Date:8/20/1996
Subject:(15) Cloud Venting
Author:Flossman, A.I., W. Wobrock
Title:Venting of gases by convective clouds.
Publication:J. Geo. Res., 101, D13, 18639-18649
Abstract:A two-dimensional dynamic model with spectral microphysics and a spectral treatment of aerosol particle and gas scavenging (DESCAM) was used to estimate the transport of gases from the marine boundary layer to the free troposphere by a medium-sized warm precipitating convective cloud.
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Record ID:15/1


Date:9/15/1997
Subject:(15) Cloud Venting
Author:Kinne, S., T.P. Ackerman, M. Shiobara, A. Uchiyama, A.J. Heymsfield, L. Miloshevich, J. Wendell, E.W. Eloranta, C. Purgold, R.W. Bergstrom
Title:Cirrus cloud radiative and microphysical properties from ground observations and in situ measurements during FIRE 1991 and their application to exhibit problems in currus solar radiative transfer modeling.
Publication:J. Atmos. Sci., 54, 2320-2344
Abstract:Measurements from the FIRE 1991 cirrus cloud field experiment in the central United States are presented and analyzed.
Location:Citation Only, Full Text Not In Library
Record ID:15/2


Date:11/01/1986
Subject:(15) Cloud Venting
(19) Cumulus
Author:Ching, J.K.S., A.J. Alkewzweeny
Title:Tracer study of vertical exchange by cumulus clouds
Publication:J. Clim. Appl. Met., 25, 1702-1711
Abstract:This paper examines the exchange of material by convective cloud processes between the mixed layer and the overlying free troposphere. It describes results of a field experiment that was conducted in Lexington, Kentucky, during the period from 20 July to 24 August 1983 to study the processes associated with
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Record ID:15/3


Date:11/01/1986
Subject:(15) Cloud Venting
(41) Mesoscale Meteorology
Author:Lyons, W.A., R.H. Calby, C.S. Keen
Title:The impact of mesoscale convective systems on regional visibility and oxidant distributions during persistent elevated pollution episodes
Publication:J. Clim. Appl. Met., 25, 1518-1531
Abstract:It is generally accepted that atmospheric pollutants can be transported over distances described as synoptic in scale.
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Record ID:15/4


Date:07/01/1989
Subject:(15) Cloud Venting
(7) Atmospheric Chemistry
Author:Taylor, G.R.
Title:Sulfate production and deposition in midlatitude continental cumulus clouds. Part I: Cloud model formulation and base run analysis
Publication:J. Atmos. Sci., 46, 1971-1990
Abstract:We have developed a 1.5 dimensional Eulerian cumulus cloud model which incorporates: (i) two in-cloud regions, (ii) a bulk water parameterization including the ice phase, (iii) an entrainment formulation based on the turbulent kinetic energy, (iv) a sustained subcloud
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Record ID:15/5


Date:07/01/1989
Subject:(15) Cloud Venting
(7) Atmospheric Chemistry
Author:Taylor, G.R.
Title:Sulfate production and deposition in midlatitude continental cumulus clouds. Part II: Chemisty model formulation and sensitivity analysis
Publication:J. Atmos. Sci., 46, 1991-2007
Abstract:We examine characteristics of in-cloud sulfate chemistry using a 1.5-dimensional Eulerian cumulus cloud model.
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Record ID:15/6


Date:02/15/1989
Subject:(15) Cloud Venting
(41) Mesoscale Meteorology
Author:Lafore, J.P., M.W. Moncrieff
Title:A numerical investigation of the organization and interaction of the convective and stratiform regions of tropical squall lines
Publication:J. Atmos. Sci., 46, 521-544
Abstract:A set of 13 two-dimensional numerical simulations based on the 22 and 23 June soundings from the Convection Profonde Tropicale.
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Record ID:15/7


