11 The RADARSAT Geophysical Processor System
257
Coon MD, Knoke GS, Echert DC (1996) Compensating for daily lead-width motion
when calculating open-water production from weekly data. NWRA Report NWRACR-96-R158
Curlander IC, Holt B, Hussey KC (1985) Determination of sea ice motion using digital
SAR imagery. IEEE I Ocean Eng 10, no 4: 358-367
Fily M, Rothrock DA (1987) Sea ice tracking by nested correlations. IEEE Trans Geosci
Remote Sens 25, no 5: 570-580
Fowler C, Emery W, Maslanik I (1996) The consequences of 7-day sampling for
RADARSAT ice motions and derived fields. NSIDC Report, Boulder, Colorado
Holt B, Rothrock DA, Kwok R (1992) Determination of sea ice motion from satellite
imagery. In: Carsey FD (ed) Microwave remote sensing of sea ice, Geophys Monogr 68
Kwok R, Baltzer T (1995) The geophysical processor system at the Alaska SAR Facility.
Photogramm Engd Remote Sens 61, no 12: 1445-1453
Kwok R, Cunningham G (1994) Backscatter characteristics of the sea ice cover in the
winter Beaufort Sea. I Geophys Res 99, no C4: 7787-7802
Kwok R, Curlander IC, McConnell R, Pang S (1990) An ice motion tracking system at
the Alaska SAR Facility. IEEE I Ocean Eng 15, no 1: 44-54
Kwok R, Rignot E, Holt B, Onstott RG (1992) Identification of sea ice types in spaceborne SAR data. I Geophys Res 97, no C2: 2391-2402
Kwok R, Rothrock DA, Stern HL, Cunningham GF (1995) Determination of ice age using
Lagrangian observations of ice motion. IEEE Trans Geosci Remote Sens 33, no 2:
392-40 0
Martin S, Munoz EA (1997) Properties of the Arctic 2-m air temperature for 1979-present derived from a new gridded data set. I Clim, in press
Maykut GA (1986) The surface heat and mass balance. In: Untersteiner N (ed) The geophysics of sea ice, Series B: Physics, vol 146, Plenum Press, New York
Parmerter RR, Coon M (1972) Model of pressure ridge formation in sea ice. I Geophys
Res 77: 6565-6575
Raney RK, Luscombe AP, Langham EI, Ahmed S (1991) RADARSAT. Proc IEEE 79, no 6:
839-849
Stern, HL, Rothrock DA, Kwok R (1995) Open water production in Arctic sea ice: satellite measurements and model parameterizations. I Geophys Res 100, no ClO:
20601-20612
Thorndike AS, Parkinson C, Rothrock DA (eds) (1992) Report of the sea ice thickness
worksh. 19-21 November, 1991, New Carrolton, Maryland, Applied Physics Laboratory, University of Washington
Untersteiner N (ed) (1986) The geophysics of sea ice. Series B: Physics, vol 146, Plenum
Press, New York
Wadhams P, Comiso I (1992) The ice thickness distribution inferred using remote sensing techniques. In: Carsey FD (ed) Microwave remote sensing of sea ice, Geophys
Monogr 68
Winebrenner DP, Nelson ED, Colony R, West RD (1994) Observations of melt onset on
multiyear Arctic sea ice using ERS 1 synthetic aperture radar. I Geophys Res 99, no
Cn: 22425-22441
Winebrenner DP, Holt B, Nelson ED (1996) Observation of autumn freeze-up in the
Beaufort and Chukchi Seas using ERS-1 synthetic aperture radar. I Geophys Res 101,
no C7: 16401-16419
257
Coon MD, Knoke GS, Echert DC (1996) Compensating for daily lead-width motion
when calculating open-water production from weekly data. NWRA Report NWRACR-96-R158
Curlander IC, Holt B, Hussey KC (1985) Determination of sea ice motion using digital
SAR imagery. IEEE I Ocean Eng 10, no 4: 358-367
Fily M, Rothrock DA (1987) Sea ice tracking by nested correlations. IEEE Trans Geosci
Remote Sens 25, no 5: 570-580
Fowler C, Emery W, Maslanik I (1996) The consequences of 7-day sampling for
RADARSAT ice motions and derived fields. NSIDC Report, Boulder, Colorado
Holt B, Rothrock DA, Kwok R (1992) Determination of sea ice motion from satellite
imagery. In: Carsey FD (ed) Microwave remote sensing of sea ice, Geophys Monogr 68
Kwok R, Baltzer T (1995) The geophysical processor system at the Alaska SAR Facility.
Photogramm Engd Remote Sens 61, no 12: 1445-1453
Kwok R, Cunningham G (1994) Backscatter characteristics of the sea ice cover in the
winter Beaufort Sea. I Geophys Res 99, no C4: 7787-7802
Kwok R, Curlander IC, McConnell R, Pang S (1990) An ice motion tracking system at
the Alaska SAR Facility. IEEE I Ocean Eng 15, no 1: 44-54
Kwok R, Rignot E, Holt B, Onstott RG (1992) Identification of sea ice types in spaceborne SAR data. I Geophys Res 97, no C2: 2391-2402
Kwok R, Rothrock DA, Stern HL, Cunningham GF (1995) Determination of ice age using
Lagrangian observations of ice motion. IEEE Trans Geosci Remote Sens 33, no 2:
392-40 0
Martin S, Munoz EA (1997) Properties of the Arctic 2-m air temperature for 1979-present derived from a new gridded data set. I Clim, in press
Maykut GA (1986) The surface heat and mass balance. In: Untersteiner N (ed) The geophysics of sea ice, Series B: Physics, vol 146, Plenum Press, New York
Parmerter RR, Coon M (1972) Model of pressure ridge formation in sea ice. I Geophys
Res 77: 6565-6575
Raney RK, Luscombe AP, Langham EI, Ahmed S (1991) RADARSAT. Proc IEEE 79, no 6:
839-849
Stern, HL, Rothrock DA, Kwok R (1995) Open water production in Arctic sea ice: satellite measurements and model parameterizations. I Geophys Res 100, no ClO:
20601-20612
Thorndike AS, Parkinson C, Rothrock DA (eds) (1992) Report of the sea ice thickness
worksh. 19-21 November, 1991, New Carrolton, Maryland, Applied Physics Laboratory, University of Washington
Untersteiner N (ed) (1986) The geophysics of sea ice. Series B: Physics, vol 146, Plenum
Press, New York
Wadhams P, Comiso I (1992) The ice thickness distribution inferred using remote sensing techniques. In: Carsey FD (ed) Microwave remote sensing of sea ice, Geophys
Monogr 68
Winebrenner DP, Nelson ED, Colony R, West RD (1994) Observations of melt onset on
multiyear Arctic sea ice using ERS 1 synthetic aperture radar. I Geophys Res 99, no
Cn: 22425-22441
Winebrenner DP, Holt B, Nelson ED (1996) Observation of autumn freeze-up in the
Beaufort and Chukchi Seas using ERS-1 synthetic aperture radar. I Geophys Res 101,
no C7: 16401-16419