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SIIA Público
SISTEMA INTEGRAL DE INFORMACIÓN ACADÉMICA - PÚBLICO
Título del libro: Multi-Object Spectroscopy In The Next Decade: Big Questions, Large Surveys, And Wide Fields Título del capítulo: The CALIFA Survey Across the Hubble Sequence: How Galaxies Grow their Bulges and Disks
We characterize in detail the radial structure of the stellar population
properties of 300 galaxies in the nearby universe, observed with
integral field spectroscopy in the CALIFA survey. The sample covers a
wide range of Hubble types, from spheroidal to spiral galaxies, ranging
in stellar masses from M-* similar to 10(9) to 7 x 10(11) M-circle
dot. We derive the stellar mass surface density (mu(*)),
light-weighted and mass-weighted ages (< log age >(L), < log age)(M)>,
and mass-weighted metallicity (< log Z(*)> M), applying the spectral
synthesis technique. We study the mean trends with galaxy stellar mass,
M*, and morphology (E, SO, Sa, Sb, Sbc, Sc and Sd). We confirm that
more massive galaxies are more compact, older, more metal rich, and less
reddened by dust. Additionally, we find that these trends are preserved
spatially with the radial distance to the nucleus. Deviations from these
relations appear correlated with Hubble type: earlier types are more
compact, older, and more metal rich for a given M*, which evidences
that quenching is related to morphology, but not driven by mass.