![]() This address is also associated with Larry Campbell and Mary M Gall. Francis lives at 1901 North 32nd Strt, St Joseph, MO 64506-2312 at present. Francis Gall, Francis G Gall, Francis S Gall, Frank F Gall can be used as one of the alternative name for Francis. Francis may use the email addresses was born on 29-08-1937. Box 8916, Charleston, WV 25303-0916 are the only current post office boxes registered to Francis. Various documents link the phone number (304) 343-9697 to different owners - Megan A Gall, Annette R Gall, Chris Gall. The phone numbers that Francis has are (304) 343-9697 (Frontier West Virginia, Inc), (304) 744-1510. Previous cities where Francis has lived are Pittsburgh, PA and Charleston, WV. Prior to their present address, Francis resided at 205 Sheridan Cir, Charleston, WV 25314. Diane M Hurkmans and Thomas Hurkmans are linked with this address. Francis now resides at 5619 Fifth Avnue, Pitts, PA 15232-2601. Different name can be used by Francis, such as Francis Christian Gall JR, F C Gall, Christian F Gall, Francis C Gall JR, F Christian Gall JR, Fchristian Gall, Francis Gall, Christian F Gall JR, F Gall, Francis Chris Gall JR, Frances C Gall, Francis Christian Gall, Francis C Gall, F C Gall JR, Christian Gall, F Gall JR. Geological Survey Professional Paper 1453.Washington, DC: United States Government Printing Office.His birth date was listed as 19-09-1948. Chicago and London: University of Chicago Geological Survey Professional Paper 1395. Gall stereographic parameters are as follows:īugayevskiy, L. Some distortion properties are not maintained when an ellipsoid is used. ![]() For an ellipsoid, the semimajor axis is used for the radius. Gall stereographic is supported on spheres only. This projection can be used for general world maps not requiring accurate areas, and its phenomena change with longitude, although its use is not recommended due to extreme distortion in polar regions. Along any given latitude, distortion values are constant. Distortion increases away from the standard parallels, and it is extreme at the polar regions. The projection has correct scale and no distortion along the standard parallels at 45° north and south. Shapes, areas, distances, directions, and angles are all generally distorted. The Gall stereographic projection is neither conformal nor equal-area. The graticule is symmetric across the equator and the central meridian. The spacing between the parallels increases from the equator to the poles. The parallels and both poles are straight lines, perpendicular to meridians and the same length as the projected equator. The meridians are equally spaced straight lines. Gall stereographic is a cylindric projection. The subsections below describe the Gall stereographic projection properties. ![]() The Gall stereographic projection centered on Greenwich is shown. It is available in ArcGIS Pro 1.0 and later and in ArcGIS Desktop 8.0 and later. This projection was introduced by James Gall in 1855. It can be constructed geometrically by projecting the globe onto a secant cylinder from the point on the equator opposite the given central meridian. The projection is a special case of the perspective cylindrical projection with the perspective ratio of 1 and the standard parallel at 45°. The Gall stereographic projection is a cylindrical map projection with two standard parallels at latitudes 45° north and south. ![]()
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