Date:01/01/1992
Subject:(15) Cloud Venting
Author:Alheit, R. R., T. Hauf
Title:Vertical transport of trace species by thunderstorms - A transilient transport model
Publication:Ber. Bunsenges. Phys. Chem. 96, No. 3, 501-510
Abstract:a 2D-could model with spectral microphysics including ice physics and aerosol particle scavenging effects is used to simulate the 19 July 1981 CCOPE thunderstorm case.
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Record ID:15/8


Date:01/01/1986
Subject:(15) Cloud Venting
Author:Banic, C. M., G. A. Isaac, H. R. Cho, J. V. Iribarne
Title:The distribution of pollutants near a frontal surface: A comparison between field experiment and modeling
Publication:Water, Air and Soil Pollution, 30, 171-177
Abstract:A number of frontal systems passed through the experimental area during the 1984 North Bay Acid Snow Study. Two different cold frontal systems were examined uding aircraft instrumented for cloud and air chemistry, and cloud microphysics measurements.
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Record ID:15/9


Date:01/01/1988
Subject:(15) Cloud Venting
Author:Brost, R. A., R. B. Chatfield, J. P. Greenberg, P. L. Haagenson, B. G. Heikes, S. Madronich, B. A. Ridley, P. R. Zimmerman
Title:Three-dimensional modeling of transport of chemical species from continents to the Atlantic Ocean
Publication:Tellus, 40B, 358-379
Abstract:A three-dimensional, Eulerian modeling system was used to study transport of chemical species from North America and Europe to the Atlantic Ocean.
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Record ID:15/10


Date:04/20/1989
Subject:(15) Cloud Venting
Author:Brost, R. A., R. B. Chatfield
Title:Transport of Radon in a three-dimensional, subhemispheric model
Publication:J. Geo. Res., 94, 5095-5119
Abstract:We study transport in a three-dimensional, Eulerian tracer model that uses a subhemispheric domain. Because radon decays radioactively, with e-folding time of 5.5 days, it provides a test of transprt away from its surface, continental source.
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Record ID:15/11


Date:08/01/1984
Subject:(15) Cloud Venting
Author:Brown, R. M., P. H. Daum, S. E. Schwartz, M. R. Hjelmfelt
Title:Variations in the chemical composition of clouds during frontal passage
Publication:ARCA Specialty Conference, The Meteorology of Acid Deposition
Abstract:A series of aircraft measurements has been made of the chemical composition of cloudwater and intersitial air in liquid-water stratus and stratocumulus clouds.
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Record ID:15/12


Date:12/20/1990
Subject:(15) Cloud Venting
Author:Chatfield, R. B., P. J. Crutzen
Title:Are there interactions of iodine and sulfur species in marine air photochemistry?
Publication:J. Geo. Res., 95, D13, 22,319-22,341
Abstract:Portions of the globe cycles of sulfur and iodine could be interwined in reactions resulting from the emissions of dimethyl sulfide (DMS) and methyl iodine.
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Record ID:15/13


Date:10/20/1990
Subject:(15) Cloud Venting
Author:Chatfield, R. B. A. C. Delany
Title:Convection links biomass burning to increased tropical ozone: However, models will tend to overpredict ozone (O3)
Publication:J. Geo. Res., 95, D11, 18,473-18,488
Abstract:Biomass burning throughout the inhabited portions of the tropics generates which lead to significant local atmospheric ozone pollution.
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Record ID:15/14


Date:04/20/1987
Subject:(15) Cloud Venting
Author:Chatfield, R. B., E. P. Gardner, J. G. Calvert
Title:Sources and sinks of acetone in the troposphere: Behavior of reactive hydrocarbons and a stable product
Publication:J. Geo. Res., 92, D4, 4208-4216
Abstract:Acetone, a relatively unreactive carbonyl compound in the atmosphere, has been detected in concentrations of =~500 parts per trillion in surface air over the central Atlantic and several hundred ppt (volume) near the tropopause.
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Record ID:15/15


