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REFERENCES

  1. Adelberger K. L. et al. (2003) Galaxies and Intergalactic Matter at Redshift z ~ 3: Overview, Ap. J. 584 45
  2. Ahn S.-H., Lee, H.-W., and Lee, H. (2002) P-Cygni Type Lyalpha from Starburst Galaxies. Ap. J. 567 922
  3. Ajiki M., et al. (2002) A New High-Redshift Lyalpha Emitter: Possible Superwind Galaxy at z = 5.69. Ap. J. 576 L25
  4. Andersen M I, et al. (2000) VLT Identification of the Optical Afterglow of the Gamma-Ray Burst GRB 000131 at z = 4.50 Astron. and Ap. 364 54
  5. Baldwin J et al. (1974) An Analysis of the Apectrum of the Large-Redshift Quasi-Stellar Object OQ 172 Ap. J. 193 513
  6. Barger A J, et al. (2001) Supermassive Black Hole Accretion History Inferred From a Large Sample Of Chandra Hard X-Ray Sources Astron. J. 122 2177
  7. Barger A J et al. (2002) X-Ray, Optical, and Infrared Imaging and Spectral Properties of the 1 Ms Chandra Deep Field North Sources Astron. J. 124 1839
  8. Baugh C M et al. (1998) The Epoch of Galaxy Formation Ap. J. 498 504
  9. Baugh C M et al. (1999) in Photometric Redshifts and High Redshift Galaxies ed R Weyman, L Storrie-Lombardi, M Sawicki and R Brunner ASP Conf. Ser. 191 p. 353
  10. Benitez N, and Broadhurst T (1999) High-z Galaxies Seen Through Cluster Lenses, in The Hy Redshift Universe, ed A J Bunker and W van Breugel ASP Conf. Ser. 193 p. 509
  11. Best P, et al. (1999) A 98 per cent Spectroscopically Complete Sample of the Most Powerful Equatorial Radio Sources at 408MHz MNRAS 310, 223
  12. Blain A W., et al. (1999) Submillimeter-Selected Galaxies, in The Hy Redshift Universe ed A J Bunker and W van Breugel ASP Conf. Ser. 193 p. 425
  13. Blain A W., et al. (2002) The 60µm Extragalactic Background Radiation Intensity, Dust-Enshrouded Active Galactic Nuclei and the Assembly of Groups and Clusters of Galaxies MNRAS 333 222
  14. Brandt W N (2001) The Chandra Deep Field North Survey. V. 1 Ms Source Catalogs Astron. J. 122 2810
  15. Brandt W N (2002) The Chandra Deep Field-North Survey. XI. X-Ray Emission from Luminous Infrared Starburst Galaxies Ap. J. 568 85
  16. Bunker A J et al. (2003) A Star-Forming Galaxy at z = 5.78 in the Chandra Deep Field South MNRAS 342 L47
  17. Calzetti D et al. (2000) The Dust Content and Opacity of Actively Star-forming Galaxies Ap. J. 533 682
  18. Chapman S C et al. (2003) Uncoveringt the Redshifrt Distribution of Submillimetre Galaxies Nature 422 695
  19. Charlot S and Fall S (1993) Lyman-alpha Emission from Galaxies Ap. J. 415 580
  20. Connolly A J et al. (1995) Spectral Classification of Galaxies: an Orthogonal Approach Astron. J. 110 1071
  21. Dawson S et al. (2002) A Galactic Wind at z = 5.190 Ap. J. 570 92
  22. de Breuck C et al. (2000) A Sample of 669 Ultra Steep Spectrum Radio Sources to Find High Redshift Radio Galaxies Astron. Ap. Sup. 143 303
  23. Dey A et al. (1998) A Galaxy at z = 5.34 Ap. J. 498, L93
  24. Ellis R et al. (2001) A Faint Star-forming System Viewed through the Lensing Cluster Abell 2218: First Light at appeq 5.6? Ap. J. 560 L119
  25. Eggen O J, Lynden-Bell D and Sandage A R (1962) Evidence from the Motions of Old Stars that the Galaxy Collapsed Ap. J. 136, 748
  26. Fan X et al. (2001) A Survey of z > 5.8 Quasars in the Sloan Digital Sky Survey. I. Discovery of Three New Quasars and the Spatial Density of Luminous Quasars at z ~ 6 Astron. J. 122, 2833
  27. Fan X et al. (2002) Evolution of the Ionizing Background and the Epoch of Reionization from the Spectra of z ~ 6 Quasars Astron. J. 123 1247
