Onondaga Limestone

Hard limestones rock formation in North America
Onondaga Limestone
Stratigraphic range: Eifelian-Givetian
~392–383 Ma
PreꞒ
O
S
D
C
P
T
J
K
Pg
N
TypeGeological formation
Sub-units
  • Seneca
  • Moorehouse
  • Nedrow
  • Edgecliff
UnderliesHamilton Group and Marcellus Formation
OverliesHelderberg Group, Huntersville Chert, Old Port Formation, Oriskany Sandstone, and Schoharie Formation
Lithology
PrimaryLimestone
OtherChert
Location
Region Maryland
 New York (state)
 Ohio
 Pennsylvania
 West Virginia
 Ontario
Country USA
 Canada
ExtentAppalachian Basin of
eastern North America
Type section
Named forOnondaga, NY

Location of the Onondaga limestone outcrop in New York State, USA and Ontario, Canada

The Onondaga Limestone is a group of hard limestones and dolomites of Devonian age that forms geographic features in some areas in which it outcrops; in others, especially its Southern Ontario portion, the formation can be less prominent as a local surface feature.[citation needed][1]

In upstate New York and the Niagara peninsula of southern Ontario the sedimentary rocks tend to dip downward in a generally a South direction. The Onondaga outcrops in a line that usually forms an escarpment (the steep face of a cuesta), because of its resistance to erosion. The outcrop can be traced from the Hudson River valley westward along the southern rim of the Mohawk River valley, passing just south of Syracuse, and along the northern heads of the major Finger Lakes to Buffalo, New York. From Fort Erie, Ontario westward it runs along the north shore of Lake Erie for about 85 km and continues in a west-northwest direction inland for another ~90 km to about Ingersol and Woodstock, Ontario (as shown in the map on the right). To the west and north these rocks are known as the Amherstburg Formation of the Detroit River Group.[2] Northwest of Ingersol and Woodstock, across the crest of the Algonquin Arch, the band of outcrop turns more northerly, and strikes north-northwest for about 140 km to the east shore of Lake Huron in the Kincardine area (as shown in the map on the right). These rocks continue northwestwards under Lake Huron, and reappear in the northern part of the southern peninsula of Michigan, north of Alpina[3] (as shown in the map on the right). To the west, its equivalent, the Detroit River Group,[4] outcrops near Detroit and Windsor just north of the Lake Erie shoreline (as shown in the map on the right). The Detroit River Group is not topographically distinct west of Windsor in Michigan, but is noticeable as a steep hill just northwest of Leamington.

Chittenango Falls

In several spots it is breached by geologically young streams and spectacular waterfalls are formed, such as at Chittenango Falls just east of Syracuse, Buttermilk Falls at Le Roy, New York and Indian Falls west of Batavia.

A few other breaches occur in older valleys, which likely once had waterfalls, but erosion eventually obliterated them. Such breaches occur at the Tully valley, the Genesee River valley near Avon, New York, and at Port Colborne, Ontario, where the old valley forms a harbor on Lake Erie.

The formation is broken by the only major fault line in western New York, the Linden Fault just east of Batavia, where the eastern side of the fault has dropped down and the ledge moved southward relative to the western side. On the western side of the fault in Genesee County the escarpment achieves its greatest prominence. The New York State Thruway has a rock cut at Batavia which clearly shows the fault and is a popular point for geology class field trips.[5] The fault, which runs from Attica, New York northward to Lake Ontario, is still active and periodically causes minor earthquakes in the area.

The Onondaga Limestone also can be found in other areas where rocks of the same age outcrop, such as in western Pennsylvania and Michigan but they do not form prominent geographic features.

A similar and more prominent outcrop known as the Niagara Escarpment runs parallel and about 25 miles (40 kilometers) to the north through upstate New York, and similarly curves northwestward in southern Ontario toward Lake Huron and eventually into Michigan's Upper Peninsula and Wisconsin's Door Peninsula.

