WORLD DATA CENTER-A 

for 

Solid Earth Geophysics 

BIBLIOGRAPHY 

OF 

HISTORICAL GEOMAGNETIC MAIN FIELD SURVEY 

AND 

SECULAR VARIATION REPORTS 

AT THE 

WORLD DATA CENTER-A FOR SOLID EARTH GEOPHYSICS 

August 1993 

NATIONAL GEOPHYSICAL DATA CENTER 
WORLD DATA CENTERlA 

for 

Solid Earth Geophysics 

BIBLIOGRAPHY 

OF 

HISTORICAL GEOMAGNETIC MAIN FIELD SURVEY 

AND 

SECULAR VARIATION REPORTS 

AT THE 

WORLD DATA CENTER-A FOR SOLID EARTH GEOPHYSICS 

Susan McLean 

Dennis Smith 

August 1993 

UNITED STATES DEPARTMENT OF COMMERCE 

National Oceanic and Atmospheric Administration 

NATIONAL ENVIRONMENTAL SATELLITE, DATA, AND INFORMATION SERVICE 

National Geophysical Data Center 

Boulder, Colorado 80303-3328, USA 
ACKNOWLEDGEMENTS 

The authors wish to thank Joy Ikelman and Doreen Ardourel 

for their efforts to edit this report. 

Imposing order on chaos is never easy. 

DISCLAIMER 

While every effort has been made to ensure that these data are accurate and reliable within 

the limits of the current state of the art, NOAA cannot assume liability for any damages 

caused by any errors or omissions in the data, nor as a result of the failure of the data to 

function on a particular system. NOAA makes no warranty, expressed nor implied, nor does 

the fact of distribution constitute such a warranty. 

.. 

11 
Contents 

Introduction ............................... 1 

Bibliography .............................. 3 

Appendices ............................. 119 

Appendix I . Index by Date of Publication ....... 121 

Appendix I1 . Index by Descriptive Word ........ 

Appendix I11 . Index by Seismic Region ........ 177 

159 

Appendix IV . Index by Geographic Region ...... 181 

Appendix V . The World Data Center System ..... 189 
Introduction 

In order to determine the extent of historical data publications at the World Data Center-A for 

Solid Earth Geophysics, a digital inventory was begun in 1992. The main emphasis of the 

project was the inventory of data-related reports published prior to 1972. The intent was to 

aid in the retrospective modeling of the main magnetic field. Therefore, publications 

concerning crustal anomalies and observatory magnetograms were not targeted for this project. 

The results of this effort are contained in a digital bibliographic data base which is partially 

reproduced in this report. 

Many of the reports abstracted here were printed over a century ago and are in a severe state 

of deterioration. In order to preserve the content of these reports, WDC-A is digitally imaging 

(scanning) these older books. The digital images of the books are being written to 3480 

archive tape in PCX format. In this digital format, these books are now more readily available 

to researchers studying the historic main magnetic field. 

The main bibliography is organized alphabetically by author. The title of the work, date and 

place of publication, publisher, and a short description of the work are shown whenever 

available. For those reports written in a language other than English, an attempt has been 

made to translate the title. The original title follows in parentheses. However, the authors of 

this report claim no fluency in any language other than English, and welcome corrections to 

the translated titles. In no instance has an effort been made by WDC-A to translate the 

original publications. 

Following the bibliography, there are four appendices which index the entries in several ways. 

In Appendix 1 the reports are sorted by date, and the author and title are shown to allow the 

reader to refer to the main bibliography for more information. Appendix I1 is indexed by 

descriptive word, Appendix 111 by seismic region, and Appendix IV by geographic region. For 

each of these indices, a heading is followed by one or several citation numbers referring the 

reader to the main bibliography. 

The bibliography printed here is maintained as a digital bibliographic data base. Researchers 

interested in obtaining a digital copy of the entire data base with a read-only copy of the data 

base management system should contact WDC-A. The read-only copy of the data base will 

allow the user full search and retrieve capabilities, but will not allow changes nor additions 

to be made to the data base. Researchers interested in studying any of the reports contained 

in this bibliography should contact WDC-A. Most of the older reports have been digitally 

imaged and are available on 3480 tape. Reports published since 1947 may be subject to 

copyright and no further reproduction is authorized by WDC-A. 

WDC-A is interested in receiving additional publications containing observational main field 

1 
survey and secular change data for years prior to 1957. We also welcome visiting scientists 

and can make some resources available for researchers needing access to these or other data 

at the World Data Center. 

Please address all inquiries to: 

World Data Center-A for Solid Earth Geophysics 

National Geophysical Data Center 

NOAA, E/GCl 

325 Broadway 

Boulder, Colorado 80303-3328 U.S.A. 

