.... It consists of the following formations: Citronelle, Lissie, Oberlin, Eunice, Holloway Prairie, and Recent. Corrected correlations and mapping for the various parts of the region are given. Origin of the formations and correlations with Quaternary sections of the Atlantic Coast and Northern Interior regions...

...-foot subsurface Pleistocene section. An overlying member of the subsurface section is here named the Duck Lake formation. Succeeding members are correlated with the surface Lissie, Oberlin, and Eunice formations of south Louisiana. These, in turn, are correlated with the glacial Pleistocene deposits...

... of the potential industrial applications of graphitic carbon ( Beyssac and Rumble 2014 this issue). The laboratory formation of graphite from organic molecules has been described as a two-stage process ( Oberlin 1989 ): (1) carbonization, which eliminates most noncarbon components and initiates formation...

... of metamorphic conditions. Whatever the origin of solid CM, synthetic or natural, the organization of disordered CM can be defined according to two criteria: their structure and their microtexture ( Oberlin, 1989 ). This distinction results from a multi-scale organization. At the atomic scale, disordered CM...

...CHARLES W CARLSTON Abstract Following its deposition, the late Pliocene or early Pleistocene Citronelle formation was entrenched by consequent streams and then tilted toward the Gulf. Submergence in waters 190 to 210 feet above present sea level then resulted in a compound shore line and marine...

... degradation of aliphatic CH groups, solid-state reorganization (the formation of basic structure units, BSUs) progresses with the release of non-condensable gases (e.g., CH 4 and H 2 ) from the aromatic CH groups ( Oberlin et al. 1999 ). The BSU is the minimum structural unit of the CM nanostructure...

.... (ed.) Tectonostratigraphic Terranes of the Circum-Pacific Region . Circum-Pacific Council Energy Mineral Resources Earth Science Series , 1 , 515 – 521 . Bonijoly , M. , Oberlin , M. & Oberlin , A. 1982 . A possible method for natural graphite formation . International...

... Eunice Formation, and the higher delta surface as part of his older Oberlin Formation, a view which I do not share. The distributary pattern shown in Figure 2 is divisible into three fairly distinct segments or sublobes by the Holocene floodplain of the Nueces and by Petronila Creek and the Cayo...

... to science. In September 1845, Hayden, virtually penniless and with few educational credentials, entered the preparatory department of Oberlin College, walking tens of miles to get there. He was not unlike many of his classmates. In his classes, he encountered “geography, math, English, elementary Latin...

... the small-town newspaper that served the local farming community. Following graduation from high school, Gary attended Oberlin College in northeastern Ohio—at that time and for many decades earlier regarded as among the most outstanding of all liberal arts colleges—from which he received his Bachelor's...

... that the complex represents the reworking of a significantly older gneissic basement complex with anything like normal crustal Rb/Sr ratios. Stephen Moorbath & Paul Nigel Taylor, Department of Geology & Mineralogy, Oxford University James Lawerence Powell, Geology Department, Oberlin College...

... front. The chief disputants in this debate were T. C. Chamberlin, professor of geology at the University of Chicago and head of the USGS Pleistocene Division, and G. Frederick Wright, former field geologist with the USGS and professor of theology at Oberlin College, but other prominent American...

... window. T max values range from 335 to 560 ° C (mean 422.6 ° C) in shales of the Chikkim Formation, and from 306 to 602 ° C (mean 499.2 ° C) in shales of the Spiti Formation. Thermostability (T max ) of organic matter (OM) has been related to the carbon structures ( Oberlin et al., 1980 ; Monthious et...

...Charles W. Carlston Gulf Coast geologists who are interested in the Citronelle formation may find the highway and railroad sections of the Citronelle which are presented here an aid to examination of typical outcrops of the formation. During the summer of 1945 the writer studied the post...

...T. Kevin Croat; Thomas J. Bernatowicz; Tyrone L. Daulton Abstract Graphitic carbon spherules found in primitive meteorites have large carbon isotope anomalies, indicating that they are carbonaceous stardust (also known as presolar grains) expelled from dying stars prior to the formation of the Sun...

... is used to track the horizon surfaces within a 3D seismic volume. We evaluate this application on a field seismic data set where closely spaced thin layers are located within a complex faulted formation with noisy seismic data with a low signal-to-noise ratio. The integration of the amplitude and phase...

... ones have a porous microstructure ( Oberlin, 1989 ; Rouzaud & Oberlin, 1989 ). The structural ordering of CM depends on conditions of formation such as the temperature, pressure and kinetics of the process and the type of carbon precursors ( Beyssac et al., 2002a ). Metamorphic...

... transition from clastic to mixed clastic-carbonate lithofacies, and an abrupt westward decrease in reflectivity in the Middle Devonian section, associated with western depositional limits of the Prairie and Winnipegosis formations. Regional reflection patterns delineate a major sub-Devonian unconformity...

....). 1909. Seventy-fifth Anniversary, General Catalogue of Oberlin College, 1833–1908 . Oberlin : Oberlin College . Kihm , A. J. , Hartman , J. H. , and Krause . 1993 . A new late Paleocene mammal local fauna from the Sentinel Butte Formation of North Dakota. Journal of Vertebrate...

... ( R o ) for various tight liquids and shale-gas unconventional plays. For comparison, the density of type II kerogen (Upper Jurassic Draupne Formation, northern North Sea, 3°C/Ma [37.4°F/Ma] heating rate) is also plotted, calculated using the chemical structure–chemical yields model (CS–CYM...