\Dchapterhead

\begin{description}
        \item Kasting,J.F. and Ackerman,T.P.  ,1986:
              Climatic Consequences of Very High Carbon Dioxide 
              Levels in the Earth's Early Atmosphere,
              Science, {\bf 234}, 1383-1385
        \item kasting,J.,F., 1988 :
              Runaway and noist greenhouse atmospheres and 
              the evolution of Earth and Venus,
              ICARUS, {\bf 74},472-494
        \item Zahnle,K.J. , Kasting,J.B. , Pollack,J.B., 1988 :
              Evolution of a steam atmosphere during Earth's accretion,
              ICARUS, {\bf 74}, 62-97
   \item Kasting,J.A., Whitmire,D.P. and Reynolds,R.T., 1993 :
         Habitable zones around main sequence stars,
         Icarus, {\bf 101}, 108-128
   \item Kasting,J.A., 1991 :
         CO$_2$ condensation and the climate of early Mars,
         Icarus, {\bf 94}, 1-13
   \item Matsui,T. and Abe,Y., 1986 :
         Evolution of an impact-induced atmosphere and magma ocean 
         on accreting Earth,
         Nature, {\bf 319}, 303-305
   \item Matsui,T. and Abe,Y., 1986 :
         Impact-induced atmospheres and oceans on Earth and Venus,
         Nature, {\bf 322}, 526-528
   \item Abe,Y., and Matsui,T., 1986 :
         Early evolution of the earth: accretion,
         atmosphere formation, and thermal history,
         J.G.R., {\bf 91}, E291-E302
   \item Abe,Y., and Matsui,T.,  1985 :
         The formation of an impact-generated H2O atmosphere and
         its impications for the early thermal history of the earth,
         J.G.R. ,{\bf 90} ,C545-C559
   \item Abe,Y. , Matsui,T.,  1988 :
         Evolution of an impact-generated H2O-CO2 atmosphere 
         and formation of a hot proto-ocean on earth,
         J.A.S., {\bf 45}, 3081-3101
   \item Nakajima,S., Hayashi,Y.Y., Abe,Y., 1992 :
         A study on the ``Runaway greenhouse effect'' with
         a one-dimensional radiative-convective equilibrium model,
         J.Atmos.Sci., {\bf 49}, 2256-2266
   \item Stevenson,D.J.,  1988 :
         Greenhouses and magma oceans,
         Nature, {\bf 335}, 587-588
  \item Kastin,J.F. and Toon,O.B., 1989 : 
        Climate evolution on the terrestrial planets,
        Origin and evoution of planetary and satellite atmosphere, 
        edited by Atreya,S.K., Arizona Press, 881pp.
  \item Sagan,C. and Mullen,G.,  1972 :
        Earth and Mars: Evolution of Atmosphers and Surface Temperatures,
        SCIENCE, {\bf 177}, 52-55
  \item Pollack,J.B.,  1991 :
        Kuiper prize lecture: Present and past climates
        of the terrestrial planets,
        Icarus, {\bf 91}, 173-198
  \item Tajika,E., Matsui,T., 1990 :
        The evolution of the terrestrial environment, 
        Origin of the Earth.
  \item Komabayashi,M.,  1967 :
        Discrete equilibrium temperatures of a hypothetical planet
        with the atmosphere and the hydrosphere of
        one component-two phase system under constant solar radiation
        J.S.M.J. {\bf 45}, 137-139
\end{description}