The VVDS-VLA deep field

The VVDS - VLA Deep Field II . Optical and near infrared identifications of VLA S 1 . 4 GHz > 80 μ Jy sources in the VIMOS VLT Deep Survey VVDS - 02 h field

In this paper we present the optical and near-infrared identifications of the 1054 radio sources detected in the 20cm deep radio survey down to a 5σ flux limit of ∼80µJy obtained with the VLA in the VIMOS VLT Deep Survey VVDS-02h deep field. (50% completeness) we identified 718 radio sources (∼74% of the whole sample). The photometric redshift analysis shows that, in each magnitude bin, the rad...

The Vla Ultradeep Field

NIR Follow - Up of the VVDS 02 hr Field

We present a new K-band survey covering 623 arcmin 2 in the VVDS 0226-0430 deep field down to a limiting magnitude KVega 20.5. We use the spectroscopic sample extracted from this new K-band catalogue to assess the effectiveness of optical-near infrared color selections in identifying extreme classes of objects at high redshift. 1. The VVDS F02 K-selected sample Near-infrared (NIR) selected samp...

The VLA Survey of the Chandra Deep Field South: I. Overview and the Radio Data

We report 20 and 6 cm VLA deep observations of the CDF-S including the Extended CDF-S. We discuss the radio properties of 266 cataloged radio sources, of which 198 are above a 20 cm completeness level reaching down to 43 μJy at the center of the field. Survey observations made at 6 cm over a more limited region covers the original CDF-S to a comparable level of sensitivity as the 20 cm observat...

The Vla Survey of the Chandra Deep Field South. Iv. Source Population

We present a detailed analysis of 256 radio sources from our deep (flux density limit of 42 μJy at the field centre at 1.4 GHz) Chandra Deep Field South 1.4 and 5 GHz VLA survey. The radio population is studied by using a wealth of multi-wavelength information in the radio, optical, and X-ray bands. The availability of redshifts for ∼ 80% of the sources in our complete sample allows us to deriv...