This is the first paper in a series aimed at defining a statistically significant sample of QSOs in the range $ 15 < B < 18.75$ and $ 0.3 < z < 2.2$. The selection is carried out using direct plates obtained at the ESO and UK Schmidt Telescopes, scanned with the COSMOS facility and searched for objects with an ultraviolet excess. Follow-up spectroscopy, carried out at ESO La Silla, is used to classify each candidate. In this initial paper, we describe the scientific objectives of the survey; the selection and observing techniques used. We present the first sample of 285 QSOs ($M_B < -23$) in a 153 deg$^2$ area, covered by the six ``deep'' fields, intended to obtain significant statistics down $B \simeq 18.75$ with unprecedent...
[Aims]: We aim to illustrate the potentiality of the Advanced Large, Homogeneous Area, Medium-Band R...
The combination of variability and proper motion constraints (VPM search) is believed to provide an...
Abstract. The FORS Deep Field project is a multi-colour, multi-object spectroscopic investigation of...
This is the first paper in a series aimed at defining a statistically significant sample of QSOs in ...
This is the first paper in a series aimed at defining a statistically significant sample of QSOs in ...
An Homogeneous Bright QSO Survey (HBQS) has been carried out in the framework of an ESO Key Programm...
We present a new sample of 415 bright QSOs and Seyfert~1 nuclei drawn from the Hamburg/ESO survey (H...
We continue the QSO search in the 10 square degrees Schmidt field around M92 based on variability an...
Results from six new UK Schmidt Telescope equatorial fields are presented in which 335 QSOs have bee...
This is the fourth paper in a series aimed at selecting about 1000 QSOs brighter than B(J) about 18....
We present progress results of a new survey for bright QSOs (V30. The surface density of QSOs bright...
We continue the QSO search in the 10 square degrees Schmidt field around M 92 based on variability a...
Aims.We present the full data set of the spectroscopic campaign of the ESO/GOODS program in the GO...
The present status of the ESO key-programme "A homogeneous bright QSO survey" is described together ...
An ESO Key programme dedicated to an Homogeneous Bright QSO Survey (HBQS) has been completed. 327 QS...
[Aims]: We aim to illustrate the potentiality of the Advanced Large, Homogeneous Area, Medium-Band R...
The combination of variability and proper motion constraints (VPM search) is believed to provide an...
Abstract. The FORS Deep Field project is a multi-colour, multi-object spectroscopic investigation of...
This is the first paper in a series aimed at defining a statistically significant sample of QSOs in ...
This is the first paper in a series aimed at defining a statistically significant sample of QSOs in ...
An Homogeneous Bright QSO Survey (HBQS) has been carried out in the framework of an ESO Key Programm...
We present a new sample of 415 bright QSOs and Seyfert~1 nuclei drawn from the Hamburg/ESO survey (H...
We continue the QSO search in the 10 square degrees Schmidt field around M92 based on variability an...
Results from six new UK Schmidt Telescope equatorial fields are presented in which 335 QSOs have bee...
This is the fourth paper in a series aimed at selecting about 1000 QSOs brighter than B(J) about 18....
We present progress results of a new survey for bright QSOs (V30. The surface density of QSOs bright...
We continue the QSO search in the 10 square degrees Schmidt field around M 92 based on variability a...
Aims.We present the full data set of the spectroscopic campaign of the ESO/GOODS program in the GO...
The present status of the ESO key-programme "A homogeneous bright QSO survey" is described together ...
An ESO Key programme dedicated to an Homogeneous Bright QSO Survey (HBQS) has been completed. 327 QS...
[Aims]: We aim to illustrate the potentiality of the Advanced Large, Homogeneous Area, Medium-Band R...
The combination of variability and proper motion constraints (VPM search) is believed to provide an...
Abstract. The FORS Deep Field project is a multi-colour, multi-object spectroscopic investigation of...