8 Satellite Microwave Radar Observations of Antarctic Sea Ice
Lytle V, Ackley S (1996) Heat flux through sea ice in ilie western Weddell Sea: convective and conductive transfer processes. J Geophys Res 101, no C4: 8853-8868
Lytle VI, Jezek KC, Gogineni SP, Hosseinmostafa AR (1996) Field observations of
microwave backscatter from Weddell sea ice. Int J Remote Sens 17, no 1: 167-180
Martin S, Holt B, Cavalieri DJ, Squire V (1987) Shuttle imaging radar B (SIR-B) Weddell
Sea ice observations: a comparison of SIR-B and scanning multichannel microwave
radiometer sea ice concentrations. J Geophys Res 92, no C7: 7173-7179
Martinson DG, Wamser C (1990) Ice drift and momentum exchange in the winter
Antarctic pack ice. J. Geophys. Res. 95: 1741-1755
Massom RA (1991) Satellite remote sensing of polar regions. Lewis Publishers, Boca
Raton, Florida
Massom M, Drinkwater MR, Haas C (1997) Spatial and temporal distribution of winter
snowcover properties on sea ice in the Weddell Sea. J Geophys Res 102, no C2: 1101-1117
McPhee MG, Ackley SF, Guest P, Huber BA, Martinson DG, Morison JH, Muench RD,
Padman L, Stanton TP (1996) The Antarctic zone flux experiment. Bull Am Meteorol
Soc 77, no 6: 1221-1232
Morris K, Jeffries MO (1998) Sea ice characteristics and seasonal variability of ERS-1
SAR backscatter in the Bellingshausen Sea. In: Jeffries MO (ed) Antarctic sea ice
processes, interactions and variability, Antarctic Research Series American Geophysical Union, vol. 74.
Muench RD, Gordon AL (1995) Circulation and transport of water along the western
Weddell Sea. J Geophys Res 100, no C9: 18503-18515
Oelke C (1997) Atmospheric signatures in sea-ice concentration estimates from passive
microwaves: modelled and observed. Int J Remote Sens 18, no 5: 1113-1136
Ross H (in preparation) Ein massenerhaltendes hydrographisches Inversmodell mit
verallgemeinerter Vertikalkoordinate angewandt auf den Atlantischen Sektor des
Siidlichen Ozeans. PhD Thesis, Alfred-Wegener-Institut fiir Polar- und Meeresforschung, Bremerhaven, Germany
Stern HL, Rothrock DA, Kwok R (1995) Open water production in Arctic sea ice: satellite measurements and model parameterizations. J Geophys Res 100, no Cw:
20601-20612
Stoffelan A, Anderson DLT (1993) ERS-1 scatterometer data characteristics and wind
retrieval skill space at the service of our environment. Proc 1st ERS-1 Symp, November 4-6, 1992, Cannes, France, pp 41-47
Thomas JP, Turner J , Lachlan-Cope TA, Corcoran G (1995) High resolution observations of Weddell Sea surface currents using SAR sea-ice motion vectors. Int J Remote
Sensing 16, no 17: 3409-3425
Thorndike AS (1985) Kinematics of sea ice. In: Untersteiner N (ed) The geophysics of
sea ice, Plenum, New York, pp 489-549
Viehoff T, Li A (1995) Iceberg observations and estimation of submarine ridges in the
western Weddell Sea. Int J Remote Sens 16, no 17: 3391-3408
Vihma T, Launiainen J, Uotila J (1996) Weddell Sea ice drift: kinematics and wind forcing. J Geophys Res 101, no C8: 18279-18296
White WB, Petersen RG (1996) An Antarctic circumpolar wave in surface pressure wind
temperature and sea-ice extent. Nature 380: 699-702
Lytle V, Ackley S (1996) Heat flux through sea ice in ilie western Weddell Sea: convective and conductive transfer processes. J Geophys Res 101, no C4: 8853-8868
Lytle VI, Jezek KC, Gogineni SP, Hosseinmostafa AR (1996) Field observations of
microwave backscatter from Weddell sea ice. Int J Remote Sens 17, no 1: 167-180
Martin S, Holt B, Cavalieri DJ, Squire V (1987) Shuttle imaging radar B (SIR-B) Weddell
Sea ice observations: a comparison of SIR-B and scanning multichannel microwave
radiometer sea ice concentrations. J Geophys Res 92, no C7: 7173-7179
Martinson DG, Wamser C (1990) Ice drift and momentum exchange in the winter
Antarctic pack ice. J. Geophys. Res. 95: 1741-1755
Massom RA (1991) Satellite remote sensing of polar regions. Lewis Publishers, Boca
Raton, Florida
Massom M, Drinkwater MR, Haas C (1997) Spatial and temporal distribution of winter
snowcover properties on sea ice in the Weddell Sea. J Geophys Res 102, no C2: 1101-1117
McPhee MG, Ackley SF, Guest P, Huber BA, Martinson DG, Morison JH, Muench RD,
Padman L, Stanton TP (1996) The Antarctic zone flux experiment. Bull Am Meteorol
Soc 77, no 6: 1221-1232
Morris K, Jeffries MO (1998) Sea ice characteristics and seasonal variability of ERS-1
SAR backscatter in the Bellingshausen Sea. In: Jeffries MO (ed) Antarctic sea ice
processes, interactions and variability, Antarctic Research Series American Geophysical Union, vol. 74.
Muench RD, Gordon AL (1995) Circulation and transport of water along the western
Weddell Sea. J Geophys Res 100, no C9: 18503-18515
Oelke C (1997) Atmospheric signatures in sea-ice concentration estimates from passive
microwaves: modelled and observed. Int J Remote Sens 18, no 5: 1113-1136
Ross H (in preparation) Ein massenerhaltendes hydrographisches Inversmodell mit
verallgemeinerter Vertikalkoordinate angewandt auf den Atlantischen Sektor des
Siidlichen Ozeans. PhD Thesis, Alfred-Wegener-Institut fiir Polar- und Meeresforschung, Bremerhaven, Germany
Stern HL, Rothrock DA, Kwok R (1995) Open water production in Arctic sea ice: satellite measurements and model parameterizations. J Geophys Res 100, no Cw:
20601-20612
Stoffelan A, Anderson DLT (1993) ERS-1 scatterometer data characteristics and wind
retrieval skill space at the service of our environment. Proc 1st ERS-1 Symp, November 4-6, 1992, Cannes, France, pp 41-47
Thomas JP, Turner J , Lachlan-Cope TA, Corcoran G (1995) High resolution observations of Weddell Sea surface currents using SAR sea-ice motion vectors. Int J Remote
Sensing 16, no 17: 3409-3425
Thorndike AS (1985) Kinematics of sea ice. In: Untersteiner N (ed) The geophysics of
sea ice, Plenum, New York, pp 489-549
Viehoff T, Li A (1995) Iceberg observations and estimation of submarine ridges in the
western Weddell Sea. Int J Remote Sens 16, no 17: 3391-3408
Vihma T, Launiainen J, Uotila J (1996) Weddell Sea ice drift: kinematics and wind forcing. J Geophys Res 101, no C8: 18279-18296
White WB, Petersen RG (1996) An Antarctic circumpolar wave in surface pressure wind
temperature and sea-ice extent. Nature 380: 699-702