Another smaller outcrop known as the Portage Escarpment lies about 35 miles (56 km) to the south, running along the southern ends of the Finger Lakes and forming Cascadilla, Ithaca and Buttermilk Falls in Ithaca.

The Onondaga Escarpment contains significant outcrops of flint (a type of chert) which bears the escarpment's name. This variety of chert was of great importance to First Nations peoples throughout Southern Ontario, who used it to make stone tools (lithics) such as projectile points and hide scrapers. This variety of chert, which is of reasonably high-quality and which was highly valued by First Nations peoples, is often a common variety of chert recovered archaeologically from sites relatively adjacent to outcrops; for example, Onondaga-variety chert comprises 95% of all of the flint material from some sites in Milton, Ontario. The material has also been found as well at some distance from its original source; Onondaga chert has been recovered at the late archaic Duck Lake archaeological site in northern Michigan,[6] circa 400 kilometers from the nearest outcropping of the material. This wide distribution implies either a very large seasonal migration of ancient peoples or long-distance trade routes, with both likely being the case at different times throughout the prehistory of the Great Lakes region.[7]

Description

1884 label for Onondaga Limestone.

The Onondaga Limestone is composed of four main subunits. In descending order:[8]

  • Seneca Member
  • Moorehouse Member
  • Nedrow Member
  • Edgecliff Member

The Seneca and Moorehouse members are sharply divided by the Tioga-B Bentonite layer, which was formed in a very short time period as the result of a large volcanic eruption in what is now the state of Virginia.

Relative age dating of the Onondaga places its formation in the Eifelian to Givetian stage of the Middle Devonian period, or 391.9 to 383.7 Ma.[9] Radiometric dating of a sample from the bentonite at the top of the Onondaga placed it at 390 ± 0.5 Ma.[10] The formation is time equivalent with the Floresta Formation of the Altiplano Cundiboyacense, Colombia.[11]

Onondaga limestone dimension stone

Onondaga limestone[8][12] was quarried as dimension stone for construction of limestone buildings.

The following buildings contain structural Onondaga limestone:

References

  1. ^ "Onodaga Limestone". United States Geological Survey.
  2. ^ https://www.researchgate.net/publication/304540434_Upper_Silurian--Middle_Devonian_Core_Logging_and_Bedrock_Groundwater_Mapping_along_the_Onondaga_Escarpment_Southwestern_Ontario [bare URL]
  3. ^ https://pubs.usgs.gov/circ/1951/0133/report.pdf [bare URL PDF]
  4. ^ https://pubs.usgs.gov/circ/1951/0133/report.pdf [bare URL PDF]
  5. ^ 43°01′19″N 078°08′00″W / 43.02194°N 78.13333°W / 43.02194; -78.13333
  6. ^ Hill, Mark A. (2006). "The Duck Lake Site and Implications for Late Archaic Copper Procurement and Production in the Southern Lake Superior Basin". Midcontinental Journal of Archaeology, Fall 2006 p.17. Retrieved 28 June 2008.
  7. ^ Eley, Betty E.; von Bitter, Peter H. (1989). Cherts of Southern Ontario. Toronto: Royal Ontario Museum. ISBN 978-0-88854-341-7.
  8. ^ a b "Onondaga Limestone". United States Geological Survey. Retrieved 17 September 2015.
  9. ^ "Onondaga Formation". The Paleobiology Database. Retrieved 26 May 2008.
  10. ^ Anstey, Robert L.; Erwin, Douglas H. (1995). New approaches to speciation in the fossil record. New York: Columbia University Press. ISBN 0-231-08248-7.
  11. ^ Giroud López, 2014, p.168
  12. ^ Brett, Carlton E.; Ver Straeten, Charles A. (1994). "Stratigraphy and Facies Relationships of the Eifelian Onondaga Limestone (Middle Devonian) in Western and West Central New York State". Field Trip Guidebook. New York State Geological Association: 221–227. Retrieved 18 September 2015.
  13. ^ New York Bridge Company (1870–1877). Report of the chief engineer of the New York & Brooklyn Bridge : nos. 1-[7]-- 1870-1877. Brooklyn, NY: Eagle Book and Job Dept. Retrieved 1 May 2020.