Date:08/20/1984
Subject:(15) Cloud Venting
Author:Chatfield, R. B., P. J. Crutzen
Title:Sulfur dioxide in remote oceanic air: Cloud transport of reactive precursors
Publication:J. Geo. Res., 89, D5, 7111-7132
Abstract:Reactive surface emissions of reduced gases can produce SO2 in the middle and upper troposphere at the levels of 80 +/- 30 pptv measured high over the remote oceans.
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Record ID:15/16


Date:01/01/1992
Subject:(15) Cloud Venting
Author:Chaumerliac, N., R. Rosset, M. Renard, E. C. Nickerson
Title:The transport and redistribution of atmospheric gases in regions of frontal rain
Publication:J. Atmos. Chem., 14, 43-51
Abstract:Gases emitted in the planetary boundary layer can be transported very efficiently to the free troposphere through vertical motion along a frontal surface.
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Record ID:15/17


Date:11/18/1986
Subject:(15) Cloud Venting
Author:Ching, J. K.
Title:Building a pollutant reservior aloft by cumulus clouds
Publication:NOAA Conference, Chapel Hill, NC, 11/18-21, 1986
Abstract:Cloud venting refers to the vertical transport of mixed layer pollutants into the overlying cloud layer by cumulus convective clouds.
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Record ID:15/18


Date:01/01/1988
Subject:(15) Cloud Venting
Author:Ching, J. K., S. T. Shipley, E. V. Browell
Title:Evidence fro cloud venting of mixed layer ozone and aerosols
Publication:Atmos. Environment, 22, No. 2, 225-242
Abstract:Observations are presented which substantiate the hypothesis that significant vertical exchange of zone and aerosol pollutants occurs between the mixed layer and the free troposphere during cumulus cloud convective activity.
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Record ID:15/19


Date:09/20/1989
Subject:(15) Cloud Venting
Author:Cho, H. R, M. Niewiadomski, J. V. Iribarne, O. Melo
Title:A model of the effect of cumulus clouds on the redistribution and transformation of pollutants
Publication:J. Geo. Res., 94, D10, 12,895-12,910
Abstract:A one-dimensional time-dependment cumulus model was developed to study the effects of convective clouds on air pollutants. The model contains two drafts, core and periphery, surrounded by a stagnant environment.
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Record ID:15/20


Date:01/30/1989
Subject:(15) Cloud Venting
Author:Ching, J. K.
Title:Simulating vertical transport and transformation of mixed layer pollutatns by non-precipitating convective cumulus clouds
Publication:6th Joint Conference on Applications of Air Pollution Meteorology, Anaheim, CA, J19-J22
Abstract:Vigorous, non-precipitating cumulus convective clouds protruding well above the top of the convective mixed layer can, in principle, exchange momentum, moisture, and heat between the mixed layer and the overlying free troposphere; therefore, they are important considerations in meso to large scale meteorlogical methods.
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Record ID:15/21


Date:10/16/1983
Subject:(15) Cloud Venting
Author:Cho, H-R., J. V. Iribarne, J. E. Grabenstetter, Y. T. Tam
Title:Effects of cumulus cloud systems on the vertical distributions of air pollutants
Publication:APCA Specialty Conference, Hartford, CT, 127-139
Abstract:Vertical transport by systems of cumulus clouds has important effects on the long range transport of air pollutants. The typical vertical velocity in a convective cloud is the order of 1-10 m/s.
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Record ID:15/22


Date:01/01/1986
Subject:(15) Cloud Venting
Author:Cho, H-R., J. V. Iribarne, T. A. Kavassalis, O. T. Melo, Y. T. Tam, W. J. Moroz
Title:Effect of a stratus cloud on the redistribution and transformation of pollutants
Publication:Water, Air and Soil Pollution, 30, 195-203
Abstract:A schmatic bidimensional model has been developed to describe an extended stratus formed by warm, moist air in a frontal system. Parcel trajectories are followed through the cloud, and the formation of precipitation is considered on the basis of simple assumptions.
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Record ID:15/23


