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St Clair Limestone (geologic formation)

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St. Clair Limestone
Stratigraphic range: Silurian
SheinwoodianHomerian
~433–427 Ma PreꞒ O S D C P T J K Pg N
TypeFormation Member – Illinois and Missouri
Unit ofBainbridge Group Hunton Megagroup
UnderliesLafferty Limestone in Arkansas and Moccasin Springs Formation in Illinois, Indiana, and Missouri
OverliesBrassfield Limestone in Arkansas and Sexton Creek Limestone in Illinois, Indiana, and Missouri
Lithology
PrimaryLimestone
OtherDolomite
Location
Region
CountryUnited States
Type section
Named forSt. Clair spring, Independence County, Arkansas
Named byRichard Alexander Fullerton Penrose Jr. 1891

The St. Clair Limestone is a geologic unit in Arkansas, and Oklahoma. It is classified as a Geologic Member in Indiana and Missouri. It dates back to the Middle of Silurian period. It is high density, high magnesium dolomitic limestone. It was originally classified as a marble in Oklahoma due to the fact that it would hold a high polish, hence Marble City. It is sold in slabs and as tiles, in a similar manner as marble would be. This unit has many economic uses in Arkansas and Oklahoma. It is used as a construction material, manufacture of quicklime, and manganese deposits are mined as well. The St Clair is designated as a member of the Bainbridge Group in the State of Indiana. In Illinois, Missouri, Arkansas and Oklahoma it is part of the Hunton Megagroup. The St. Clair is the Basal member of the Niagaran Series, making it part of the Tippecanoe sequence. Throughout most of the Southern extent the unit is roughly 10 to 20' thick. Moving northward it thickens to approximately 80 to 100' thick in the Illinois Basin. At its northernmost reaches where it grades in to the Joliet and Racine Formations it is about 150' thick.

Appearance

The St. Clair is composed of course calcite grains to fine grains. It may contain partings of claystone or Mudstone. It can range in color from light-gray to chocolate brown, or even or purplish-black. Beds of pink crinoid remains are also found with in this unit, mostly toward the base.

Physical characteristics

Imperial Metric
Absorption by weight ASTM C97 0.5% 0.5%
Density ASTM C97 168 lb/ft3 2 691.10 kg/m3
Compressive strength ASTM C170 15 889Psi 109.55MPa
Modulus of rupture ASTM C99 972Psi 6.70MPa

Paleofauna

Brachiopods

A. marginata
A. thomasi
A. erugata
B. barrandei
B. americanus
B. elongatus
D. parva
D. bilobella


D. nanella
E. acutolineatus acutolineatus
E. acutolineatus pentagonus
H. havliceki
H. costatula arkansana
H. pygmaea
H. splendens
K. vaningeni
L. (Opikella) dissiticostella
M. clairensis
N. clairensis
N. raritas
O. angustata
O. lenta
O. (Eilotreta) miseri
O. multiplicata
O. (Lissotreta) plicata
O. clairensis
O. infrequens


P. lepida
P. juvenis
P. praecipta
P. arctoimbricata
P. arkansana
S. glomerata
V. arkansana

Conodonts

A. inornatus
A. unicostatus
A. triangularis
B. flexa
B. inclinata
C. carnulus
C. carnus
C. delicatus
C. flexuosus


D. mehli
D. posterocostatus>
D. procerus
D. kentuckyensis
D. homocurvatus
H. staurognathoides
H. equidentata
L. egregia
L. silurica
N. costatus
N. excavatus
N. multiformis
N. subcarnus
O. inclinatus
O. gaertneri
O. inclinata
O. media
O. ziegleri
P. multicostatus
P. trigonius


P. gracilis
P. simplex
P. unicostatus
P. extensus
P. amorphognathoides
S. ranuliformis
S. rhenanus
S. wolfordi
T. brassfieldensis
T. carinata
T. exacta
T. variflexa

