| The Royal Meteorological Society, Canadian Branch published
a number of scientific papers in the period
1950 to 1959. Initiated in 1963, ATMOSPHERE was conceived as a
Bulletin of Canadian Meteorology to facilitate communication between members
of the Canadian Branch.. With the establishment of the Canadian Meteorological
Society, in 1967, ATMOSPHERE took on a more scientific mission. The index
contains only the scientific and other substantial articles.
In 1977, the Canadian Meteorological Society became the Canadian Meteorological and Oceanographic Society, and ATMOSPHERE changed its name to ATMOSPHERE-OCEAN. |
La Branche canadienne de la Royal Meteorological Society
a publié plusieurs articles scientifiques
dans les années 1950 à 1959. Lancée en 1963,
ATMOSPHERE était un Bulletin de la météorologie canadienne
voué à la communication entre les membres de la Branche canadienne.
Lors de la fondation de la Société météorologique
du Canada, en 1967, ATMOSPHERE adopta une mission plus scientifique. L'index
ne contient que les articles scientifiques ou de nature substantielle.
En 1977, la Société météorologique du Canada devint la Société canadienne de météorologie et d'océanographie, et ATMOSPHERE changeat son nom à ATMOSPHERE-OCEAN. |
Vol. |
YearAnnée |
# |
AuthorAuteur |
TitleTitre |
pages |
| 1 | 1963 | 1 | B.W. Boville | Arctic winter | 4 |
| 2 | NATIONAL METEOROLOGICAL CONGRESS 1963 - PROGRAM AND SUMMARIES (corrections in Vol 1#3) | 11-37 | |||
| 3 | J.L. Galloway | Modern Russian techniques in synoptic analysis | 4 | ||
| 2 | 1964 | 1 | D.E. McClellan | October 1963 weather | 4 |
| 2 | NATIONAL METEOROLOGICAL CONGRESS1964 - PROGRAM AND SUMMARIES | 14-30 | |||
| 3 | Fifth national congress of the Canadian Branch of the Royal Meteorological Society (a report) | 6 | |||
| 3 | 1965 | 1 | A.W. Brewer | Meteorology at the University of Toronto | 4 |
| Meteorology in Canada 1964 | 9 | ||||
| W.L. Godson | Some reflections on the international activities of a National Meteorological Service | 21 | |||
| 2 | NATIONAL METEOROLOGICAL CONGRESS1965 - PROGRAM AND SUMMARIES | 10-30 | |||
| 3 | Sixth National Congress of the Canadian Branch (a report) | 4 | |||
| Nancy Bignell | McGill Observatory through 100 years | 6 | |||
| 4 | 1966 | 1 | SPECIAL ISSUE ON THE CREATION OF THE CANADIAN METEOROLOGICAL SOCIETY | ||
| 2 | NATIONAL METEOROLOGICAL CONGRESS1966 - PROGRAM AND SUMMARIES | 13-37 | |||
| 3 | E.K. Fedorov | Some results and prospects of scientific research in the Institutes of the Hydrometeorological Service of the USSR (1965-66) | 9-20 | ||
| I.M. Stewart | A note on the extreme intensity of ground-based temperature inversions at Canadian micro-meteorological towers | 23-28 | |||
| J.G. Potter | The highest temperature in Canada? | 29-37 | |||
| 5 | 1967 | 1 | R.E. Munn and D. Berengut | An analysis of smokiness at Regina and Saskatoon | 3 |
| G.T. Csanady | "Pilot Chimney" on the Waterloo campus | 18 | |||
| V.A. Bugaev and S.L. Belousov | Application of numerical weather prediction techniques in the operational routine of the Hydrometeorological Service of the USSR (TRANSLATION) | 20 | |||
| 2 | M.K. Thomas | The weather that was - 1966 | 4 | ||
| M.S. Hirt | A case study of a weather satellite photograph mosaic | 14 | |||
| R.K. Swartman and O. Ogunlade | A statistical relationship between solar radiation, sunshine and relative humidity in the Tropics | 25 | |||
