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23. Albertz J., Lehmann, H., Tauch, R. (1992): Herstellung und Gestaltung hochau߬ osender
Satelliten–Bildkarten, Kartographische Nachrichten 42 (1992) 205–214
24. Albertz J.,Tauch R. (1991): Erfahrungen bei der Herstellung von Satelliten–Bildkarten, Sonderdruck
aus: Ver¨ offentlichungen des Zentralinstituts f¨ ur Physik der Erde 118 (1991) 373–383
25. Alexander J.C. (1985): The numerics of computing geodetic ellipsoids, in: Classroom notes in applied
mathematics, ed. M.S. Klamkin, Siam Review 27 (1985) 241–247
26. Almansi E. (1911): Sulle deformazioni finite di solidi elastici isotropi, Note I, Atti Accad. naz. Lincei,
Re., Serie Quinta 201 (1911) 705–714
27. Alpha T.R., Gerin M. (1978): A survey on the properties and uses of selected map projections: U.S.
Geol. Survey Misc. Geol. Inv. Map. I–1096, 1978
28. Altamini Z., Boucher C. (2001): The ITRS and ETRS 89 relationship: new results from ITRF 2000,
in: EUREF, Dubrovnik 2001
29. Altmann S.L. (1992): Icons and symmetries, Clarendon Press, Oxford 1992
30. Amalvict M., Livieratos E. (1988): Surface mapping of a rotational reference ellipsoid onto a triaxial
counterpart through strain parameters, Manuscripta Geodaetica 13 (1988) 133–138
31. American Cartographic Association (1986): Which map is best? Projections for world maps,
American Congress on surveying and mapping, Falls Church, Virginia 1986
32. American Cartographic Association (1988): Choosing a world map, attributes, distortions, classes,
aspects, American Congress on surveying and mapping, Bethesda, Maryland 1988
33. American Cartographic Association (1991): Matching the Map projection to the Need, American
Congress on surveying and mapping, Bethesda, Maryland 1991
34. American Soc. Of Civil Engineers, American Congress on Surveying and Mapping and American Soc.
for Photogrammetry and Remote Sensing (1994): Glossary of the Mapping Sciences, American Soc. of
Civil Engineers, American Congress on Surveying and Mapping, American Soc. for Photogrammetry
and Remote Sensing 1994
35. Andrews H.J. (1935): Note on the use of Oblique Cylindrical Orthomorphic projection: Geographical
Journal 86 (1935) 446
36. Andrews H.J. (1938): An oblique Mercator projection for Europe and Asia, The Geographical Journal
92 (1938) 538ff
37. Andrews H.J. (1941): Note on the use of oblique cylindrical orthomorphic projection, The
Geographical Journal 97/98 (1941) 446
38. Anserment A. (1941): Quelques charact´ eristiques du syst` eme de coordonn´ ees Bonne, Schweizerische
Zeitschrift f¨ ur Vermessungswesen und Kulturtechnik 39 (1941) 189–192
39. Antonopoulos A. (2003): Scale effects associated to the transformation of a rotational to a triaxial
ellipsoid and their connection to relativity, Artificial Satellites 38 (2003) 119–131
40. Appel K., Haken W. (1977): The solution of the Four–Color–Map problem, Scientific American 237
(1977) 108–121
41. Ardalan A.A., Safari A. (2004): Ellipsoidal terrain correction based on multi–cylindrical equal–area
map projection of the reference ellipsoid, J. Geodesy (2004)
42. Aringer K. (1994): Geod¨ atische Hauptaufgaben auf Fl¨ achen in kartesischen Koordinaten, Report
C421, Deutsche Geod¨ atische Kommission, Bayer. Akad. Wiss., M¨ unchen 1994
43. Armanni G. (1915): Sulle deformazioni finite di solidi elastici isotropi, Nuovo cimento 10 (1915)
427–447
44. Army Department of the (1958): Universal Transverse Mercator Grid Table for latitudes 0
◦ –80
◦ ,
International Spheroid (meters) Volume I–II, U.S. Army 1958
45. Army Department of the (1959): Universal Transverse Mercator Grid Table for latitudes 0
◦ –80
◦ ,
Bessel Spheroid (meters) Coordinates for 5–Minute intersections, U.S. Army–Headquarters 1959
46. Army Department of the (1973): Universal Transverse Mercator Grid, U.S. Army Tech. Manual TM
5–241–8.