Trilobites

C. phollikodes
C. prolixus
C. kyphora
D. howelli
D. ptyktorhion


D. anaglyptus
D. corycoeus
D. longifrons
D. altirostris
E. egani


E. fontana
H. butorus
H. spinulocervix
L. (Dipharangus) xeo
P. vaningeni


R. niagarensis
S. glaber
S. lagena
S. oarion
S. scutula

See also

References

  1. Penrose Jr., R.A.F. (1891). "Manganese: its uses, ores, and deposits". Annual Report of the Geological Survey of Arkansas for 1890. 1: 101–102, 112–114, 124–128, 166–203, 214–215.
  2. Schrenk, Steven (September 2017). "The Grey American Limestone that Acts Like a Marble". The Slippery Rock Gazette: 36, 37.
  3. "Saint Clair Limestone - Grey Limestone - StoneContact.com". www.stonecontact.com. Retrieved 2023-12-19.
  4. Ham, W.E.; Dott, R.H.; Burwell, A.L.; Oakes, M.C. (1943). "GEOLOGY AND CHEMICAL COMPOSITION OF THE ST. CLAIR LIMESTONE NEAR MARBLE CITY OKLAHOMA" (PDF). Oklahoma Geological Survey. Retrieved 18 December 2023.
  5. Willman, H. B.; Atherton, Elwood (1975). "Handbook of Illinois Stratigraphy: Illinois State Geological Survey". Handbook of Illinois Stratigraphy: Illinois State Geological Survey. Bulletin 95: 261.
  6. "Saint Clair Linear | Polycor | Natural Stone | North America | Limestone". Polycor. Retrieved 2017-10-13.
  7. Amsden, Thomas W. (1968). "Articulate Brachiopods of the St. Clair Limestone (Silurian), Arkansas, and the Clarita Formation (Silurian), Oklahoma". Memoir (The Paleontological Society). 1: i–117. JSTOR 1315506.
  8. Craig, William (1968). The stratigraphy and conodont paleontology of Ordovician and Silurian strata, Batesville district, Independence and Izard counties, Arkansas (PhD). The University of Texas.
  9. Holloway, David J. (January 1980). "Middle Silurian trilobites from Arkansas and Oklahoma, USA., Part I". Palaeontographica Abteilung A. 170: 1–85.
Chronostratigraphy of Illinois
Ph
Cz
Q
Holocene
  • Glacial alluvium, drift, and loess
Pleistocene
Embayment Megagroup
N
Pliocene
Embayment Megagroup
Pe
Eocene
Embayment Megagroup
Paleocene
Embayment Megagroup
Mz
K
Upper
Maastrichtian
Embayment Megagroup
Campanian
Embayment Megagroup
Pz
C
Kasimovian
McLeansboro Group
Moscovian
Bashkirian
Raccoon Creek Group
M
Serpukhovian
Pope Mega Group
  • Grove Church
    Kinkaid Limestone
    Dagonia Sandstone
    Clore Formation
    Palestine Sandstone
    Menard Limestone
    Waltersburg Formation
    Vianna Formation
    Tar Springs Sandstone
Viséan
Pope Mega Group
Tournaisian
D
Upper
Famennian
Frasnian
Middle
Givetian
Eifelian
Muscatatuck Group
Lower
Emsian
New Harmony Group
Pragian
New Harmony Group
Hunton Megagroup
S
Ludlow
Ludfordian
Hunton Megagroup
Gorstian
Hunton Megagroup
Wenlock
Homerian
Sheinwoodian
Hunton Megagroup
Llandovery
Telychian
Hunton Megagroup
Aeronian
Hunton Megagroup
Rhuddanian
Hunton Megagroup
O
Upper
Hirnantian
  • Leemon Formation
  • Sandbian
    Middle
    Darriwilian
  • Dutchtown Limestone
  • St. Peter Sandstone
  • Lower
    Tremadocian
  • New Richmond Sandstone
  • Oneota Dolomite
  • Shakopee Dolomite
  • Є
    Munising Group
    Chronostratigraphy of Indiana
    Ph
    Pz
    C
    Kasimovian
    McLeansboro Group
    Bond Formation, Mattoon Formation, Patoka Formation
    Moscovian
    McLeansboro Group
    Shelburn Formation
    Carbondale Group
    Dugger Formation, Petersburg Formation, Linton Formation
    Raccoon Creek Group
    Staunton Formation
    Bashkirian
    Raccoon Creek Group
    Brazil Formation, Mansfield Formation
    M
    Tournaisian
    D
    Upper
    Famennian
    S
  • Bailey Limestone
  • Brassfield Limestone
  • Cataract Formation
  • Louisville Limestone
  • Moccasin Springs Formation
  • Pleasant Mills Formation
  • Salamonie Dolomite
  • Sexton Creek Limestone
  • St. Clair Limestone
  • Wabash Formation
  • Waldron Shale
  • O
    Є
    Categories: