WARMAN.J  EOCENE.  313 
Eocene  rocks;  Poison  Canyon  formation  of  Colorado Bull  84,  p  333;  GF  68,  p  2 
Porters  Creek  group  of  Tennessee Bull  83,  p  71;  Bull  84,  p  333 
Potosi  rhyolite  series  of  Colorado GF  57,  pp  5-6,  9,  14 
Protoceras  bed  of  South  Dakota,  correlation  of Ann  18,  n,  p  341 
Puerco  beds  of  New  Mexico,  correlation  of Ann  18,  n,  p  347; 
Bull  83,  pp  119,  120,  122,  126,  127,  137-138,  145,  146 
Puget  group  of  Washington,  character  and  age  of Ann  18, 
in,  pp  400-404;  GF  54,  pp  2-3 
correlation  of Ann  18,  n,  p  347;  Bull  83,  pp  95,  107-110;  Bull  84,  p  33 
Pulaski  formation  of  Oregon,  Coos  Bay  region Ann  19,  in,  p  320 
Red  Bluff  formation  of  Mississippi,  correlation  of.  .Ann  18,  n,  p  341 ;  Bull  84,  p  334 
Roslyn  sandstone  of  Washington,  northern Ann  20,  n,  pp  123-127 
Sabine  River  beds  of  Texas Bull  83,  p  78 
St .  Stephens  group  of  Alabama Bull  84,  p  335 
San  Juan  formation  of  Colorado GF  57,  pp  5,  8, 13 
San  Miguel  formation  of  Colorado Ann  18,  in,  p  760;  GF  57,  pp  4,  8, 10, 13 
correlation  of GF  57,  p  13 
Santa  ( !ruz  formation  of  Patagonia,  correlation  of Ann  18,  n,  p  342 
Santee  l>eds  of  South  Carolina,  correlation  of Ann  18,  n,  p  342; 
Bull  83,  pp  51,  52-53;  Bull  84,  p  334 
Shark  River  beds  of  New  Jersey,  correlation  of Ann  18,  n,  p  344 
Shell  Bluff  group  of  Georgia,  correlation  of  .Ann  18,  n,  pp  341,  342;  Bull  84,  p  334 
Shiloh  marl  of  New  Jersey,  correlation  of Ann  18,  n,  p  340 
S<  »pchoppy  limestone  of  Florida Bull  84,  pp  119-122,  334 
Sphinx  conglomerate  of  Montana GF  24,  p  3 
Sucarnochee  series  of  Alabama,  correlation  of Ann  18,  n,  p  348 
Suessonian  formation  of  Europe,  correlation  of Ann  18,  n,  p  346 
Swauk  sandstone  of  Washington,  northern Ann  20,  it,  pp  118-123 
Sweetwater  group  of  Wyoming Bull  84,  p  335 
Tallahatta  or  Orangeburg  formation,  correlation  of Ann  18,  n,  p  344 
Tampa  beds  of  Florida,  correlation  of Ann  18,  n,  p  340;  Bull  84,  pp  332,  335 
Tejon  group  or  formation  of  Pacific  coast,  localities  and  correlation  of Ann  14, 
ii,  p  461;  Ann  15,  p  458;  Ann  17,  i,  p  659;  Ann  18,  n, 
pp  346-347;  Mon  xm,  pp  179,  299;  Bull  83,  pp  95, 
98,  99,100-106,108-110;  Bull  84,  p  335;  GF  17,  ]»  2; 
GF31,pl;  GF37,pl;GF41,p6;  GF43,pl;  GF51,pl 
(See,  also,  Chico-Tejon  and  main  entry  Tejon.) 
Timber-belt  beds  of  Texas Bull  83,  p  78 
Titanotherium  bed  of  Europe Bull  84,  p  336 
Tongrian  formation,  correlation  of Ann  18,  n,  p  341 
Tunnel  Point  beds  of  Oregon,  correlation  of Ann  18,  n,  p  340 
Tuscahoma  series  of  Alabama,  correlation  of Ann  18,  n,  p  346; 
Bull  84,  pp  321,  336 
Tuscan  formation  of  California GF  15,  p  1 
Tyee  sandstone  of  Oregon .GF  49,  p  3 
Uinta  group  of  Utah,  correlation  of Ann  18,  n,  p  342; 
Bull  83,  pp  143, 145, 146;  Bull  84,  p  336 
Umpqua  formation  of  Oregon GF  49,  pp  2,  4 
Unga  conglomerate  of  Alaska Ann  17,  i,  p  836;  Bull  84,  p  336 
m  Vermilion  Creek  group  of  Colorado Bull  83,  p  124;  Bull  84,  p  337 
Vicksburg  group  of  Mississippi  and  Louisiana Bull  83, 
pp  69-70,  76;  Bull  84,  pp  101-103,  337 
Vicksburgian  group,  correlation  of Ann  18,  n,  p  341 
Wasatch  group  of  western  United  States,  correlation  of Ann  18, 
ii,  p  345;  Bull  83,  pp  117, 125, 139, 144, 145, 146;  Bull  84,  pp  337,  338 