Date:01/23/1987
Subject:(15) Cloud Venting
Author:Dickerson, R. R., G. J. Huffman, W. T. Luke, L. J. Nunnermacker, K. E. Pickering, A. C. D. Leslie, C. G. Lindsey, W. G. N. Slinn, T. J. Kelly, P. H. Daum, A. C. Delany, J. P. Greenberg, P. R. Zimmerman, J. F. Boatman, J. D. Ray, D. H. Stedman
Title:Thunderstorms: An important mechanism in the transport of air pollutants
Publication:Science, 235, 460-465
Abstract:Acid deposition and photochemical smog are urban air pollution problems, and they remain localized as long as sulfur, nitrogen, and hydrocarbon pollutants are confined to the lower troposphere (below about 1-km altitude) where they are short-lived.
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Record ID:15/24


Date:04/10/1986
Subject:(15) Cloud Venting
Author:Ferek, R. J., R. B. Chatfield, M. O. Andreae
Title:Vertical distribution of dimethylsulphide in the marine atmosphere
Publication:Nature, 320, 514-516
Abstract:Dimethylsulphide (DMS) id excreted into sea water by marine phytoplankton and then transferred across the air/sea inerface into the atmospheric boundary layer.
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Record ID:15/25


Date:04/23/1993
Subject:(15) Cloud Venting
Author:Flossmann, A. I.
Title:The effect of the impaction scavenging efficiency on the wet deposition by a convective warm cloud
Publication:Tellus, 45B, 34-39
Abstract:To study the influence of the impaction scavenging efficiency in a cloud, we have reevaluated our 2-D dynamical cloud model.
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Record ID:15/26


Date:01/01/1991
Subject:(15) Cloud Venting
Author:Flossmann, A. I.
Title:The scavenging of two different types of marine aerosol particles calculated using a two-dimensional detailed cloud model
Publication:Tellus, 43B, 301-321
Abstract:Our 2-D dynamic model including spectral microphysics and scavenging has been evaluated for a warm precipitating convective cloud at Day 261 (18 September 1974) of the GATE campaign.
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Record ID:15/27


Date:01/30/1989
Subject:(15) Cloud Venting
Author:Garstang, M., J. Scala, J. Simpson, W-K Tao, A. Thompson, K. E. Pickering, R. Harriss
Title:Cumulus cloud model estimates of trace gas transports
Publication:American Metoerlogical Society, 260-263
Abstract:Convective cloud are recognized as an impotrant component in the vertical transport of trace gases in the atmosphere.
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Record ID:15/28


Date:02/20/1988
Subject:(15) Cloud Venting
Author:Garstang, M., J. Scala, S. Greco, R. Harriss, S. Beck, E. Browell, G. Sachse, G. Gregory, G. Hill, J. Simpson, W-K. Tao, A. Torres
Title:Trace gas exchanges and convective transports over the amazonian rain forest
Publication:J. Geo. Res., 92, D2, 1528-1550
Abstract:The NASA Amazon Boundary Layer Experiment (ABLE 2A) based in Manaus, Brazil, in July and August, 1985, is used to examine meteorlogical processes responsible for the vertical and horizontaltransprt of biogenic and anthropogenic trace gases generated over the Amazon basin.
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Record ID:15/29


Date:08/20/1983
Subject:(15) Cloud Venting
Author:Gidel, L. T.
Title:Cumulus cloud transport of transient tracers
Publication:J. Geo. Res., 88, C11, 6587-6599
Abstract:A theoretical framework is developed for including cumulus cloud transprt, rainout of waer soluable gases, and aqueous phase chemistry into gas phase photochemical models.
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Record ID:15/30