| M.K. Thomas | Some highlights of Canadian weather in centennial year 1967 | 35 | |||
| 3 | A.D. Christie | The upper atmosphere and meteorology today - A review | 2 | ||
| E.K. Fedorov | A rational system of hydrometeorological information | 26 | |||
| 4 | R.W. Longley | The frequency of winter Chinooks in Alberta | 4 | ||
| First Canadian meteorological commemorative postage stamp | 17 | ||||
| D.M. Whelpdale | Hot-wire and sonic anemometry - A description and comparison | 20 | |||
| W.R. D. Sewell and J. E. McMeiken | Emerging problems in the management of atmospheric resources in Canada | 34 | |||
| 6 | 1968 | 1 | J. Clodman | Terminal forecasting and supersonic transport | 1 |
| K.D. Hage | Action to the Rose report | 8 | |||
| C.L. Mateer and H. Cameron | The Rose report - A review | 15 | |||
| A.K. Chakravarti | Summer rainfall in India - Part 1 | 21 | |||
| G.W. Robertson | World Meteorological Organization - CAGM IV | 30 | |||
| 2 | W. Brinkmann and I.Y. Ashwell | The structure and movement of the Chinook in Alberta | 1 | ||
| W.L Godson | Spotlight on GARP | 11 | |||
| Second Annual Congress of the CMS (a report) | 16 | ||||
| R.W. Longley | The diurnal variation of wind direction at Calgary | 23 | |||
| 3 | G.D.V. Williams | Using a computer to estimate normals of temperature and derived variables for any point on the Great Plains | 81* | ||
| * Change in page numbering to cumulative number | |||||
| 4 | J.S. McLernon | Meteorological studies at Mt. Kobau, B.C. | 121 | ||
| R.E. Munn | Two warm frontal passages at Ottawa, Canada | 125 | |||
| Maurice B. Danard | Water balance of extratropical cyclones | 129 | |||
| H.L. Ferguson | Some notes on radiation and long-term climatic variations | 133 | |||
| J. McCulloch | Historical note -Bristol? in Alaska? | 141 | |||
| W.R. Fryers | Atmospheric pollution on the moon: a future problem | 142 | |||
| 7 | 1969 | 1 | R.W. Longley | The diurnal variation of wind direction at Calgary - further comments | 1 |
| J.W. Fraser and D.A. Tetu | Tower instrumentation without hazard | 3 | |||
| E.H.V. Dexter | La Rivière tornado, July 20th, 1968 | 7 | |||
| J. Clodman | The design and benefits of an automatic picture transmission network | 11 | |||
| W.J. Maunder | The consumer and the weather forecast | 15 | |||
| 2 | D. Storr | Meteorology in watershed research in Alberta | 41 | ||
| J.J. Moakler | Lapwings in Newfoundland | 59 | |||
| Norman Green | The winter of 1968-69 in the lower Fraser Valley of British Columbia | 63 | |||
| Martha and Mandy | Final report of Project MAMEX | 67 | |||
| M.S. Hirt and S.E. Dinning | Experiment in pollution transport during Peel County Cleaner Air Week campaign | 70 | |||
| THIRD ANNUAL CONGRESS (a report) | 48 | ||||
| 3 | J.L. Knox | The use of numerical prediction factors in public forecasts for the prediction of precipitation occurrence | 81 | ||
| R.E. Munn | Pollution wind-rose analysis | 97 | |||
| M.K. Thomas | A voice for Canadian science | 108 | |||
| 4 | P.D. McTaggart-Cowan | The role of meteorology in the national economy | 121 | ||
| J.E. Pakiam and J. Maybank | A preliminary study of some lightning-hailstorm relationships | 131 | |||
| R.E. Munn | Seasonal trends in the frequencies of strong winds over Lake Superior and the Gulf of St. Lawrence | 144 | |||
| 8 | 1970 | 1 | L. Shenfeld | Meteorological aspects of air pollution control | 3 |
| C.M. Penner | Theoretical meteorology and the operational meteorologist | 14 | |||
