Chowdhury and Noble, 1992								Data Set 12
Reference:  Chowdhury, A.H. and J.P.A. Noble, 1992, Porosity evolution in the Albert Formation of the Stoney Creek Oil and Gas Field, Moncton Subbasin, New Brunswick, Canada: American Association of Petroleum Geologists Bulletin, v. 76, no. 9, p. 1325-1343.
Author's affiliation:  University of New Brunswick
Age:  Late Devonian to early Carboniferous
Formation:  Albert Formation
Location:  Moncton Subbasin of southeastern New Brunswick, Canada
Well:  Irving Chevron Stoney Creek 1
Depth range:  645 - 795 meters
Depositional Environment:  lacustrine with associated fluvial-deltaic deposits
Lithology:  Based upon 62 thin sections, composition is distributed among arkoses, subarkoses, sublitharenites, and quartz arenites.
Alteration:  “To determine the factors that control permeability of the Albert Formation sandstones, the measured permeabilities for each available core sample were compared with the estimated volumes of secondary porosity, post-dissolution pore-fill chlorite, and post-dissolution ankerite.  None of these three parameters shows any correlation with the sandstone permeability, suggesting that they are not permeability controlling factors.”
Production:  oil and gas.
Core measurement conditions:  Helium porosity.  No information on permeability measurements.
Data entry:  manual entry from Figure 11 of the referenced paper.