Telephone: 303-497-6478 (Geomagnetism) 

Fax: 303-497-65 13 

Telex: 59281 1 NOAA MASC BDR 

E-mail: info@ mail. ngdc.noaa.gov 

Susan McLean 

Dennis Smith 

August 1993 

2 
3 
Blank page retained for pagination 
Bibliography 

1. Magnetic Observations in the West Indies 191 1-12-13 (Udskrift af Deviations-Journalen 

Misoisningobservationer Vestindien 191 1-12-13); Deviations Journal 191 1-13, 1913. 

The journal contains values of compass deviations made in the West Indies from 1911 through 

1913. Observations were probably made on the schooner Ingolf. The text is Norwegian or 

Danish. 

2. The Academy of Science of the USSR, Analysis of the Space-Time Structure of the 

Geomagnetic Field. Moscow: The Academy of Sciences of the USSR, 1975. 

The book discusses the structure of Earth’s magnetic field, Several articles pertaining to the 

modeling of the magnetic field, magnetic indices, and observatory data are included. The 

text is in Russian. 

3. Afshar, H.K., The Construction of the Magnetic Map of Iran; Iranian National Report 

to the 13th General Assembly of the International Union of Geodesy and Geophysics, 

1963. 

The journal contains values of declination, inclination, horizontal intensity, vertical intensity 

and total intensity from thirty-eight stations in Iran. For each station the latitude, longitude, 

elevation, and magnetic parameters are recorded. Charts for each element are also produced. 

4. Afshar, H.K., Geomagnetic Activities in Iran during the Years 1961 and 1962; Iranian 

National Report to the 13th General Assembly of the International Union of Geodesy 

and Geophysics, 1963. 

The journal describes the construction of the magnetic observatory at Tehran and gives test 

observations of the magnetic field for instrument comparison. The results of the magnetic 

storm, solar flare, pulsation, and sudden impulse observations are tabularized for 1961 and 

1962. 

5. Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey over Parts of Perak, Selangor 

and Negri Sembilan: Area 1; Records of the Geological Survey, Federation of Malaya, 

1958. 

The journal discusses a survey made in 1952 in Malaya seeking possible locations of tin ores, 

and zones of sulphide mineralization and radioactivity for possible concentrations of uranium 

and thorium minerals. 

5 
6. Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey over Parts of Kedah and Perlis: 

Area 6; Records of the Geological Survey, Federation of Malaya, 1958. 

The report discusses attempts in Malaya to locate tin ores and zones of sulphide mineralization 

and radioactivity for possible uranium and thorium mineral concentrations. 

7. Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey of Parts over Trengganu and 

Pahang; Records of the Geological Survey, Federation of Malaya, 1959. 

The report discusses a survey in Malaya in 1952 which sought to locate tin ores and zones 

of sulphide mineralization and radioactivity for possible concentrations of uranium and thorium. 

8. Alessio, Alberto, Geomagnetic Determinations Performed in the State of Maggiore from 

1905-1906 (Determinazioni de Magnetism0 Terrestre esequite dallo Stato Maggiore della 

1905-1 906); Yearbook of Hydrography, Collection of Documents: Hydrography and 

Navigation (Annali Idrografici, Raccolta de Documenti: Idrografia e La Navigazione). 

Genoa: Institute of Hydrography of R. Marina, 1913. 

The book contains results of hydrographic, meteorological, and geophysical observations made 

from 1903 to 191 1. Magnetic declination, inclination, and horizontal intensity were observed 

at various locations, world-wide from 1905 through 1906. The text is in Italian. 

9. Alldredge, L.R. and I. Saldukas, The Automatic Standard Magnetic Observatory; 

Technical Bulletin of the U.S. Coast and Geodetic Survey, 1966. 

The bulletin discusses the use of the Automatic Standard Magnetic Observatory-Remote 

(ASMOR). The instrument takes field measurements automatically and telemeters them to 

distant receiving and recording stations. The report describes the magnetic sensors and the 

theoretical basis on the development of the program. 

10. Amaro, Carlos C., Report on the Work of the Department of Geomagnetism of the 

Institute of Geophysics of the National University of Mexico; Yearbook of the Institute 

of Geophysics of the National University of Mexico (Anales del Instituto de Geofisica, 

UNAM), 1967. 

This report was presented to the 14th General Assembly of the International Union of Geodesy 

and Geophysics. It discusses the work done at the Magnetic Observatory of Teoloyucan, 

Mexico, from 1963 through 1966. Annual mean values for 1963 through 1965 and values of 

declination for 63 repeat stations throughout Mexico were used to construct the magnetic charts 

for Epoch 1965.0. 