Bibliography

  • Giroud López, Marie Joëlle (2014). El Mar en la Localidad Tipo del Devónico Medio, del Municipio de Floresta - Boyacá, Colombia. Universidad de La Habana. pp. 1–174. Retrieved 31 March 2017.

Further reading

  • iconGeology portal
  • Engelbrecht, William; Jamieson, Bruce (2016). "St. Lawrence Iroquoian Projectile Points: A Regional Perspective". Archaeology of Eastern North America. 44. Eastern States Archaeological Federation: 81–98. JSTOR 44808365. Discusses use of Onondaga chert for toolmaking by indigenous peoples.
  • "Onondaga and Bois Blanc Limestones". United States Geological Survey. Retrieved 25 September 2015.

External links

  • Photo of Chittenango Falls

43°N 79°W / 43°N 79°W / 43; -79

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Chronostratigraphy of New York
Ph
Pz
D
Upper
Famennian
Frasnian
Middle
Givetian
Eifelian
Lower
Emsian
S
Pridoli
Ludlow
Ludfordian
Gorstian
Wenlock
Homerian
O
Upper
Katian
  • Denley Formation
  • Hillier Formation
  • Indian Castle Shale
  • Rust Formation
  • Steuben Formation
  • Sugar River Formation
Sandbian
  • Kings Falls Formation
Black River Group
Lowville Formation
  • Napanee Formation
  • Selby Formation
  • Sugar River Formation
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Ph
Pz
P
Cisuralian
C
Gzhelian
Kasimovian
Moscovian
M
Viséan
Tournaisian
D
Upper
Famennian
Frasnian
Middle
Givetian
Eifelian
Lower
Emsian
Lochkovian
S
Pridoli
Ludlow
Ludfordian
Gorstian
Wenlock
Homerian
Llandovery
O
Upper
Middle
Є
Furongian
Z
  • v
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Ph
Pz
P
Cisuralian
Dunkard Group

Greene Formation:
  • Windy Gap Limestone
    Windy Gap Coal
    Gilmore Sandstone
    Nineveh Sandstone
    Nineveh Coal
    Nineveh Limestone
    Fish Creek Sandstone
    Claysville Limestone
    Dunkard Coal
    Prosperity Limestone
    Tenmile Coal
    Donley Limestone
    Upper Washington Coal
    Rockport Member

Washington Formation:
  • Upper Washington Limestone Member
    Jollytown Limestone Member
    Jollytown Coal
    Middle Washington Limestone Member
    Washington Coal
    Lower Washington Limestone Member
C
Gzhelian
Dunkard Group

Waynesburg Formation:
  • Upper Waynesburg Member
    Little Washington Coal
    Waynesburg“B” coal
    Middle Waynesburg Member
    Waynesburg“A” coal
    Lower Waynesburg Member
Monongahela Group

Uniontown Formation:
  • Waynesburg coal "No. 11 Coal"
    Gilboy Sandstone Member
    Little Waynesburg Coal
    Waynesburg Limestone Member
    Uniontown Sanstone Member
    Annabelle Shale Member
    Uniontown Coal "No. 10 Coal"
    Uniontown Limestone Member "Great Lime"
    Fulton Shale Member

Pittsburgh Formation:
  • Benwood Limestone
    Upper Sewickley Coal
    Upper Sewickley Sandstone Member
    Sewickley Coal "Meigis Creek" "No. 9 Coal"
    Lower Sewickley Sandstone Member
    Sewickley Limestone Member
    Cedarville Sanstone Member
    Redstone-Pomeroy coal "No 8a. Coal"
    Westone Sanstone Member
    Pittsburgh coal seam "No. 8 Coal"
Kasimovian
Conemaugh Group