| G.P. Williams | A note on the break-up of lakes and rivers as indicators of climate change | 23 | |||
| R.W. Longley | Meteorology at the University of Alberta | 25 | |||
| 2 | FOURTH ANNUAL CONGRESS (report) | 37 | |||
| R.E. Munn, J. Tomlain and R.L. Titus | A preliminary climatology of ground-based inversions in Canada | 52 | |||
| 3 | H.J. Wilson | Meteorological conditions in Windsor, Ontario, during the passage of a ridge of high pressure | 73 | ||
| M.F. Dolan | Training of technicians and technologists in Canada | 79 | |||
| J.R. Lauder | Performance oriented training for Canadian armed forces meteorological technicians | 85 | |||
| 4 | L.K. McGlening | Meteorological teaching in school programs | 113 | ||
| E.R. Reinelt | On the variation of the 500-mb wind and its effect on the release of instability in the lee of the Alberta Rockies | 119 | |||
| J.E. Hay | Precipitable water over Canada. I Computation | 128 | |||
| 9 | 1971 | 1 | Morley K. Thomas | A brief history of meteorological services in Canada, Part 1: 1839-1930 | 3-15 |
| Bhartendu | Atmospheric electricity measurements in Toronto | 16-25 | |||
| Gandikota V. Rao and Maurice B. Danard | A review of some recent observational and dynamical studies of lake-effect winter disturbances | 26-31 | |||
| 2 | Morley K. Thomas | A brief history of meteorological services in Canada, Part 1: 1930-1939 | 37-47 | ||
| R.H. Robinson | 500-mb prediction by statistical methods | 48-56 | |||
| 3 | Morley K. Thomas | A brief history of meteorological services in Canada, Part 3: 1939-1945 | 69-79 | ||
| FIFTH ANNUAL CONGRESS (proceedings) | 80-92 | ||||
| 4 | John E. Hay | Precipitable water over Canada: II Distribution | 101-111 | ||
| Conrad East | Chaleur urbaine à Montréal | 112-121 | |||
| 10 | 1972 | 1 | P.E. Merilees | Truncation errors in a spectral model | 1-9 |
| D.P. McIntyre | The environmental cycle: A basis for action | 10-17 | |||
| D.M. Whelpdale | The contribution made by air-borne pollutants to the pollution of large bodies of water | 18-22 | |||
| D.Storr | Snow devils - A meteorological oddity | 23-25 | |||
| 2 | R.W. Shaw, M.S. Hirt and M.A. Tilley | Persistence of light surface winds in Canada | 33-43 | ||
| Richard Asselin | Integration of a semi-implicit model with time-dependent boundary conditions | 44-55 | |||
| 3 | R.List, R.C. Bennett and U. Rentsch | Acoustic echo soundings in urban Toronto | 73-79 | ||
| A.G. Davenport and C.J. Baynes | An approach to the mapping of the statistical properties of gradient winds (over Canada) | 80-93 | |||
| Sixth Annual Congress (proceedings) | 93-105 | ||||
| 4 | Earle A. Ripley | Man, matador and meteorology | 113-127 | ||
| Jacques Derome | On the propagation of local errors in a primitive equations model | 128-137 | |||
| M.J. Perry | Snow rollers - Lakeburn, N.B., April 5, 1972 | 138-139 | |||
| W. Baier | Canadian participation in the Commission for Agricultural Meteorology - World Meteorological Organization | 140-143 | |||
| 11 | 1973 | 1 | N.J. Cherry and R.R. Rogers | Mesoscale effects of hailstorms on the environmental air | 1-12 |
| Philip E. Merilees | The pseudospectral approximation applied to the shallow water equations on a sphere | 13-20 | |||
| B. Padmanabhamurty and R.E. Munn | A case study of mixing height variations in the Toronto area | 21-25 | |||
| James H.S. Bradley | A note on waves, wave groups and local influence | 26-30 | |||
| John R. Hendricks | A mirage at Regina | 31-33 | |||