  28. Fernandez-Soto A, Lanzetta K and Yahil A (1999) A New Catalog of Photometric Redshifts in the Hubble Deep Field Ap. J. 513 34
  29. Frayer D et al. (1998) Molecular Gas in the z = 2.8 Submillimeter Galaxy SMM 02399-0136 Ap. J. 506 L7
  30. Frye B et al. (2002) Spectral Evidence for Widespread Galaxy Outflows at z > 4 Ap. J. 568 558
  31. Fynbo J Möller P, and Thomsen B (2001) Probing the Faint End of the Galaxy Luminosity Function at z = 3 with Lyalpha Emission Astron. Ap. 374 443
  32. Fynbo J et al. (2002) Deep Lyalpha Imaging of Two z = 2.04 GRB Host Galaxy Fields Astron. and Ap. 388 425
  33. Genzel R et al (2003) patially Resolved Millimeter Interferometry of SMM J02399-0136: A Very Massive Galaxy at z = 2.8 Ap. J. 584 633
  34. Giavalisco M (2002) Lyman-Break Galaxies Ann. Revs. Astron. and Ap. 40 579
  35. Granato G L, et al. (2001) Joint Formation of QSOs and Spheroids: QSOs as Clocks of Star Formation in Spheroids MNRAS 324 757
  36. Haiman Z (2002) The Detectability of High-Redshift Lyalpha Emission Lines prior to the Reionization of the Universe Ap. J. 576 L1
  37. Hu E, McMahon R G and Cowie L (1999) An Extremely Luminous Galaxy at z = 5.74 Ap. J. 522 9
  38. Hu E et al. (2002) A Redshift z = 6.56 Galaxy behind the Cluster Abell 370 Ap. J. (L) 568 L75
  39. Hu E M, Cowie L L and McMahon R G (2002) ERRATUM: A Redshift z = 6.56 Galaxy behind the Cluster Abell 370 Ap. J. 576 L99
  40. Iwata I et al. (2003) Lyman Break Galaxies at z ~ 5: Luminosity Function. P.A.S.J. 55 415
  41. Klypin A et al. (1999) Where Are the Missing Galactic Satellites? Ap. J. 522 82
  42. Kodaira K, Taniguchi Y et al. (2003). The Discovery of Two Lyalpha Emitters Beyond Redshift 6 in the Subaru Deep Field P.A.S.J. 55 L17
  43. Kudritzki R. et al. (2000) Discovery of Nine Lyalpha Emitters at Redshift z ~ 3.1 Using Narrowband Imaging and VLT Spectroscopy Ap.J. 536 19
  44. Kulkarni S et al. (1998) The Afterglow, Redshift and Extreme Energetics of the Gamma-Ray Burst of 23 January 1999 Nature 393 35
  45. Kunth D et al. (1998) HST study of Lyalpha Emission in Star-Forming Galaxies: the Effect of Neutral Gas Flows Astron. and Ap. 334 11
  46. Lanzetta K et al. (1999) in The Hy Redshift Universe ed A J Bunker and W van Breugel ASP Conf. Ser. 193 p. 544
  47. Lehnert M D and Bremer M (2003) Luminous Lyman Break Galaxies at z > 5 and the Source of Reionization Ap. J. 593 in press, astro-ph/0212431
  48. Lilly S and Longair M (1984) Stellar Populations in Distant Radio Galaxies MNRAS 211 833
  49. Lilly S et al. (1996) The Canada-France Redshift Survey: The Luminosity Density and Star Formation History of the Universe to z approx 1 Ap. J. 460 L1
  50. Loeb A and Barkana R (2001), The Reionization of the Universe by the First Stars and Quasars Ann. Revs. Astron. and Ap. 39 19
  51. Madau P and Pozzetti L and Dickinson M (1998) The Star Formation History of Field Galaxie Ap. J. 498 106
  52. Malhotra S and Rhoads J (2002) Large Equivalent Width Lyalpha; line Emission at z = 4.5: Young Galaxies in a Young Universe? Ap. J. 565 L71
  53. Malhotra S et al. (2003) No X-Ray-bright Type II Quasars among the Lyalpha Emitters Ap. J. 585 25
  54. Osmer P S (1999) in The Hy Redshift Universe ed A J Bunker and W van Breugel ASP Conf. Ser. 193 566
  55. Ouchi M et al. (2002) Subaru Deep Survey. II. Luminosity Functions and Clustering Properties of Lyalpha Emitters at z = 4.86 in the Subaru Deep Field Ap. J. 582, 60
  56. Partridge R B and Peebles P J E (1967) Are Young Galaxies Visible? Ap. J. 147 868