Casselman Formation:
  • Upper Pittsburgh Limestone Member
    Little Pittsburgh coal seam
    Lower Pittsburgh Limestone Member
    Connellsville Member
    Morgantown Member
    Birmingham Member
Glenshaw Formation
  • Ames Limestone
    Pittsburgh Red Beds
    Upper Bakerstown coal
    Upper Saltsburg Sandstone Member
    Woods Run Limestone Member
    Lower Saltsburg Sandstone Member
    Pine Creek Limestone Member
    Buffalo Sandstone Member
    Bush Creek Limestone Member
Mahoning Formation
  • Bush Creek Coal
    Upper Mahoning Sandstone Member
    Mahoning Coal "No. 7a Coal"
    Lower Mahoning Sandstone Member
Moscovian
Allegheny Group

Freeport Formation:
  • Upper Freeport Coal "No. 7 Coal"
    Upper Freeport Limestone Member
    Butler Sandstone Member
    Lower Freeport Coal "No. 6a Coal"
    Upper Freeport Limestone Member
    Freeport Sandstone Member
Kittanning Formation
  • Upper Kittanning Coal
    Johnstone Limestone Member
    Middle Kittanning Coal "No. 6 Coal"
    Lower Kittanning Coal "No. 5 Coal"
    Kittanning Sandstone Member
Clarian Formation
  • Clarian Coal "No. 4a Coal"
    Vanport Limestone Member
    Brookville Coal "No. 4 Coal"
    Brookville Member
Pottsville Group

Beaver River Formation:
  • Homewood Sandstone Member "1st Salt Sand"
Mercer Formation
  • Upper Mercer Limestone Member
    Upper Mercer Coal
    Lower Mercer Limestone Member
    Lower Mercer Coal "No. 3 Coal"
Bashkirian
Pottsville Group

Connoquenessing Formation:
  • Upper Connoquenessing Sandstone Member "2nd Salt Sand"
    Quakertown Coal "No. 2 Coal"
    Quakertown Fire Clay
    Quakertown Shale
    Lower Connoquenessing Sandstone Member
Sharon Formation
  • Sharon Shale Member
    Sharon Coal "No. 1 Coal"
    Sharon Sandstone
M
Serpukhovian
  • Shenango Formation
Mauch Chunk Group
Viséan
Tournaisian
D
Upper
Famennian
Venango Group
  • Gantz, Hundred-foot sand, Fifty-foot sand, Thirty-foot sand, Nineveh-Snee, Gordon Stray, Fourth Sand, Fifth Sand, Bayard Sand, Elizabeth Sand, Sweet Richard,
    Chadakoin Formation, First Warren
Bradford Group
  • Upper Warren, Lower Warren, Speechely Stray, Speechely, Balltown A, Balltown B, Balltown C, Sheffield, First Bradford, Second Bradford, Third Bradford, Kane
Elk Group
  • 1st Elk Sand, 2nd Elk Sand, 3rd Elk Sand, 4th Elk Sand, 5th Elk Sand
Ohio Shale
Catskill Group
  • Duncannon Member
    Sherman Creek Member
    Irish Valley Member
Frasnian
  • Knapp Conglomerate
  • Murrysville Sandstone
Middle
Givetian
Eifelian
Hamilton Group
Onondaga Limestone
  • Seneca
    Moorehouse
    Nedrow
    Edgecliff
Lower
Emsian
Pragian
Helderberg Group (geology)
Lochkovian
Helderberg Group (geology)
S
Pridoli
Ludlow
Ludfordian
Salina Group
  • Camillus Formation
Gorstian
Wenlock
Homerian
Llandovery
O
Upper
Trenton Group
  • Coburn Formation
    Salona Formation
    Rodman Formation
Black River Group
  • Linden Hall Formation
    Snyder Formation
    Hatter Formation

Loyalsburg Formation

Middle
Lower
Knox Supergroup
Beekmantown Group
Є
Furongian
Series 2
Stage 4
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    Moscovian
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    Tremadocian
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