Date:06/20/1984
Subject:(15) Cloud Venting
Author:Greenhut, G. K., J. K. S. Ching, R. Pearson, Jr., T. P. Repoff
Title:Transport of ozone by turbulence and clouds in a urban boundary layer
Publication:J. Geo. Res., 89, D3, 4757-4766
Abstract:The turbulent fluxes of ozone and latent and sensible heat are computed from fast-response measurements made aboard a National OCeanic and Atmospheric Admin. aircraft over downtown Philadelphia and the surrounding suburbs during the afternoon and evening of August 22, 1979.
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Record ID:15/31


Date:07/20/1986
Subject:(15) Cloud Venting
Author:Greenhut, G. K.
Title:Transport of ozone between boundary layer and cloud layer by cumulus clouds
Publication:J. Geo. Res., 91, D8, 8613-8622
Abstract:None
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Record ID:15/32


Date:12/20/1986
Subject:(15) Cloud Venting
Author:Hegg, D. A., S. A. Rutledge, P. V. Hobbs
Title:A numerical model for sulfur and nitrogen scavenging in narrow cold-frontal rainbands 2. Discussion of chemical fields
Publication:J. Geo. Res., 91, D13, 14,403-14,416
Abstract:None
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Record ID:15/33


Date:08/20/1984
Subject:(15) Cloud Venting
Author:Hegg, D. A., S. A. Rutledge, P. V. Hobbs
Title:A numerical model for sulfur chemistry in warm-frontal rainbands
Publication:J. Geo. Res., 89, D5, 7133-7147
Abstract:None
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Record ID:15/34


Date:
Subject:(15) Cloud Venting
Author:Isaac, G. A., J. W. Strapp, H. A. Wiebe, W. R. Leaitch, J. B. Kerr, K. G. Anlauf, P. W. Summers, J. I MacPherson
Title:The role of cloud dynamics in redistributing pollutants and the implications for scavenging studies
Publication:?
Abstract:Air motions, which result in clud formation and precipitation production, transport pollutants vertically. Several different cloud types and the associated dynamical processes involved are illustrated in Figure 1.
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Record ID:15/35


Date:01/01/1983
Subject:(15) Cloud Venting
Author:Issac, G. A., P. W. Summers
Title:The vertical transport and redistribution of pollutants by clouds
Publication:Transactions Specialty Conf., Hartford, CT, 496-512
Abstract:None
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Record ID:15/36


Date:01/01/1993
Subject:(15) Cloud Venting
Author:Kitada, T., P. C. S. Lee, H. Ueda
Title:Numerical modeling of long-range transport of acidic species in association with meso-B- convective clouds across the Japan Sea resulting in acid snow over coastal Japan I. Model description and qualitative verifications
Publication:Atmospheric Environment, 27A, No. 7, 1061-1076
Abstract:None.
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Record ID:15/37


Date:01/01/1983
Subject:(15) Cloud Venting
Author:Kitada, T., P. C. S. Lee
Title:Numerical modeling of long-range transport of acidic species in association with meso-B- convective clouds across the Japan Sea resulting in acid snow over coastal Japan I. Results and discussion
Publication:Atmospheric Environment, 27A, No. 7, 1077-1090
Abstract:None.
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Record ID:15/38


Date:01/01/1986
Subject:(15) Cloud Venting
Author:Le, I-Y.
Title:Numerical simulations of chemical and shysical properties of cumulus clouds
Publication:Atmospheric Environment, 20, No. 4, 767-771
Abstract:None.
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Record ID:15/39


Date:01/01/1986
Subject:(15) Cloud Venting
Author:Niewiadomski, M., T. A. Kavassalis, O. T. Melo, H-R. Cho, J. V. Iribarne
Title:A one-dimensional, two-stream model of transport of pollutants and liquid water acidification in cumulus clouds
Publication:APCA, 238-256
Abstract:None.
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Record ID:15/40


