174
R. Stuhlmann
Slingo A, Slingo JM (1988) The response of a general circulation model to cloud long wave
radiative forcing, I: Introduction and initial experiments. Q J R Meteor Soc 114: 1027-1062
Smith GL, Green RN, Raschke E, Avis LA, Suttles JT, Wielicki BA, Davies R
(1986) Inversion methods for satellite studies of the Earth's radiation budget: Development of
algorithms for the ERB mission. Rev Geophys 24: 407-421
Stuhlmann R, Smith GL (1988) A study of cloud-generated radiative heating and its generation of available potential energy Part II: Results for a climatological zonal mean January. J
Atmos Sci 45: 3928-3943
Stuhlmann R, Rieland M, Raschke E (1990) An improvement of the IGMK model to
derive total and diffuse solar radiation at the surface from satellite data. J Appl Meteor 29:
586-603
Stuhlmann R (1993) Feasibility study for calculating the cloud-generated radiative flux divergence from Meteosat imagery data. GKSS P2 Report, 85 pp
Stuhlmann R, Raschke E, Schmid U (1993) Cloud generated radiative heating from Meteosat data, IRS 92: Current Problems in Atmospheric Radiation, eds. S. Keevallik and O.
Karner. A. DEEPAK Publishing, 69-75
Tarpley JD (1979) Estimating incident solar radiation at the surface from geostationary satellite data. J Appl Meteor 18: 1172-1181
Whitlock CH, Charlock TP, Staylor WF, Pinker R, Laszlo I, DiPasquale R, Ritchey
NA (1993) WCRP surface radiation budget shortwave data product description - Version 1.1,
NASA Technical Memorandum 107747, 28 pp
Zhang Y-C, Rossow WB, Lacis AA (1994) Calculations of surface and top of atmosphere radiative fluxes from physical quantities based on ISCCP datasets, Part I: Method and
sensitivity to input data uncertainties, in press
R. Stuhlmann
Slingo A, Slingo JM (1988) The response of a general circulation model to cloud long wave
radiative forcing, I: Introduction and initial experiments. Q J R Meteor Soc 114: 1027-1062
Smith GL, Green RN, Raschke E, Avis LA, Suttles JT, Wielicki BA, Davies R
(1986) Inversion methods for satellite studies of the Earth's radiation budget: Development of
algorithms for the ERB mission. Rev Geophys 24: 407-421
Stuhlmann R, Smith GL (1988) A study of cloud-generated radiative heating and its generation of available potential energy Part II: Results for a climatological zonal mean January. J
Atmos Sci 45: 3928-3943
Stuhlmann R, Rieland M, Raschke E (1990) An improvement of the IGMK model to
derive total and diffuse solar radiation at the surface from satellite data. J Appl Meteor 29:
586-603
Stuhlmann R (1993) Feasibility study for calculating the cloud-generated radiative flux divergence from Meteosat imagery data. GKSS P2 Report, 85 pp
Stuhlmann R, Raschke E, Schmid U (1993) Cloud generated radiative heating from Meteosat data, IRS 92: Current Problems in Atmospheric Radiation, eds. S. Keevallik and O.
Karner. A. DEEPAK Publishing, 69-75
Tarpley JD (1979) Estimating incident solar radiation at the surface from geostationary satellite data. J Appl Meteor 18: 1172-1181
Whitlock CH, Charlock TP, Staylor WF, Pinker R, Laszlo I, DiPasquale R, Ritchey
NA (1993) WCRP surface radiation budget shortwave data product description - Version 1.1,
NASA Technical Memorandum 107747, 28 pp
Zhang Y-C, Rossow WB, Lacis AA (1994) Calculations of surface and top of atmosphere radiative fluxes from physical quantities based on ISCCP datasets, Part I: Method and
sensitivity to input data uncertainties, in press