| 2 | Philip E. Merilees | An effect of finite differences on the estimation of predictability | 37-40 | ||
| John Dublin | The relation between the North Pacific sea surface temperature anomaly during the sixties and hail damage in Alberta | 41-51 | |||
| Stanton E. Tuller | Seasonal and annual precipitation efficiency in Canada | 52-66 | |||
| Paul E. Carlson | Forecast research symposium | 67-72 | |||
| 3 | D.M. Leahey and H.S. Hicklin | Tetroon studies of diffusion potential in the airshed surrounding the Crowsnest Pass area | 77-87 | ||
| D. Bauer | Snow accretion on power lines | 88-97 | |||
| Donald R. Hay and Victor E. Sells | Lidar studies of atmospheric particulate over the city of London | 97-106 | |||
| SEVENTH ANNUAL CONGRESS (Proceedings) | 106-120 | ||||
| 4 | DEDICATION TO DR. ANDREW THOMSON | ||||
| M.K. Thomas | Andrew Thomson: A profile | 127-134 | |||
| H. Flohn | Remarks on climatic intransitivity and the 1972 Pacific anomaly | 134-140 | |||
| Bernhard Haurwitz | Oscillations in a basin of cold air | 141-144 | |||
| Gerald C. Gill | The helicoid anemometer | 145-155 | |||
| R.E. Munn | Secular increases in summer haziness in the Atlantic provinces | 156-161 | |||
| V.E. Sells and D.R. Hay | Lidar evidence of thermal plumes in an urban environment | 162-165 | |||
| E. Vowinckel and Svenn Orvig | The heat and water budgets of a beaver pond | 166-178 | |||
| Roland List and Terry L. Clark | The effect of particle size distributions on the dynamics of falling precipitation zones | 179-188 | |||
| W.F. Hitschfeld | Hail, science and politics | 189-194 | |||
| J.Stewart Marshall and Walter Hitschfeld | A source of hail embryos | 195-196 | |||
| T.L. Richards | Hydrometeorology in the Atmospheric Environment Service | 197-202 | |||
| K.D. Hage | Kelvin-Helmholtz billows - A visual example | 203-204 | |||
| 12 | 1974 | 1 | Joan Vyverberg Jensen | A synoptic parameterization of the drag coefficient | 2-9 |
| M.A. Shapiro | The use of isentropic coordinates in the formulation of objective analysis and numerical prediction models | 10-17 | |||
| H.T. Beal | An operational windchill index | 18-30 | |||
| Douglas L. Golding | The correlation of snowpack with topography and snowmelt runoff on Marmot Creek basin, Alberta | 31-38 | |||
| 2 | P.G. Aber and C.N.H. Hall | Monthly areal precipitation totals from 24-hour computer forecasts | 41-49 | ||
| F.H. Fanaki and J. Kovalick | Diffusion of vehicle exhaust fumes | 50-61 | |||
| D. Yap | A preliminary investigation of winter air pollution potential at Fort Simpson, Northwest Territories | 62-67 | |||
| 3 | Philip E. Merilees | Numerical experiments with the pseudospectral method in spherical coordinates | 77-96 | ||
| Steven Lambert | A high resolution numerical study of the sea-breeze front | 97-105 | |||
| Hubert Allard and Jacques Derome | The adjustment of the wind field to small scale topography in a numerical weather prediction model | 106-117 | |||
| H.P. Wilson | A note on meso-scale barriers to surface airflow | 118-120 | |||
| 4 | Roger Daley | Cross-equatorial error propagation: a numerical simulation | 125-132 | ||
| A.J.W. Catchpole and D.W. Moodie | Changes in the Canadian definitions of break-up and freeze-up | 133-138 | |||
| Richard E. Peterson | Low level wind maxima and temperature inversions over the Northern Great Plains | 139-142 | |||
| Roland List and Humfrey Melling | Plume convection over an urban area as observed by acoustic echo sounding | 144-153 | |||
