1. INTRODUCTION

2. DATA
2.1. An Overview of the MUSYC ECDFS Dataset
2.2. The z ≈ 0 Comparison Sample

3. PHOTOMETRIC REDSHIFTS AND RESTFRAME PROPERTIES
3.1. Photometric Redshifts
3.2. Restframe Photometry and Stellar Masses
3.3. The Propagation of Redshift Errors

4. CONSTRUCTING A STELLAR MASS SELECTED SAMPLE

5. THE COLOR–MAGNITUDE AND
5.1. The Color–Magnitude Diagram for z_phot ≲ 2
5.2. The Color–Stellar Mass Diagram for z_phot ≲ 2

6. THE COLOR DISTRIBUTION OF MASSIVE GALAXIES FOR z_phot < 2
6.1. The Massive Galaxy Red Sequence at z_phot ≲ 1.2
6.2. A Massive Galaxy Red Sequence at z_phot ≳ 1.3 %

7. THE COLOR EVOLUTION OF MASSIVE RED GALAXIES

8. THE RISE OF RED GALAXIES OVER z_phot ≲ 2
8.1. Defining a Red Galaxy Selection Criterion
8.2. The Number Density Evolution of Massive Galaxies for z_phot < 1.8
8.4. The Importance of the z ≈ 0 Comparison Point
8.5. Comparison with Other Works

9. QUANTIFYING POTENTIAL SYSTEMATIC ERRORS
9.1. Photometric Calibration
9.2. Photometric Methods
9.3. Correcting for Incompleteness
9.4. Photometric Redshifts
9.5. Stellar Mass Estimates
9.6. Other Potential Systematic Effects
9.7. Quantifying Potential Systematic Errors — Summary

10. A FINAL INDEPENDENT CONSISTENCY CHECK: QUANTIFYING THE EVOLUTION OF BRIGHT, RED GALAXIES WITHOUT REDSHIFTS
10.1. Selecting Red Galaxies in Redshift Intervals
10.2. Interpreting the Numbers of Colour Selected Galaxies
10.3. Tying it all Together

11. SUMMARY AND CONCLUSIONS