...Figure 5. Stratigraphic columns for representative holes in upper Albion Member of the Stellarton Formation. Thicknesses are dip-corrected true stratigraphic thicknesses. Locations shown in Figure 4 . (A) East-west profile. (B) North-south profile ...

... in the Stellarton Gap has been reported by Chandler et al. ( 1997 ). Yeo ( 1985 ) reviewed the regional geology of Stellarton Gap and the adjacent highlands. The Cumberland Group of Westphalian B age includes two formations in the Stellarton Gap: the New Glasgow conglomerate and the Middle River Formation...

... of the Caledonia Highlands of southern New Brunswick are also compared with the Lismore Formation because these rocks are thought to flank the regional drainage pattern into the Stellarton Basin ( Gibling et al. 1992 ). Major and trace element analyses were performed by X-ray fluorescence at the Nova Scotia...

... and mudrock; coals occasional to common i ~ grey fine grained to pebbly sandstone minor mudrock; coals rare or absent grey and red pebble to boulder conglomerate grey and red mudrock; rare evaporites SrELLARTON BASIN STELLARTON FORMATION (GROUP) -~ THORBURN MEMBER I COAL BROOK MEMBER 7 ALBION MEMBER I...

... Formation) occur adjacent to the fault (Fig.  1B ). The Beechill Cove Formation overlies bimodal volcanic and interlayered redbeds of the ca. 460 Ma Dunn Point Formation ( Hamilton and Murphy 2004 ) with no apparent angular discordance. Contacts between these lithologies and older strata are not exposed...

... in the Cumberland Basin, the Thornburn Member of the Stellarton Formation in the Stellarton Basin, the Inverness Formation in the West Cape Breton Basin, and the South Bar, Waddens Cove, and Sydney Mines Formations in the Sydney Basin. Progressively increased aridity is recognized across the Maritimes Basin where...

... = Kennebecasis fault; MSB = Moncton Subbasin; CHM = Caledonia Highlands Massif; SSB = Sackville Subbasin; CB = Cumberland Basin; COHL = Cobequid Highlands ( Martel, 1987 ; McCutcheon and Robinson, 1987 ; Yeo and Ruixiang, 1987 ; W. Nickerson, 1993, personal communication); STSB = Stellarton Subbasin; MGSB...

... not show strong albitization or biotization, perhaps because major hydrothermal alteration was concentrated farther south, along the Cobequid and Londonderry faults, resulting in the famous Londonderry iron deposits, hosted in rocks as young as the late Visean to early Namurian Londonderry Formation...

.... The department intends to release a full report of its findings early in 1989. Investigations into the potential of the Stellarton oil shales are planned over the next 3 years. Petrobras continued to process 1,600 tons/day (1,450 MT/day) of oil shale from the Irati Formation in the Cachoeira mine...

.... Ramex Synfuels International of Van Buren, Arkansas, continued the evaluation of gas production from shallow in-situ pyrolysis of organic-rich New Albany Shale in southeastern Indiana. Large diameter boreholes were drilled into the upper part of the formation at 2 sites in Clark County. Propane-fired...

... P.E. Schlische R.W. 1995 . Tectonic evolution of Fundy basin, Canada: Evidence for extension and shortening during passive margin formation . Tectonics , 40 : 390 – 405 . Yeo G. Gao R.-X. 1987 . Stellarton graben: an upper Carboniferous pull-apart basin in northern Nova...

... sandstone 24 152 Spariosu et al. (1984) WR White Rock Formation, NS Sandstone and volcanics 22 148 Spariosu et al. (1984) ST Stellarton Graben, NS Sandstone and conglomerate 29 131 Morris (2002) C4 Combined pole of NL Key poles: DL, T, SF, and JV 26 131 7.9 C5...

... of their kind in the Joggins Formation ( Davies & Gibling 2003 ), remains cryptic. To date, tidal influence has been inferred for only two other units in the Pennsylvanian basin-fill of eastern Canada (Stellarton and Malagash formations), an interpretation based on the presence of heterolithic strata...

...John W.F. Waldron; Michael C. Rygel Abstract The Pennsylvanian Joggins Formation, in the Cumberland Group of Nova Scotia, is widely regarded as the world's best exposure of coal-bearing Carboniferous strata. This 1.5-km-thick coal-bearing unit is famous for upright fossil lycopsid trees...

...Dave Keighley Abstract The Albert Formation (Horton Group) of the Moncton Basin, New Brunswick, is host to the only onshore petroleum system in the Maritime Provinces from which oil and natural gas are commercially produced. Production from the McCully gas field is from tight reservoir sandstone...

... Group are clearly imaged; offsets at graben-related faults show that these structures were inverted during later shortening. Above the Windsor Group, less deformed rocks of the Pennsylvanian Scotch Village Formation (Cumberland Group) fill minibasins created by the withdrawal or solution of deformed...

... stratigraphic section of the western Cumberland Basin of Nova Scotia, demonstrated that the base of the superchron lies above redbeds of the lowermost portion of the late Namurian–Westphalian A Boss Point Formation. Although a detailed sequence of reversals was observed below this point, no normal magnetic...

... Seam, Radnice Formation). Archimylacris acadica Scudder, 1868 from the roof of the main seam of the Pictou Coal, Nova Scotia, Canada is another possible synonym. This species’ extension of range to southern England is anticipated. The British material ( A. woodwardi ) is referred to by Bassett...

...David J.W. Piper; Georgia Pe-Piper; Shannon Ledger-Piercey Abstract The fluvial Chaswood Formation records a complex history of tectonic reactivation of basement horsts and shedding of clastic sediment. Previous mineralogical studies indicate sources from both local and more distant basement rocks...