11. Angenheister, G., Measurement of Geomagnetic Fields of Longitudinal Profiles in the 

North Alpine Region and in the Alps: 1958-1 962 (Vermessung des erdmagnetischen 

Feldes langs Profilen im nordlichen Alpenvorland und in den Alpen: 1958- 1962); 

Geophysical Observatory of Furstenfeldbruck (Geophysikalishes Observatorium 

Furstenfeldbruck), 1963. 

The journal shows changes in vertical intensity and total intensity measured along nine profiles 

6 
in the “foreland” of the Alps and along two profiles crossing the Alps from 1958 through 

1962. 

12. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1903 

(Annales du Bureau Central Meteorologique de France: Annee 1903); Th. Moureaux, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1907. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1903. The 

book contains hourly values of declination, inclination, and horizontal intensity. Meteorological 

data are also recorded for stations in former French Colonies. The text is in French. 

13. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1904 

(Annales du Bureau Central Meteorologique de France: Annee 1904); Th. Moureaux, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1908. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1904. The 

book contains hourly values of declination, inclination, and horizontal intensity. Meteorological 

data are also recorded for stations in former French colonies. The text is in French. 

14. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1905 

(Annales du Bureau Central Meteorologique de France: Annee 1905); Th. Moureaux, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1909. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1905. The 

book contains hourly values of declination, inclination, and horizontal intensity. The text is 

in French. 

15. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1906 

(Annales du Bureau Central Meteorologique de France: Annee 1906); Th. Moureaux, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1910. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1906. The 

book contains hourly values of declination, inclination, and horizontal intensity. The text is 

in French. 

16. Angot, Alfred, Yearbook or” the Central Bureau of Meteorology of France: Year 1907 

(Annales du Bureau Central Meteorologique de France: Annee 1907); Th. Moureaux, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 191 1. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1907. The 

book contains hourly values of declination, inclination, and horizontal intensity. The text is 

in French. 

17. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1908 

(Annales du Bureau Central Meteorologique de France: Annee 1908); Ch. Dufour, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1912. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1908. The 

book contains hourly values of declination, inclination, and horizontal intensity. The text is 

in French. 

7 
18. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1913 

(Annales du Bureau Central Meteorologique de France: Annee 1913); Ch. Dufour, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 191 9. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1913. The 

book contains hourly values of declination, inclination, horizontal intensity, and vertical 

intensity. Seismological and meteorological data from Parc Saint-Maur Observatory are also 

included. The text is in French. 

19. Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1914 

(Annales du Bureau Central Meteorologique de France: Annee 1914); Ch. Dufour, 

Magnetic Observations (Observations Magnetiques). Paris: Gauthier-Villars, 1920. 

Yearbook for the magnetic and meteorological observatory, Val-Joyeux, Paris, for 1914. The 

book contains hourly values of declination, inclination, horizontal intensity, and vertical 

intensity. The text is in French. 

20. Description of Ritchie’s Liquid Steering Compasses, with Accompanying Drawings and 

Ritchie’s Monitor Compass. [Date unknown] 

The file contains two handwritten essays describing Ritchie’s Liquid Steering Compass and 

Ritchie’s Monitor compass. No author or date are available although the text probably dates 

near the turn of the century. 

21. Arctowski, H., Results of the Voyage of the S.Y. Belgica in 1897-1898-1899 under 

the command of A. De Gerlache De Gomery; Scientific Commission of Belgium 

(Rappports Scientifiques Publies Aux Frais Du Gouvemement Belge, de La Commission 

De La Belgica), 1902. 

The journal discusses solar flares observed on ,board the Belgica in the Antarctic. Included 

are tables of auroral activity from 1897 through 1899. The text is in French. 

22. Ault, J.P. and S.J. Mauchly, Ocean Magnetic and Electric Observations, 1915-1921; 

Researches of the Department of Terrestrial Magnetism; Vol. 5. Washington, D.C.: 

Carnegie Institution, 1926. 

The book discusses magnetic and electric observations made aboard the Carnegie from 1915 

through 1921. Magnetic observations include tables of declination, inclination, and horizontal 

intensity made world-wide. 

23. Auk, J.P., S.J. Mauchly, W J. Peters, L.A. Bauer, and J.A. Fleming, Ocean Magnetic 

and Electric Observations, 1915-1921; Researches of the Department of Terrestrial 

Magnetism; Vol. 5. Washington, D.C.: Carnegie Institution, 1926. 

The book contains results of ocean magnetic and electric observations made on the Carnegie 

in the Atlantic, Indian, Pacific, and Southern Oceans from 1915 through 1921. The text 

includes synopses of the Carnegie’s cruises, discussion of the instrumentation, and tables of 

meteorological and geomagnetic data. Geomagnetic data include declination, inclination, and 

horizon tal intensity observed world-wide. 

8 
24. Avery, OX. and F.N. Waits, Proton Magnetometer Test on Board a Survey Aircraft; 

U.S. Naval Oceanographic Office, 1965. 

