We study the morphology-radius (MR-) and morphology-density (MD-) relations for a sample of about 850 galaxies (with M = -22), the S0 galaxies and the early spirals have different Sigma1-distributions. The reason for this is that Sigma1 is much less correlated with R than is Sigma10, and thus has much less cross-talk from the (MR-) relation. On average, the 'normal' ellipticals populate environments with higher projected density than do the S0 galaxies while the early spirals populate even less dense environments. The segregation of the brightest ellipticals and the late spirals is driven mostly by global factors, while the segregation between 'normal' ellipticals, S0 galaxies and early spirals is driven primarily by local factors
In this thesis, we explore the effect of the galaxy environment on the physical size and structure o...
Context. This is the third study of a series dedicated to the observed parallelism of properties bet...
International audience(Abridged) To understand if the morphology-density and passive-density relatio...
We study the morphology-radius and morphology-density relations for a sample of about 850 galaxies (...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z similar t...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z ¸ 0.5) cl...
We present the Morphology-Density and Morphology-Radius relations (T-Sigma and T-R, respectively) ob...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z~0.5) clus...
The morphological types of galaxies in nine clusters in the redshift range 0.1 lesssim z lesssim 0.2...
We present the morphology-density and morphology-radius relations (T-Sigma and T-R, respectively) ob...
We examined the morphology-density relations for galaxy samples selected by luminosity and by mass i...
We examine the dependence of the morphology of spiral galaxies on the environment using the KIAS Val...
Abstract. We present the kinematic morphology-density relation in three galaxy clusters, Abell 85, 1...
At redshifts of z ≲ 1.3, early-type galaxies (ETGs) and passive galaxies are mainly found in dense e...
We quantify the evolution of the spiral, S0 and elliptical fractions in galaxy clusters as a functio...
In this thesis, we explore the effect of the galaxy environment on the physical size and structure o...
Context. This is the third study of a series dedicated to the observed parallelism of properties bet...
International audience(Abridged) To understand if the morphology-density and passive-density relatio...
We study the morphology-radius and morphology-density relations for a sample of about 850 galaxies (...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z similar t...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z ¸ 0.5) cl...
We present the Morphology-Density and Morphology-Radius relations (T-Sigma and T-R, respectively) ob...
Using traditional morphological classifications of galaxies in 10 intermediate-redshift (z~0.5) clus...
The morphological types of galaxies in nine clusters in the redshift range 0.1 lesssim z lesssim 0.2...
We present the morphology-density and morphology-radius relations (T-Sigma and T-R, respectively) ob...
We examined the morphology-density relations for galaxy samples selected by luminosity and by mass i...
We examine the dependence of the morphology of spiral galaxies on the environment using the KIAS Val...
Abstract. We present the kinematic morphology-density relation in three galaxy clusters, Abell 85, 1...
At redshifts of z ≲ 1.3, early-type galaxies (ETGs) and passive galaxies are mainly found in dense e...
We quantify the evolution of the spiral, S0 and elliptical fractions in galaxy clusters as a functio...
In this thesis, we explore the effect of the galaxy environment on the physical size and structure o...
Context. This is the third study of a series dedicated to the observed parallelism of properties bet...
International audience(Abridged) To understand if the morphology-density and passive-density relatio...