT DIF
The above data set, LVS_CCy_Y07a, was collected during the aerogeophysical transect, starting at 101.887 degrees E longitude and 75.926 degrees S latitude, and ending at 108.133 degrees E longitude ...


49. Lake Vostok LVS_CCy_Y09a [LVS_CCy_Y09a]   PARENT DIF
The above data set, LVS_CCy_Y09a, was collected during the aerogeophysical transect, starting at 104.994 degrees E longitude and 77.095 degrees S latitude, and ending at 108.777 degrees E longitude ...


50. Lake Vostok LVS_CCy_Y09b [LVS_CCy_Y09b]   PARENT DIF
The above data set, LVS_CCy_Y09b, was collected during the aerogeophysical transect, starting at 109.027 degrees E longitude and 78.751 degrees S latitude, and ending at 102.643 degrees E longitude ...


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