47. Arnold G.C. (1984) : The derivation of mapping equations and distortion formulae for the satellite
tracking map projections, DTIC Elect (1984) 1–63
48. Audin M. (1994): Courbes alg´ ebriques et syst` emes int´ egrables: g´ eod´ esiques des quadriques, Expo.
Math. 12 (1994) 193–226
49. Awange J.L., Fukuda Y., Grafarend E.W. (2004): Exact solution of the nonlinear 7–parameter datum
transformation by Groebner basis, Bollettino di Geodesia e Scienze Affini 63 (2004) 117–123
50. Axler S., Bourdon P., Ramey W. (2001): Harmonic function theory, Springer Verlag, Berlin
Heidelberg New York 2001
23. Albertz J., Lehmann, H., Tauch, R. (1992): Herstellung und Gestaltung hochau߬ osender
Satelliten–Bildkarten, Kartographische Nachrichten 42 (1992) 205–214
24. Albertz J.,Tauch R. (1991): Erfahrungen bei der Herstellung von Satelliten–Bildkarten, Sonderdruck
aus: Ver¨ offentlichungen des Zentralinstituts f¨ ur Physik der Erde 118 (1991) 373–383
25. Alexander J.C. (1985): The numerics of computing geodetic ellipsoids, in: Classroom notes in applied
mathematics, ed. M.S. Klamkin, Siam Review 27 (1985) 241–247
26. Almansi E. (1911): Sulle deformazioni finite di solidi elastici isotropi, Note I, Atti Accad. naz. Lincei,
Re., Serie Quinta 201 (1911) 705–714
27. Alpha T.R., Gerin M. (1978): A survey on the properties and uses of selected map projections: U.S.
Geol. Survey Misc. Geol. Inv. Map. I–1096, 1978
28. Altamini Z., Boucher C. (2001): The ITRS and ETRS 89 relationship: new results from ITRF 2000,
in: EUREF, Dubrovnik 2001
29. Altmann S.L. (1992): Icons and symmetries, Clarendon Press, Oxford 1992
30. Amalvict M., Livieratos E. (1988): Surface mapping of a rotational reference ellipsoid onto a triaxial
counterpart through strain parameters, Manuscripta Geodaetica 13 (1988) 133–138
31. American Cartographic Association (1986): Which map is best? Projections for world maps,
American Congress on surveying and mapping, Falls Church, Virginia 1986
32. American Cartographic Association (1988): Choosing a world map, attributes, distortions, classes,
aspects, American Congress on surveying and mapping, Bethesda, Maryland 1988
33. American Cartographic Association (1991): Matching the Map projection to the Need, American
Congress on surveying and mapping, Bethesda, Maryland 1991
34. American Soc. Of Civil Engineers, American Congress on Surveying and Mapping and American Soc.
for Photogrammetry and Remote Sensing (1994): Glossary of the Mapping Sciences, American Soc. of
Civil Engineers, American Congress on Surveying and Mapping, American Soc. for Photogrammetry
and Remote Sensing 1994
35. Andrews H.J. (1935): Note on the use of Oblique Cylindrical Orthomorphic projection: Geographical
Journal 86 (1935) 446
36. Andrews H.J. (1938): An oblique Mercator projection for Europe and Asia, The Geographical Journal
92 (1938) 538ff
37. Andrews H.J. (1941): Note on the use of oblique cylindrical orthomorphic projection, The
Geographical Journal 97/98 (1941) 446
38. Anserment A. (1941): Quelques charact´ eristiques du syst` eme de coordonn´ ees Bonne, Schweizerische
Zeitschrift f¨ ur Vermessungswesen und Kulturtechnik 39 (1941) 189–192
39. Antonopoulos A. (2003): Scale effects associated to the transformation of a rotational to a triaxial
ellipsoid and their connection to relativity, Artificial Satellites 38 (2003) 119–131
40. Appel K., Haken W. (1977): The solution of the Four–Color–Map problem, Scientific American 237
(1977) 108–121
41. Ardalan A.A., Safari A. (2004): Ellipsoidal terrain correction based on multi–cylindrical equal–area
map projection of the reference ellipsoid, J. Geodesy (2004)
42. Aringer K. (1994): Geod¨ atische Hauptaufgaben auf Fl¨ achen in kartesischen Koordinaten, Report
C421, Deutsche Geod¨ atische Kommission, Bayer. Akad. Wiss., M¨ unchen 1994
43. Armanni G. (1915): Sulle deformazioni finite di solidi elastici isotropi, Nuovo cimento 10 (1915)
427–447
44. Army Department of the (1958): Universal Transverse Mercator Grid Table for latitudes 0
◦ –80
◦ ,
International Spheroid (meters) Volume I–II, U.S. Army 1958
45. Army Department of the (1959): Universal Transverse Mercator Grid Table for latitudes 0
◦ –80
◦ ,
Bessel Spheroid (meters) Coordinates for 5–Minute intersections, U.S. Army–Headquarters 1959
46. Army Department of the (1973): Universal Transverse Mercator Grid, U.S. Army Tech. Manual TM
5–241–8.
47. Arnold G.C. (1984) : The derivation of mapping equations and distortion formulae for the satellite
tracking map projections, DTIC Elect (1984) 1–63
48. Audin M. (1994): Courbes alg´ ebriques et syst` emes int´ egrables: g´ eod´ esiques des quadriques, Expo.
Math. 12 (1994) 193–226
49. Awange J.L., Fukuda Y., Grafarend E.W. (2004): Exact solution of the nonlinear 7–parameter datum
transformation by Groebner basis, Bollettino di Geodesia e Scienze Affini 63 (2004) 117–123
50. Axler S., Bourdon P., Ramey W. (2001): Harmonic function theory, Springer Verlag, Berlin
Heidelberg New York 2001