Geoscience Reference
In-Depth Information
pp 132-134
Otnes RK, Enochson L (1978) Applied Time-Series Analysis. Toronto. Wiley, New York
Pilewskie P, Valero FPJ (1995) Direct observations of excessive solar absorption by clouds.
Science 267:1626-1629
Pilewskie P, Valero FPJ (1996) How much solar radiation do clouds absorb? Response.
Science 271:1134-1136
Poetzsch-Heffter C, Liu Q, Ruprecht E, Simmer C (1995) Effect of cloud types on the Earth
radiation budget calculation with the ISCCP C1 dataset: Methodology and initial results.
J Climate 8:829-843
Radionov VF, Sakunov GG, Grishechkin VS (1981) Spectral albedo of snow surface from
measurements at drifting station SP-22. In: Kondratyev KYa, Binenko VI (eds) First
global experiment FGGE, vol 2. Polar aerosols, extended cloudiness and radiation.
Gidrometeoizdat, Leningrad, pp 89-91 (in Russian)
Ramanathan V, Subasilar B, Zhang GJ, Conant W, Cess RD, Kiehl JT, Grassl G, Shi L (1995)
Warm Pool Heat Budget and Shortwave Cloud Forcing: a Missing Physics?. Science
267:500-503
Ramanathan V, Vogelman AM (1997) Greenhouse effect, atmospheric solar absorption and
the Earth's radiation budget: From the Arrhenius-Langley era to the 1990s. Ambio
26:38-46
RamaswamyV, Freidenreich SM(1998) Ahigh-spectral resolution study of the near-infrared
solar fluxdisposition in clear andovercast atmospheres. J Geophys Res 103(D18):23,255-
23,273
Romanova LM (1992) Space variation of radiative characteristics of horizontally inhomo-
geneous clouds. Izv RAS Atmosphere and Ocean Physics 28:268-276 (Bilingual)
Savijärvi H, Arola A, Räisänen P (1997) Short-wave optical properties of precipitating water
clouds. QJR Meteorol Soc 123:883-899
Shettle EP (1996) The data were tabulated in Naval Research Laboratory and were used to
generated the aerosol models which are incorporated into the LOWTRAN, MODTRAN
and FASCODE computer codes. Data form HITRAN-96 cd-rom media
Skuratov SN, Vinnichenko NK, Krasnova TM (1999) Observations of upwelling and down-
welling solar shortwave irradiances with the stratospheric airplane “Geophysics” in the
Tropics (Seishel Islands, February-March 1999). In: International Symposium of for-
mer USSR “Atmospheric radiation (ISAR-99)”. St. Petersburg, NICHI, St.-Petersburg
University, pp 58-59 (in Russian)
Sobolev VV (1972) The light scattering in the planet atmospheres. Nauka. Moscow (in
Russian)
STANDARDS 4401-81. Standard atmosphere. USSR state standard (1981) Standard's Press,
Moscow (in Russian)
Stephens G (1995) Anomalous shortwave absorption in clouds. GEWEX News, WCRP 5:5-6
StephensG(1996)Howmuch solar radiationdo clouds absorb? Technical comments. Science
271:1131-1133
Stephens G, Tsay SC (1990) On the cloud absorption anomaly. Quart J Roy Meteorol Soc
116:671-704
Taylor JP, Edwards JM, Glew MD, Hignett P, Slingo A (1996) Studies with a flexible new
radiation code. II. Comparison with aircraft short-wave observations. QJR Meteorol
Soc 122:839-861
Titov GA (1988) Mathematic modeling of radiative characteristics of broken cloudiness.
Atmosphere and Ocean Optics 1:3-18 (Bilingual)
Titov GA (1996) Radiation effects of inhomogeneous stratus-cumulus clouds: Horizontal
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