In this study, the sequence stratigraphic analysis of some coal seams in the Lower Cretaceous Mannville Group of Alberta is presented within a hierarchical framework of three orders of depositional sequences. The analysis is based on an integrated database of lithostratigraphy, sedimentology, palynology, organic petrology, and geochemistry. A unique aspect of this study is an emphasis on the following key stratigraphic features of coal seams in analyzing their sequence stratigraphic relations: patterns of coal-seam splits and their relation to transgressive & regressive cycles; characterizing the transgressive or regressive natures of coal seams using typical signatures in vertical changes in petrological, geochemical, and palynological parameters; and recognizing multiple transgressive & regressive cycles and subtle unconformities within a thick, regionally extensive coal seam.

In this study, the sequence stratigraphic analysis of some coal seams in the Lower Cretaceous Mannville Group of Alberta is presented within a hierarchical framework of three orders of depositional sequences. The analysis is based on an integrated database of lithostratigraphy, sedimentology, palynology, organic petrology, and geochemistry. A unique aspect of this study is an emphasis on the following key stratigraphic features of coal seams in analyzing their sequence stratigraphic relations: patterns of coal-seam splits and their relation to transgressive & regressive cycles; characterizing the transgressive or regressive natures of coal seams using typical signatures in vertical changes in petrological, geochemical, and palynological parameters; and recognizing multiple transgressive & regressive cycles and subtle unconformities within a thick, regionally extensive coal seam.

Much has been written and debated about the various methodologies applied to modern stratigraphic analysis and the ever increasing complexity of terminologies. However, there exist numerous stratigraphic techniques that are reliant upon precise, quantitative, reproducible data, rather than qualitative interpretive stratigraphic methodologies. Such stratigraphic techniques are applied in an entirely pragmatic non-biased manner within the petroleum industry to provide enhanced stratigraphic understanding of petroleum systems. The petroleum industry is a key driver behind the development of new stratigraphic techniques and a major provider of new stratigraphic data, which has resulted in several of these new techniques having been developed as a requirement to the industry. Furthermore, because techniques, such as isotope chemostratigraphy, elemental chemostratigraphy, magnetic susceptibility stratigraphy, numerical biostratigraphy and heavy mineral stratigraphy are based around precise, quantified and reproducible analytical data, they provide an independent means to test the more interpretive stratigraphic methodologies. This volume attempts an overview of stratigraphic methodologies, but largely focuses on data-generative stratigraphic techniques such as chemostratigraphy, magnetic susceptibility stratigraphy, numerical biostratigraphy and heavy mineral stratigraphy. Where appropriate, each paper discusses data generation methods including sample preparation and analytical methods as well outlining data interpretation methods. This is followed by case histories that demonstrate how those data are used to resolve stratigraphic problems, commonly using material derived from petroleum basins around the World.

This report describes the Middle Devonian Elk Point Group of Alberta & Saskatchewan. The purpose of the report is to describe the onlap of the Middle Devonian strata in east central Alberta; to establish the map units used to illustrate the onlap; to show that the succession is distinctly different from that in south central Saskatchewan; and to integrate & discuss borehole information obtained from micropaleontological, organic petrological, geochemical, lithological, and sedimentological studies. After an overview of the Group's geological setting, detailed lithostratigraphic information is presented for each formation of the Group, including their regional distribution, lithology, sedimentology, paleontology, geochemistry, and stratigraphy.

The recent increase in the search for coal has initiated a dramatic growth in sedimentological research on the origin, formation and environment of coal deposition. This publication is concerned with perhaps the most important field of coal research, that of coal environments. This subject involves many interrelated disciplines, including the sedimentology, petrology, geochemistry, palaeobotany and palaeogeography of coal deposits. In the past, workers in these fields have operated independently, and only recently have their research efforts been integrated to provide a more comprehensive understanding of coal depositional environments.

The author presents examples of coal deposits two different continents: from the European Carboniferous and the Permian Gondwana sequence of Australia. The organic and petrographic composition of the coal content of palaeo-environmentally well defined groups of sediments allow the discrimination of two coal facies indices as suitable indicators for distinct settings. Combining the analytical methods of coal petrography, sedimentology and sequence stratigraphy an integrated view of coal formation is attained.

The Gething Formation in northeastern British Columbia has long been of economic interest as a potential source of thermal and metallurgical coal. This report, which is based on 20 field sections, 34 coal exploration borehole cores and 19 geophysical and lithological well logs from petroleum exploration boreholes, describes the regional geology of the formation and provides detailed information and data on lithofacies, lithofacies relationships, age and correlation of important lithostratigraphic marker units, the distribution of coal seams and the depositional setting.

This volume contains papers presented at the 30th International Geological Congress on coal. It includes information on the applications of high-resolution sequence stratigraphy to paralicand terrestrial coal-bearing strata and petrology and depositional environment of Early Jurassic coal.