Dr. P. Marshall— Younger Hock Series of JYew Zealand. 315 



STRATIGRAPHICAL SUCCESSION AT WAIPARA AND WEKA PASS. 



Park, 1910 



Wanganui System 



Awatere Series 



(Pliocene) 



Karamea System 



Oamaru Series 



(Miocene) 



Brown Coal of 



Waikato, etc. 



Waimangaroa Series 



(Eocene) 

 Coal of West Coast 



Hector, 1886 



Lower Miocene 



Upper Eocene 



Hutton, 1885, 1899 



]\ 



Waipara 



System 



(Cretaceous) 



■>r '- 



Cretaceo- 

 Tertiary 



Brown Coal — ^ 

 Kaitangata, etc. 



Lower 

 Greensand 



Coal of Shag Point, I l<^ i r -ivr o 

 etc, and Kaitangata • ^°^' °^ W .Coast_ 



ES33C 



«■' '■' t" 



Pareora 



Mt. Brown Beds 

 < 



Grey Marls 



Weka Pass Stone 

 < ■ 



Amuri Limestone 



Sandy Limestone 

 " Teredo " 



Concretionary 

 Greensands 



Black Grit 



Grey Sands 



Sandstones 

 (Belemnites, etc.) 



Conglomerates 



■^ Coal 



Pareora System 

 (Miocene) 



Mokau Coal 



Oamaru 



System 



(Oligocene) 



Coal of 

 Kaitangata, etc. 



Waipara 



System 



(Cretaceous) 



Coal of Shag 

 Point, etc. 



STRATIGRAPHICAL SUCCESSION AT OAMARU. 



Park, 1910 



Miocene 



(Karamea System, 

 Oamaru Series) 



Hector, 1886 



Miocene 



Eocene 



(Oamaru Series) 



Cretaceo- 

 Tertiary 







Awamoa Beds 



Hutchinson 

 Quarry Beds 



Oamaru Ototara 

 Limestone 



Waireka Tuffs 



Concretionary 

 Greensands 



Grey and Green 

 Sands 



Quartz Gravels 



with Coal Seams 



Schist 



Hutton, 1885, 1899 



Pareora System 

 (Miocene) 



Oamaru System 

 (Oligocene) 



J 



Fig. 2. — These tables (Figs. 1 and 2) are reproduced from the original paper by Marshall, 

 Speight, & Cotton, " Younger Eock Series of New Zealand " : Trans. New Zealand 

 Institute, vol. xliii, p. 383, 1910. 