| 13 | 1975 | 1 | Alistair B. Fraser | The green flash and clear air turbulence | 1-10 |
| Michel J.E. Gauthier et Conrad East | Techniques d'échantillonnage et d'analyse granulométrique des brouillards | 11-18 | |||
| G.S. Strong and M.L. Khandekar | A note on fluctuations in the normal temperature trend at selected Canadian stations | 19-25 | |||
| M.J. Newark | The relationship between forest fire occurrence and 500 mb longwave ridging | 26-33 | |||
| 2 | G.A. McBean | Turbulent fluxes over Lake Ontario during a cold frontal passage | 37-48 | ||
| Serge Clauzy, Antoine Elefterion et Philippe Sarthou | Une méthode d'étude expérimentale "in situ" de la zone d'échange entre les nuages convectifs et leur environnement | 49-61 | |||
| R.L. Hawkes | the 15-25 micron barrier to drop growth in warm rain | 62-75 | |||
| 3 | Hilding Sundqvist | On truncation errors in sigma-system models | 81-95 | ||
| Hermann Flohn and Heribert Fleer | Climate teleconnections with the equatorial Pacific and the role of ocean/atmosphere coupling | 96-109 | |||
| R.P. Angle | Airflow from mustard to fallow | 110-124 | |||
| 4 | S. Tabata | The general circulation of the Pacific Ocean and a brief account of the oceanographic structure of the North Pacific ocean. Part I - Circulation and volume transports | 133-168 | ||
| T.J. Simons | Effective wind stress over the great lakes derived from long-term numerical model simulations | 169-179 | |||
| George J. Boer and Leonard Steinberg | Fourier series on spheres | 180-191 | |||
| R.R. Rogers | An elementary parcel model with explicit condensation and supersaturation | 192-204 | |||
| 14 | 1976 | 1 | S. Tabata | The general circulation of the Pacific Ocean and a brief account of the oceanographic structure of the North Pacific ocean. Part II - Thermal regime and influence on the climate | 1-27 |
| Peter F. Lester | Evidence of long lee waves in southern Alberta | 28-36 | |||
| Hilding Sundqvist | On vertical interpolation and truncation in connexion with use of sigma system models | 37-52 | |||
| A. Bootsma | A note on minimum temperature and the climatological day at first order stations | 53-55 | |||
| Henry W. Brandli and John W. Orndorff | The Round Lake | 56-57 | |||
| Claudio Tomasi and Francesco Tampieri | Features of the proportionality coefficient in the relationship between visibility and liquid water content in haze and fog | 61-76 | |||
| David Fissel, Stephen Pond and Mikio Miyake | Spectra of surface atmospheric quantities at ocean weathership P | 77-96 | |||
| Roger Daley, Claude Girard, John Henderson and Ian Simmonds | Short-term forecasting with a multi-level spectral primitive equation model. Part I - Model formulation | 98-116 | |||
| Roger Daley, Claude Girard, John Henderson and Ian Simmonds | Short-term forecasting with a multi-level spectral primitive equation model. Part II - Hemispheric prognoses and verification | 117-134 | |||
| H.S. Sandhu | A study of photochemical air pollutants in the urban airsheds of Edmonton and Calgary | 137-138 | |||
| 3 | PROJECT STRATOPROBE | ||||
| P.E. Merilees | Foreword | 145-146 | |||
| S.E. Bain, C.L. Mateer and W.F.J. Evans | Meteorological and ozone data for the project Stratoprobe balloon flights of 8 and 22 July, 1974 | 147-154 | |||
| T.A. Clark and D.J.W. Kendall | The measurement of minor stratospheric constituent concentrations by far infra-red emission spectroscopy | 155-165 | |||
