Table of Contents - SPE286: Modern and Ancient Coal-Forming Environments


Introduction, J. C. Cobb and C. B. Cecil

Allogenic and Autogenic Controls on Sedimentation in the Central Sumatra Basin as an Analogue for Pennsylvanian Coal-Bearing Strata in the Appalachian Basin, C. B. Cecil, F. T. Dulong, J. C. Cobb, and Supardi

Inorganic Geochemistry of Domed Peat in Indonesia and Its Implication for the Origin of Mineral Matter in Coal, S. G. Neuzil, Supardi, C. B. Cecil, J. S. Kane, and K. Soedjono

General Geology and Peat Resources of the Siak Kanan and Bengkalis Island Peat Deposits, Sumatra, Indonesia, Supardi, A. D. Subekty, and S. G. Neuzil

Brown Coal Maceral Distributions in a Modern Domed Tropical Indonesian Peat and a Comparison with Maceral Distributions in Middle Pennsylvanian-Age Appalachian Bituminous Coal Beds, W. C. Grady, C. F. Eble, and S. G. Neuzil

Inorganic Constituents from Samples of a Domed and Lacustrine Peat, Sumatra, Indonesia, L. F. Ruppert, S. G. Neuzil, C. B. Cecil, and J. S. Kane

Geochemical and Analytical Implications of Extensive Sulfur Retention in Ash from Indonesian Peats, J. S. Kane and S. G. Neuzil

Detrital Peat Formation in the Tropical Mahakam River Delta, Kalimantan, Eastern Borneo: Sedimentation, Plant Composition, and Geochemistry, R. A. Gastaldo, G. P. Allen, and A. Y. Huc

Palynologic and Petrographic Characteristics of Two Middle Pennsylvanian Coal Beds and a Probable Modern Analogue, C. F. Eble and W. C. Grady

Vegetational Patterns in the Springfield Coal (Middle Pennsylvanian) Illinois Basin): Comparison of Miospore and Coal-BaH Records, D. A. Willard

The Evolution of a Ground-Water-Influenced (Westphalian B) PeatForming Ecosystem in a Piedmont Setting. The No. 3 Seam, Springhill Coalfield, Cumberland Basin, Nova Scotia, J. H. Calder

Origin of Gray-Shale Lithofacies ("Clastic Wedges") in U.S. Midcontinental Coat Measures (Pennsylvanian): An Alternative Explanation, A. W. Archer and E. P. Kvale

Index