Extratropical Cyclones: Their Mesoscale Structure, ...
147
Houze RA, Hobbs PV (1982) Organization and structure of precipitating cloud systems.
Adv Geoph 24: 225-315
Kajikawa M, Sakurai K, Kikuchi K (1988) Characteristic features of supercooled raindrops
of freezing precipitation. J Meteor Soc Japan 66: 393-398
Koldaev, AV, Melnichuk YV, Mironov AF (1992) Remote sensing of cloud liquid water
space distribution. Proc. 11th Inti Can! Clouds and Precip, Montreal 573-577
Lambert SJ (1988) A cyclone climatology of the Canadian Climate Centre general circulation
model. J Climate 1: 110-115
Lau KM, Sui CH, Tao WK (1993) A preliminary study of the tropical water cycle and its
sensitivity to surface warming. Bull Amer Meteor Soc 74: 1313-1321
Marecal V, Lemaitre Y (1995) Importance of microphysical processes in the dynamics of a
CSI mesoscale frontal band. Quart J Roy Meteor Soc 121: 301-318
Mazin IP (1995) Cloud water content in continental clouds of middle latitudes. Atmos Res
35: 283-297
McBean GA, Stewart RE (1991) Structure of a frontal system over the northeast Pacific
Ocean. Man Wea Rev 119: 997-1013
Neiman PJ, Shapiro MA (1993) The life cycle of an extratropical marine cyclone. Part II:
mesoscale structure and diagnostics. Man Wea Rev 121: 2177-2199
Palmen E, Newton CW (1948) A study of the mean wind and temperature distribution in
the vicinity of the polar front in winter. J. Meteor 5: 220-226
Rutledge SA, Hobbs PV (1983) The mesoscale and microscale structure and organization
of clouds and precipitation in midlatitude cyclones. VIII: a model for the seeder-feeder process
in warm frontal rainbands. J Atmos Sci 40: 1185-1206
Ryan BF, Wilson KJ (1985) The Australian summertime cool change: III subsynoptic and
mesoscale model. Man Wea Rev 113: 224-240
Ryan BF, Wilson KJ, Zipser EJ (1989) Modification of the thermodynamic structure of
the lower troposphere by the evaporation of precipitation ahead of a cold front. Man Wea Rev
117: 138-153
Ryan BF (1995) On the global variation of precipitating layer clouds. Bull Amer Meteor Soc,
in press
Saarikivi P, Pukakka T (1990) The structure and evolution of a wintertime occluded front.
Tellus 42A: 122-139
Smith RB (1992) Deuterium in north Atlantic storm tops. J Atmos Sci 49: 2041-2057
Stewart RE (1992) Precipitation types in the transition regions of winter storms. Bull Amer
Meteor Soc 73: 287-296
Stewart RE, King P (1990) Precipitation type transition regions in winter storms over
southern Ontario. J Geoph Res 95: 22355-22368
Stewart RE, Lin CA, Macpherson SR (1990) The structure of a winter storm producing
heavy precipitation over Nova Scotia. Man Wea Rev 118: 411-426
Stewart RE, Macpherson SR (1989) Winter storm structure and melting-induced circulations. Atmos-Ocean 27: 87-107
Stewart RE, Yiu DT, Chung KK, Hudak DR, Lozowski EP, Oleskiw M, Sheppard
BE, Szeto KK (1995) Weather condition associated with the passage of precipitation type
transition regions over eastern Newfoundland. Atmos-Ocean 33: 25-53
147
Houze RA, Hobbs PV (1982) Organization and structure of precipitating cloud systems.
Adv Geoph 24: 225-315
Kajikawa M, Sakurai K, Kikuchi K (1988) Characteristic features of supercooled raindrops
of freezing precipitation. J Meteor Soc Japan 66: 393-398
Koldaev, AV, Melnichuk YV, Mironov AF (1992) Remote sensing of cloud liquid water
space distribution. Proc. 11th Inti Can! Clouds and Precip, Montreal 573-577
Lambert SJ (1988) A cyclone climatology of the Canadian Climate Centre general circulation
model. J Climate 1: 110-115
Lau KM, Sui CH, Tao WK (1993) A preliminary study of the tropical water cycle and its
sensitivity to surface warming. Bull Amer Meteor Soc 74: 1313-1321
Marecal V, Lemaitre Y (1995) Importance of microphysical processes in the dynamics of a
CSI mesoscale frontal band. Quart J Roy Meteor Soc 121: 301-318
Mazin IP (1995) Cloud water content in continental clouds of middle latitudes. Atmos Res
35: 283-297
McBean GA, Stewart RE (1991) Structure of a frontal system over the northeast Pacific
Ocean. Man Wea Rev 119: 997-1013
Neiman PJ, Shapiro MA (1993) The life cycle of an extratropical marine cyclone. Part II:
mesoscale structure and diagnostics. Man Wea Rev 121: 2177-2199
Palmen E, Newton CW (1948) A study of the mean wind and temperature distribution in
the vicinity of the polar front in winter. J. Meteor 5: 220-226
Rutledge SA, Hobbs PV (1983) The mesoscale and microscale structure and organization
of clouds and precipitation in midlatitude cyclones. VIII: a model for the seeder-feeder process
in warm frontal rainbands. J Atmos Sci 40: 1185-1206
Ryan BF, Wilson KJ (1985) The Australian summertime cool change: III subsynoptic and
mesoscale model. Man Wea Rev 113: 224-240
Ryan BF, Wilson KJ, Zipser EJ (1989) Modification of the thermodynamic structure of
the lower troposphere by the evaporation of precipitation ahead of a cold front. Man Wea Rev
117: 138-153
Ryan BF (1995) On the global variation of precipitating layer clouds. Bull Amer Meteor Soc,
in press
Saarikivi P, Pukakka T (1990) The structure and evolution of a wintertime occluded front.
Tellus 42A: 122-139
Smith RB (1992) Deuterium in north Atlantic storm tops. J Atmos Sci 49: 2041-2057
Stewart RE (1992) Precipitation types in the transition regions of winter storms. Bull Amer
Meteor Soc 73: 287-296
Stewart RE, King P (1990) Precipitation type transition regions in winter storms over
southern Ontario. J Geoph Res 95: 22355-22368
Stewart RE, Lin CA, Macpherson SR (1990) The structure of a winter storm producing
heavy precipitation over Nova Scotia. Man Wea Rev 118: 411-426
Stewart RE, Macpherson SR (1989) Winter storm structure and melting-induced circulations. Atmos-Ocean 27: 87-107
Stewart RE, Yiu DT, Chung KK, Hudak DR, Lozowski EP, Oleskiw M, Sheppard
BE, Szeto KK (1995) Weather condition associated with the passage of precipitation type
transition regions over eastern Newfoundland. Atmos-Ocean 33: 25-53