| J.B. Kerr and C.T. McElroy | Measurement of stratospheric nitrogen dioxide from the AES Stratospheric Balloon Program | 166-171 | |||
| W.F.J. Evans, C.I. Lin and C.L. Midwinter | The altitude distribution of nitric acid at Churchill | 172-179 | |||
| B.A. Ridley, J.T. Bruin, H.I. Shiff and J.C. McConnell | Altitude profile and sunset decay measurements of stratospheric nitric oxide | 180-188 | |||
| W.F.J. Evans, J.B. Kerr, D.I. Wardle, J.C. McConnell and H.I. Shiff | Intercomparison of NO, NO2, and HNO3 measurements with photochemical theory | 189-198 | |||
| M.W.P. Cann, R.W. Nicholls, W.F.J. Evans and D.J. McEwen | Theoretical simulation of solar ultraviolet fluxes measured on the 8 July 1974 Stratoprobe I flights | 205-213 | |||
| R. Krishna Rao Vupputuri | The steady-state structure of the natural stratosphere and ozone distribution in a 2-D model incorporating radiation and O-H-N photochemistry and the effects of stratospheric pollutants | 214-136 | |||
| The "ARGOS" spaced-based platform location and data collection system | 237-239 | ||||
| 4 | Christiane Beaudoin and Jacques Derome | On the modelling of stationary planetary waves | 245-153 | ||
| G.A. McBean | Scaling turbulence in the planetary boundary layer | 254-266 | |||
| T.R. Oke | The distinction between canopy and boundary-layer urban heat islands | 268-277 | |||
| John E. Hay | A revised method for determining the direct and diffuse components of the total short-wave radiation | 278-287 | |||
| Trevor Dickinson | Seasonal variability of rainfall extremes | 288-295 | |||
| P.W. Suckling and John E. Hay | Modelling direct diffuse, and total solar radiation for cloudless days | 298-308 | |||
| A.J.W. Catchpole and C. Ponce | Access to station histories for studies of climatic change: an appeal for improvement | 309-311 | |||
| 15 | 1977 | 1 | David E. Dietrich | Direct simulation of convective adjustment and other ensemble effects | 1-18 |
| Philip E. Merilees, Pierre Ducharme, and Ghislain Jacques | Experiments with a polar filter and a one-dimensional semi-implicit algorithm | 19-32 | |||
| G.S. Strong and E.P. Lozowski | An Alberta study to objectively measure hailfall intensity | 33-53 | |||
| H.W. Teunissen | Global flow visualization or "Theodore von Kármán winns again" | 54-56 | |||
| 2 | Allan H. Murphy and Robert L. Winkler | Experimental point and area precipitation probability forecasts for a forecast area with significant local effects | 61-78 | ||
| H.G. Leighton | The ice phase and the evolution of cloud droplet spectra | 79-88 | |||
| Harald Lejenäs | On the breakdown of the westerlies | 89-113 | |||
| H.B.Kruger | Climatological station histories | 114 | |||
| 3 | Brian Petrie and Peter C. Smith | Low-frequency motions on the Scotian Shelf and Slope | 117-140 | ||
| D,G. Wright anl L.A. Mysak | Coastal trapped waves, with application to the Northeast Pacific Ocean | 141-150 | |||
| G. Samuels and H.P. LeBlond | The energy of near-surface internal waves | 151-159 | |||
| 4 | Amin H. Meshal | Comparison of drag coefficients over water measured directly and determined by wind profile | 166-177 | ||
| E. Vowinckel and Svenn Orvig | The energy budget of the Sable Island ocean region | 178-193 | |||
| P.W. Suckling and J.E. Hay | A cloud layer-sunshine model for estimating direct, diffuse and total solar radiation | 194-207 |
Atmosphere becomes Atmosphere-Ocean / Atmosphere devient Atmosphere-Ocean