Date:01/01/1986
Subject:(15) Cloud Venting
Author:Niewiadomski, M.
Title:A pasive pollutant in a three-dimensional field of convective clouds: Numerical simulations
Publication:Atmopspheric Environment, 20, No. 1, 139-145
Abstract:None.
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Record ID:15/41


Date:10/20/1989
Subject:(15) Cloud Venting
Author:Pickering, K. E., R. R. Dickerson, W. T. Luke, L. J. Nunnermacker
Title:Clear-sky vertical profiles of trace gases as influenced by upstream convective activity
Publication:J. Geo. Res., 94, D12, 14-879-14-892
Abstract:None.
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Record ID:15/42


Date:01/20/1988
Subject:(15) Cloud Venting
Author:Pickering, K. E., R. R. Dickerson, G. J. Huffman, J. F. Boatman, A. Schanot
Title:Trace gas transport in the vicinity of frontal convective clouds
Publication:J. Geo. Res., 93, D1, 759-773
Abstract:None.
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Record ID:15/43


Date:01/01/1995
Subject:(15) Cloud Venting
Author:Pielke, R. A., R. A. Stocker, J. L. Eastman, G. S. Poulos
Title:Comments on
Publication:Atmospheric Environment, 29, No. 5, 617-623
Abstract:None.
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Record ID:15/44


Date:01/01/1995
Subject:(15) Cloud Venting
Author:Pielke, R. A., R. A> Stocker, J. L. Eastman, G. S. Poulos
Title:Second respone to comments on
Publication:Atmpspheric Environment, 29, No. 5, pp. 625-638
Abstract:None.
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Record ID:15/45


Date:02/20/1991
Subject:(15) Cloud Venting
Author:Pickering, K. E., A. M. Thompson, J. R. Scala, W-K. Tao, J. Simpson, M. Garstang
Title:Photochemical ozone production in troical squall line convection during NASA global tropospheric Experiment/Amazon Boundary Layer Experiment 2A
Publication:J. Geo. Res., 96, D2, 3099-3114
Abstract:None.
Location:0
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Record ID:15/46


Date:08/20/1990
Subject:(15) Cloud Venting
Author:Pickering, K. E., A. M. Thompson, R. R. Dickerson, W. T. Luke, D. P. McNamara, J. P. Greenberg, P. R. Zimmerman
Title:Model calculations of tropospheric ozone production potential following observed convective events
Publication:J. Geo. Res., 95, D9, 14,049-14,062
Abstract:None.
Location:0
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Record ID:15/47


Date:12/20/1986
Subject:(15) Cloud Venting
Author:Rutledge, S. A., D. A. Hegg, P. V. Hobbs
Title:A numerical model for sulfur and nitrogen scavenging in narrow cold-frontal rainbands 1. Model description and discussion of microphysical fields
Publication:J. Geo. Res., 91, D13, 14,385-14,402
Abstract:None.
Location:0
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Record ID:15/48


Date:09/20/1990
Subject:(15) Cloud Venting
Author:Scla, J. R., M. Garstang, W-K. Tao, K. E. Pickering, A. M. Thompson, J. Simpson, V. W. J. H. Kirchhoff, E. V. Browell, G. W. Sachse, A. L. Torres, G. L. Gregory, R. A. Rasmussen, M. A. K. Khalil
Title:Cloud draft structure and trace gas transport
Publication:J. Geo. Res., 95, D10, 17,015-17,030
Abstract:None.
Location:0
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Record ID:15/49


Date:01/01/1984
Subject:(15) Cloud Venting
Author:Tremblay, A., H. Leighton
Title:The influence of cloud dynamics upon the redistribution and transformation of atmospheric SO(2)--A numerical simulation
Publication:Atmospheric Environment, 18, No. 9, pp. 1885-1894
Abstract:None.
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Record ID:15/50


