The Red-Sequence Cluster Surveys (RCS-1 and RCS-2) are large optical imaging surveys optimized to create well-characterized catalogs of clusters of galaxies up to a redshift of ~1. We describe our first cosmological analysis, using the self-calibration technique, of a cluster sample of ~1000 from the 90 sq. deg RCS-1, using optical richness as a mass proxy. We obtain values for the cosmological parameters $\Omega_m$ and $\sigma_8$ that are in excellent agreement with the year-three WMAP results. Furthermore, the derived cluster richness-mass relationship is entirely consistent with those measured directly using dynamical mass measurements
We use galaxy dynamical information to calibrate the richness-mass scaling relation of a sample of 4...
Deep, wide, near-infrared imaging surveys provide an opportunity to study the clustering of various ...
We present and analyze the optical and X-ray catalogs of moderate-redshift cluster candidates from t...
The Red-Sequence Cluster Survey (RCS) is a new galaxy cluster survey designed to provide a large sam...
Indexación: Scopus.DGG acknowledges support from the National Research Foundation of South Africa. S...
We present follow-up spectroscopic observations of galaxy clusters from the first Red-sequence Clust...
The Red-Sequence Cluster Survey (RCS) is a $\sim$100 square degree, two-filter imaging survey in the...
Galaxy clusters can be used as a sensitive probe for cosmology. A large cluster catalog that extends...
We present a brief review of the history of optical searches of galaxy clusters, starting from that ...
Measurements of galaxy cluster abundances, clustering properties, and mass-to-light ratios in curren...
We present RedGOLD (Red-sequence Galaxy Overdensity cLuster Detector), a new optical/NIR galaxy clus...
A clean measurement of the evolution of the galaxy cluster mass function can significantly improve o...
We use galaxy dynamical information to calibrate the richness-mass scaling relation of a sample of 4...
We investigate halo mass selection properties of red-sequence cluster finders using galaxy populatio...
I review some of the current efforts to create unbiased samples of galaxy clusters. Readers are refe...
We use galaxy dynamical information to calibrate the richness-mass scaling relation of a sample of 4...
Deep, wide, near-infrared imaging surveys provide an opportunity to study the clustering of various ...
We present and analyze the optical and X-ray catalogs of moderate-redshift cluster candidates from t...
The Red-Sequence Cluster Survey (RCS) is a new galaxy cluster survey designed to provide a large sam...
Indexación: Scopus.DGG acknowledges support from the National Research Foundation of South Africa. S...
We present follow-up spectroscopic observations of galaxy clusters from the first Red-sequence Clust...
The Red-Sequence Cluster Survey (RCS) is a $\sim$100 square degree, two-filter imaging survey in the...
Galaxy clusters can be used as a sensitive probe for cosmology. A large cluster catalog that extends...
We present a brief review of the history of optical searches of galaxy clusters, starting from that ...
Measurements of galaxy cluster abundances, clustering properties, and mass-to-light ratios in curren...
We present RedGOLD (Red-sequence Galaxy Overdensity cLuster Detector), a new optical/NIR galaxy clus...
A clean measurement of the evolution of the galaxy cluster mass function can significantly improve o...
We use galaxy dynamical information to calibrate the richness-mass scaling relation of a sample of 4...
We investigate halo mass selection properties of red-sequence cluster finders using galaxy populatio...
I review some of the current efforts to create unbiased samples of galaxy clusters. Readers are refe...
We use galaxy dynamical information to calibrate the richness-mass scaling relation of a sample of 4...
Deep, wide, near-infrared imaging surveys provide an opportunity to study the clustering of various ...
We present and analyze the optical and X-ray catalogs of moderate-redshift cluster candidates from t...