  57. Pentericci L et al. (2002a) VLT Optical and Near-Infrared Observations of the z = 6.28 Quasar SDSS J1030+0524 Astron. J. 123 2151
  58. Pentericci L et al. (2002b) The VLT and the Most Distant Quasars, ESO Messinger 108, 24
  59. Pettini M et al. (2001) The Rest-Frame Optical Spectra of Lyman Break Galaxies: Star Formation, Extinction, Abundances, and Kinematics Ap. J. 554 981
  60. Press W H and Schecter P (1974) Formation of Galaxies and Clusters of Galaxies by Self-Similar Gravitational Condensation Ap. J. 187 425
  61. Pritchet C (1994) The Search for Primeval Galaxies PASP 106 1994
  62. Rhoads J et al. (2003) Spectroscopic Confirmation of Three Redshift 5.7 Lyman-alpha Emitters from the Large Area Lyman Alpha Survey Astron. J. 125 1006
  63. Ridgway S E et al. (2001) NICMOS Imaging of the Host Galaxies of z  2-3 Radio-quiet Quasars Astron. J. 550 122
  64. Schaerer D (2002) The Transition from Population III to Normal Galaxies: Lyalpha and He II Emission and the Ionising Properties of High Redshift Starburst Galaxies Astron. and Ap. 397, 527
  65. Schmidt M (1965) Optical Spectra and Redshifts of 31 Radio Galaxies. Ap. J. 141 1
  66. Schneider D P, Schmidt M and Gunn J E (1991) PC 1247 + 3406 - an Optically Selected Quasar with a Redshift of 4.897 Astron. J. 102 837
  67. Searle, L and Zinn, R (1978) Compositions of Halo Clusters and the Formation of the Galactic Halo Ap. J. 225 357
  68. Shapley A E et al. (2001) The Rest-Frame Optical Properties of z appeq 3 Galaxies. Ap. J. 562 95
  69. Somerville R and Primack J (1999) Semi-Analytic Modelling of Galaxy Formation: the Local Universe MNRAS 310 1087
  70. Spinrad H et al. (1998) A z = 5.34 Galaxy Pair in the Hubble Deep Field Astron. J. 116, 2617
  71. Spinrad H Stern D, Dawson S and the GOODS team (2003) work in progress.
  72. Steidel C et al. (1999) Lyman-Break Galaxies at z gtapprox 4 and the Evolution of the Ultraviolet Luminosity Density at High Redshift Ap. J. 519 1
  73. Stern D and Spinrad H (1999) Search Techniques for Distant Galaxies PASP 111 1475
  74. Stern D et al. (2003) Spectroscopic Confirmation of a Radio-Selected Galaxy Over-Density at z = 1.11 Astron. J. 125 2759
  75. Stiavelli M (2002) Exploring the Cosmic Dark Ages with the Next Generation of Space and Ground-Based Facilities in Future Research Directions and Visions for Astronomy, ed A. Dressler, A M Proceedings of the SPIE, 4835, 122 (astro-ph/0208544)
  76. Taniguchi Y et al. (2003) The Discovery of a Very Narrow-Line Star Forming Object at a Redshift of 5.66 Ap. J. 585 L97
  77. Thompson D and Djorgovski S G (1995) Serendipitous Long-Slit Surveys for Primeval Galaxies Astron. J. 110 982
  78. Tenorio-Tagle G et al. (1999) The Evolution of Superbubbles and the Detection of Lyalpha; in Star-Forming Galaxies MNRAS 309 332
  79. van Breugel W et al. (1999) A Radio Galaxy at z = 5.19 Ap. J. 518 61
  80. Venemans B P et al. (2002) The Most Distant Structure of Galaxies Known: A Protocluster at z = 4.1 Ap. J. 569 L11
  81. Weinberg D H et al. (1999) in Photometric Redshifts and High Redshift Galaxies ed R J Weymann, L Storrie-Lombardi, M Sawicki and R Brunner ASP Conf. Ser. 191 341
  82. Weymann R J et al. (1998) Keck Spectroscopy and NICMOS Photometry of a Redshift z = 5.60 Galaxy. Ap. J. 505 L95
  83. White S and Rees M (1978) Core Condensation in Heavy Halos - A Two-Stage Theory for Galaxy Formation and Clustering MNRAS 183 341

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