The environment impact on morphological transformation and quenching in clusters and proto-clusters at z>1.
The study of the morphology of multiwavelength images of galaxy clusters is largely used to infer th...
The cluster environment is known to be capable of altering the evolutionary paths of galaxies throug...
<p>Cluster means of reductions in root length and shoot length, root re-growth (RRG) and mean geneti...
<p>The table presents abundances of specific environmental phenotypes. It is hard to infer adaptatio...
Galaxy environment is frequently discussed, but inconsistently defined. It is especially difficult t...
We study galactic star formation activity as a function of environment and stellar mass over 0.5 9(...
{début du text] Phenotypic plasticity is the ability of an organism to change its phenotype in respo...
We present two studies of galaxy populations in cluster samples at $z\sim1$ and $z\sim1.5$ with the ...
This paper focuses on the environmental role in morphogenesis in dynamic morphologies (DM). We disc...
Using a sample of four galaxy clusters at 1.35 < z < 1.65 and 10 galaxy clusters at 0.85 < z < 1.35,...
We study the influence of environment on galaxy evolution by focusing on two galaxy types known for ...
International audience(Abridged) To understand if the morphology-density and passive-density relatio...
Context. Rich clusters offer a unique laboratory for studying the effects of local environment on th...
Context. Star clusters form within giant molecular clouds that are strongly altered by the feedback ...
International audienceWe study the morphological content of a large sample of high-redshift clusters...
The study of the morphology of multiwavelength images of galaxy clusters is largely used to infer th...
The cluster environment is known to be capable of altering the evolutionary paths of galaxies throug...
<p>Cluster means of reductions in root length and shoot length, root re-growth (RRG) and mean geneti...
<p>The table presents abundances of specific environmental phenotypes. It is hard to infer adaptatio...
Galaxy environment is frequently discussed, but inconsistently defined. It is especially difficult t...
We study galactic star formation activity as a function of environment and stellar mass over 0.5 9(...
{début du text] Phenotypic plasticity is the ability of an organism to change its phenotype in respo...
We present two studies of galaxy populations in cluster samples at $z\sim1$ and $z\sim1.5$ with the ...
This paper focuses on the environmental role in morphogenesis in dynamic morphologies (DM). We disc...
Using a sample of four galaxy clusters at 1.35 < z < 1.65 and 10 galaxy clusters at 0.85 < z < 1.35,...
We study the influence of environment on galaxy evolution by focusing on two galaxy types known for ...
International audience(Abridged) To understand if the morphology-density and passive-density relatio...
Context. Rich clusters offer a unique laboratory for studying the effects of local environment on th...
Context. Star clusters form within giant molecular clouds that are strongly altered by the feedback ...
International audienceWe study the morphological content of a large sample of high-redshift clusters...
The study of the morphology of multiwavelength images of galaxy clusters is largely used to infer th...
The cluster environment is known to be capable of altering the evolutionary paths of galaxies throug...
<p>Cluster means of reductions in root length and shoot length, root re-growth (RRG) and mean geneti...
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