All Tables

Table 1: Elemental abundances used in Fig. 8, written as $\log N_{\rm el} - \log N_{\rm H} + 12$ , compared with solar photospheric abundances by Asplund et al. (2005).
Table 2: Effective temperatures and angular radii for FG Sge from spectral energy distributions.
Table 3: Blueward evolution of a 0.625 $M_{\odot }$ LTP model, including principal abundances written as $N_{\rm el}$ (adapted from Blöcker 2001).
Table A.1: Elemental abundances in FG Sge: a) relative to $\alpha$ Cyg (Herbig & Boyarchuk 1968) (Cols. 2-6), b) mean values (1960-1965, excluding 1960 Sept.) normalized such that the combined abundances of Si, Ti, Cr and Fe are the same in FG Sge and $\alpha$ Cyg (Albayrak 2000) (Col. 8), c) the same mean values relative to $\alpha$ Cyg (Col. 7) and the Sun (Col. 9), and d) elemental abundances for $\alpha$ Cyg (Albayrak 2000) and the Sun (Cols. 10-11). Abundances [X] are given as logarithm of relative abundance by number normalized to H = 12.00.