Date:01/01/1990
Subject:(15) Cloud Venting
Author:Vukovich, F. M., J. K. S. Ching
Title:A semi-empirical approach to estimate vertical transport by nonprecipitating convective clouds on a regional scale
Publication:Atmospheric Environment, 24A, No. 8, 2153-2168
Abstract:None.
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Record ID:15/51


Date:01/01/1990
Subject:(15) Cloud Venting
Author:Vukovich, F. M., J. K. S. Ching
Title:A semi-empirical approach to estimate vertical transport by nonprecipitating convective clouds on a regional scale
Publication:Atmospheric Environment, 24A, No. 8, 2153-2168
Abstract:None.
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Record ID:15/52


Date:02/01/1988
Subject:(15) Cloud Venting
Author:Wash, C. H. J. E. Peak, W. E. Calland, W. A. Cook
Title:Diagnostic study of explosive cyclogenesis during FGGE
Publication:Mon. Wea. Rev., 116, pp. 431-451
Abstract:None.
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Record ID:15/53


Date:01/01/1991
Subject:(15) Cloud Venting
Author:Wash, C. H., R. A. Hale, P. H. Dobos, E. J. Wright
Title:Study of explosive and nonexplosive cyclogenesis during FGGE
Publication:Mon. Wea. Rev., 120, pp.40-51
Abstract:None.
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Record ID:15/54


Date:05/27/1999
Subject:(15) Cloud Venting
Author:Strom, J., H. Fischer, J. Lelieveld, F. Schroder
Title:In situ measurements of microphysical properties and trace gases in two cumulonimbus anvils over western Europe
Publication:J. Geo., 104, 12221-12226
Abstract:This study presents in situ measurements performed in two cumulonimbus anvils over western Europe during the Stratosphere-Troposhere Experiment by aircraft Measurements (STREAM)in July 1994.
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Record ID:15/55


Date:09/20/1998
Subject:(15) Cloud Venting
Author:Wang, C., R.G. Prinn
Title:Impact of the horizontal wind profile on the convective transport of chemical species
Publication:J. Geophys. Res., D17, 22,063-22,071
Abstract:The impact of the vertical profile on the horizontal wind in the troposphere and lower stratosphere on the vertical transport of chemical species induced by deep convective events has been studied
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Record ID:15/56


Date:1995
Subject:(15) Cloud Venting
Author:Cotton, Alexander, Hertenstein, Walko, McAnelly, Nicholls
Title:Cloud Venting- A review and some new global annual estimates
Publication:Earth Science Reviews, 39, 169-206
Abstract:none.
Location:reprints box 32
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Record ID:15/57


Date:1986
Subject:(15) Cloud Venting
Author:Cotton
Title:Cloud Venting and acid deposition in Colorado
Publication:CIRA Workshop on Acid Deposition in Colorado, 13-15 August, Pingree Park, CO.
Abstract:none.
Location:reprints box 24
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Record ID:15/58


Date:1987
Subject:(15) Cloud Venting
Author:Cotton
Title:Cloud Venting-Basic Conepts and Modeling Approaches
Publication:In Modeling the Urban Boundary Layer , AMS, pp. 465-496
Abstract:none.
Location:reprints box 25
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Record ID:15/59


Date:1983
Subject:(15) Cloud Venting
Author:Cotton
Title:Cloud venting basic concepts and modeling approaches
Publication:Conf. on Modeling Nonhomogeneous, Nonstationary Urban Boundary Layers. Baltimore, MD.
Abstract:none.
Location:reprints box 20
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Record ID:15/60


Date:01/01/2003
Subject:(15) Cloud Venting
Author:Wang, P.K.
Title:Moisture plumes above thunderstorm anvils and their contributions to cross-tropopause transport of water vapor in midlatitudes
Publication:J. Geophys. REs., 108, D6, AAC5-1 - AAC5-15.
Abstract:Water vapor in the lower stratosphere may play significant roles in the atmospheric radiative budget and atmospheric chemistry; hence it is important to understand its transport process.
Location:0
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Record ID:15/61

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