Attenuation curves (laws) in the optical part of thespectrum (from about 3500 AA~to 9000 AA) are determined for galaxieswith different star formation histories (SFHs) using images in five photometrical bands from the Sloan Digital Sky Survey (SDSS). Owing to large surveys like SDSS, it is possible to defineseveral subgroups of galaxies with similar SFHs using two spectralindices that trace SFH. Attenuation curves are analyzed in termsof SFH and compared to the curves that are often used for dustcorrection of the observed data
12 pages, 8 figures, 2 tables, appearing in the Dec 2007 GALEX special issue of ApJ Supp (29 papers)...
Context. The nearby universe remains the best laboratory to understand the physical properties of ga...
We update the spectral modeling code MAGPHYS to include a 2175 A absorption feature in its UV to nea...
We study the dust attenuation curves of 230,000 individual galaxies in the local universe, ranging f...
International audienceAims. We investigate the dust attenuation of 122 heavily dust-obscured galaxie...
Analysing a large representative sample of local galaxies (8707), we find that the variation in the ...
Star formation rates (SFRs) are among the fundamental properties used to characterize galaxies durin...
The dust attenuation for a sample of ~10,000 local (z ≾ 0.1) star-forming galaxies is constrained as...
International audienceWe present a systematic study of the shape of the dust attenuation curve in st...
We characterize the near-infrared dust attenuation for a sample of ~5500 local (z ≾ 0.1) star-formin...
We investigate the resolved kiloparsec-scale stellar and nebular dust distribution in eight star-for...
We present a new approach to investigate the content and spatial distribution of dust in structurall...
This paper will be published as part of the Galaxy Evolution Explorer (GALEX) ApJ Letters Special Is...
We derive a UV-optical stellar dust attenuation curve of galaxies at z = 1.4-2.6 as a function of ga...
Determining how galaxies stop forming stars remains an open issue in our understanding of galaxy evo...
12 pages, 8 figures, 2 tables, appearing in the Dec 2007 GALEX special issue of ApJ Supp (29 papers)...
Context. The nearby universe remains the best laboratory to understand the physical properties of ga...
We update the spectral modeling code MAGPHYS to include a 2175 A absorption feature in its UV to nea...
We study the dust attenuation curves of 230,000 individual galaxies in the local universe, ranging f...
International audienceAims. We investigate the dust attenuation of 122 heavily dust-obscured galaxie...
Analysing a large representative sample of local galaxies (8707), we find that the variation in the ...
Star formation rates (SFRs) are among the fundamental properties used to characterize galaxies durin...
The dust attenuation for a sample of ~10,000 local (z ≾ 0.1) star-forming galaxies is constrained as...
International audienceWe present a systematic study of the shape of the dust attenuation curve in st...
We characterize the near-infrared dust attenuation for a sample of ~5500 local (z ≾ 0.1) star-formin...
We investigate the resolved kiloparsec-scale stellar and nebular dust distribution in eight star-for...
We present a new approach to investigate the content and spatial distribution of dust in structurall...
This paper will be published as part of the Galaxy Evolution Explorer (GALEX) ApJ Letters Special Is...
We derive a UV-optical stellar dust attenuation curve of galaxies at z = 1.4-2.6 as a function of ga...
Determining how galaxies stop forming stars remains an open issue in our understanding of galaxy evo...
12 pages, 8 figures, 2 tables, appearing in the Dec 2007 GALEX special issue of ApJ Supp (29 papers)...
Context. The nearby universe remains the best laboratory to understand the physical properties of ga...
We update the spectral modeling code MAGPHYS to include a 2175 A absorption feature in its UV to nea...