Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Coal deposits and facies changes along the southwestern margin of the Late Cretaceous seaway, west-central New Mexico

View through CrossRef
This bulletin was originally prepared for the 100th Annual Meeting of the Geological Society of America, in Phoenix, Arizona as part of the Coal Division Field Trip. Four days of roadlogs (from Albuquerque to Phoenix via the San Juan Basin) and eight invited papers were compiled in this volume.The field-trip route goes through areas with excellent exposures of the lower two-thirds of the Late Cretaceous coal-bearing sequences and their marine counterparts, showing the facies relationships along the transgressive-regressive shoreline in the southern San Juan Basin. The field trip goes through west-central New Mexico. The purpose was to look at the recent activity in the coal mining industry and the current geological investigations in the region. The route of the field trip goes through areas with excellent exposures of the lower two-thirds of the Late Cretaceous coal-bearing sequences and their marine counterparts, showing the facies relationships along the transgressive-regressive shoreline in the southern San Juan Basin. Several stops are planned to look at these sequences and discuss their depositional environments. The coal mines that will be visited are different in both size and method of operation, a reflection on the extent of the coal resource and the quality characteristics of the coal.The papers included in this bulletin cover the geology of west-central New Mexico, the hydrogeology of the area, and the individual coal mines to be visited. Most of these articles represent recent work of the authors in areas which had not previously been looked at in such detail. It is hoped that these contributions are representative of the present knowledge of the Late Cretaceous in the southern San Juan Basin and outlying areas. Articles included are Coal mining and production in New Mexico by G. H. Roybal, Geology and mining activity in the Lee Ranch area, McKinley County, New Mexico by E. C. Beaumont, Characterization of New Mexico coals, Menefee and Crevasse Canyon Formations by F. W. Campbell and G. H. Roybal, Water supply in southern San Juan Basin, New Mexico by J. W. Shomaker and R. W. Newcomer, Jr., McKinley mine by W. R. Erickson, S. L. Johnson, J. C. Klinger, N. A. Wildman, and J. Wilson, Stratigraphy and coal occurrences of the Tres Hermanos Formation and Gallup Sandstone, Zuni Basin, west-central New Mexico by O. J. Anderson and G. D. Stricker, Coal geology of the Salt Lake coal field by F. W. Campbell, Hydrogeologic considerations in mining, Nations Draw area, Salt Lake coal field, New Mexico by W. J. Stone and B. E. McGurk, and Large-scale combustion test of Fence Lake coal at the Coronado Generating Station by M. A. Greenberg.
New Mexico Bureau of Geology and Mineral Resources
Title: Coal deposits and facies changes along the southwestern margin of the Late Cretaceous seaway, west-central New Mexico
Description:
This bulletin was originally prepared for the 100th Annual Meeting of the Geological Society of America, in Phoenix, Arizona as part of the Coal Division Field Trip.
Four days of roadlogs (from Albuquerque to Phoenix via the San Juan Basin) and eight invited papers were compiled in this volume.
The field-trip route goes through areas with excellent exposures of the lower two-thirds of the Late Cretaceous coal-bearing sequences and their marine counterparts, showing the facies relationships along the transgressive-regressive shoreline in the southern San Juan Basin.
The field trip goes through west-central New Mexico.
The purpose was to look at the recent activity in the coal mining industry and the current geological investigations in the region.
The route of the field trip goes through areas with excellent exposures of the lower two-thirds of the Late Cretaceous coal-bearing sequences and their marine counterparts, showing the facies relationships along the transgressive-regressive shoreline in the southern San Juan Basin.
Several stops are planned to look at these sequences and discuss their depositional environments.
The coal mines that will be visited are different in both size and method of operation, a reflection on the extent of the coal resource and the quality characteristics of the coal.
The papers included in this bulletin cover the geology of west-central New Mexico, the hydrogeology of the area, and the individual coal mines to be visited.
Most of these articles represent recent work of the authors in areas which had not previously been looked at in such detail.
It is hoped that these contributions are representative of the present knowledge of the Late Cretaceous in the southern San Juan Basin and outlying areas.
Articles included are Coal mining and production in New Mexico by G.
H.
Roybal, Geology and mining activity in the Lee Ranch area, McKinley County, New Mexico by E.
C.
Beaumont, Characterization of New Mexico coals, Menefee and Crevasse Canyon Formations by F.
W.
Campbell and G.
H.
Roybal, Water supply in southern San Juan Basin, New Mexico by J.
W.
Shomaker and R.
W.
Newcomer, Jr.
, McKinley mine by W.
R.
Erickson, S.
L.
Johnson, J.
C.
Klinger, N.
A.
Wildman, and J.
Wilson, Stratigraphy and coal occurrences of the Tres Hermanos Formation and Gallup Sandstone, Zuni Basin, west-central New Mexico by O.
J.
Anderson and G.
D.
Stricker, Coal geology of the Salt Lake coal field by F.
W.
Campbell, Hydrogeologic considerations in mining, Nations Draw area, Salt Lake coal field, New Mexico by W.
J.
Stone and B.
E.
McGurk, and Large-scale combustion test of Fence Lake coal at the Coronado Generating Station by M.
A.
Greenberg.

Related Results

Coal
Coal
AbstractCoal is an organic, combustible, rock‐like natural substance that occurs in various forms from hard and brittle anthracite to soft and friable lignite. Coal is sometimes cl...
A Preliminary Review of the Metallogenic Regularity of Nickel Deposits in China
A Preliminary Review of the Metallogenic Regularity of Nickel Deposits in China
AbstractThe nickel deposits mainly distributed in 19 provinces and autonomous regions in China are 339 ore deposits/occurrences, including 4 super large‐scale deposits, 14 large‐sc...
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
The purpose of this study is to evaluate coal and coal byproducts (coal waste, coal ash, and acid mine drainage) in Indiana as potential sources of rare earth elements (REE). On a ...
Anatomy of the seaward steps and seaward termination of the Brent clastic wedge
Anatomy of the seaward steps and seaward termination of the Brent clastic wedge
ABSTRACTThe northward and seaward outbuilding of the Middle Jurassic Brent delta in the Northern North Sea, comprising from the base and upwards Rannoch, Etive and Lower–Middle Nes...
Distribution Characteristics and Metallogenic Regularity of Graphite Deposits in Qinling Orogen, China
Distribution Characteristics and Metallogenic Regularity of Graphite Deposits in Qinling Orogen, China
AbstractQinling orogen is one of the five main repository distribution provinces of large scale graphite resources. Graphite occurrence strata are multitudinous including NeoArchae...
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
With the motivation to investigate the role of coal physical structure on the adsorption performance of coal reservoir, 18 different types of coal samples with different coal struc...
The development of the market of qualified coal fuels in Poland
The development of the market of qualified coal fuels in Poland
Abstract The aim of this article is to discuss the changes that have been observed on the market of qualified coal fuels (the so-called eco-pea coal) over the last few years. T...
Late Mississippian and Pennsylvanian Sediments of Ouachita Facies, Oklahoma, Texas, and Arkansas
Late Mississippian and Pennsylvanian Sediments of Ouachita Facies, Oklahoma, Texas, and Arkansas
Abstract Sedimentary rocks of Ouachita facies are here defined as rocks lithologically similar and strati-graphically equivalent to sedimentary and low-grade meta-se...

Back to Top