The journal discusses Project Magnet and magnetometer tests made during surveys conducted 

in 1965. 

25. Bache, A.D., Abstract of a Discussion of the Horizontal Component of the Magnetic 

Force from Observations Made at the Girard College Observatory, Philadelphia, in the 

Years 1840-1845; The American Journal of Science and Arts, 1862. 

The journal discusses horizontal intensity and shows the data used for an investigation into 

diurnal, annual, and solar variation of horizontal intensity from observations made at the Girard 

College Observatory between 1840 and 1845. 

26. Bache, A.D., Observations at the Magnetic and Meteorological Observatory at the Girard 

College, Philadelphia: 1840-1 845. Washington, D.C.: Gates and Seaton, 1847. 

The book contains hourly value observations of declination, horizontal intensity, and vertical 

intensity made at the Girard College Observatory in Philadelphia from 1840 through 1845. 

Also recorded are temperature, barometric pressure, wind speed, and comments on 

meteorology. 

27. Banerjee, Subir K., Robert F. Butler, and Victor A. Schmidt, Problems and Current 

Trends in Rock Magnetism and Paleomagnetism; Asilomar Workshop of the 

Geomagnetism and Paleomagnetism Section of the American Geophysical Union, 1986. 

The report discusses the status and future prospects for rock magnetic research including the 

need for interdisciplinary research and state-of-the-art instrumentation. 

28. Baron, J. Gregory and G.R. LorentZen, An Airborne Geomagnetic Investigation of a 

Reported Declination Anomaly in Eastern Panama; U.S. Naval Oceanographic Office, 

1965. 

The journal contains charts showing total intensity, residual intensity, inclination, residual 

inclination, declination, and residual declination gathered in a survey of eastern Panama in 

1963. 

29. Baron, J. Gregory, James R. Heirtzler, and George Lorentzen, An Airborne 

Geomagnetic Survey of the Reykjanes Ridge: 1963; U.S. Naval Oceanographic Office, 

1965. 

The journal contains bathymetric charts showing magnetic anomaly and total intensity profiles 

in the Reykjanes Ridge, southwest of Iceland. 

30. Barraclough, D.R., A Bibliographic Guide to the Production of Local and Regional 

Magnetic Charts; Bulletin of the Institute of Geological Sciences, 198 1. 

This bulletin contains more than one-hundred bibliographical references to the production of 

local and regional magnetic charts. 

9 
31. Barraclough, D.R., Spherical Harmonic Models of the Geomagnetic Field; Bulletin of 

the Institute of Geological Sciences, 1978. 

The journal contains tables showing spherical harmonic models and the values of the 

coefficients in Schmidt quasi-normalized form from 1550 through 1955. 

32. Barraclough, D.R. and Marion P. Fisher, Geomagnetism Unit: User Manual and 

Catalogue for Machine-Readable Data; Bulletin of the Institute of Geological Sciences, 

1964. 

The bulletin contains observatory data and format documentation pertaining to the 

geomagnetism unit of the Institute of Geological Sciences. 

33. Bartels, J. and G. Fanselau, Geophysical Moon-Tables 1850-1975 (Geophysikalische 

Mond-Tafeln 1850- 1975). Berlin: Julius Springer, 1938. 

The book contains values of apogees and perigees of the moon from 1850 through 1975. 

Tables of moon phases for each day of the year are also calculated from 1850 to 1975. The 

text is in German, 

34. Bartels, Julius and Naoshi Fukushima, A Q-Index for the Geomagnetic Activity in 

Quarter-Hour Intervals (Ein Q-Index fur die erdmagnetische Aktivitat in viertelstundlichen 

Xntervallen); The Academy of Science of Goettingen (Der Akademie der Wissenschaften 

in Goettingen). Goettingen: Vandenhoeck and Ruprecht, 1956. 

The journal discusses computation of Q-indices based on data from Sodankyla, Meanook, 

College, and Sitka observatories. Indices are calculated on quarter-hour intervals as opposed 

to three-hour intervals. The text is in German. 

35. Baseler, O., The Measurement of Geomagnetic Anomaly near Pr,-Eylau in East Prussia 

and an Attempt of Its Interpretation (Die ,Vetmessung der erdmagnetischen Anomalie bei 

Pr.-Eylau in Ostpreussen and ein Versuch ihrer Deutung); Erganzungs Heft fur 

angewandte Geophysik, 193 1. 

The journal shows differences in vertical intensity between morning and evening observations 

and provides reduced values of vertical and horizontal intensity in eastern Prussia in 1931. The 

text is in German. 

36. Bauer, L.A., First Report upon Magnetic Work in Maryland; Including History and 

Objects of Magnetic Surveys. Baltimore: The Johns Hopkins Press, 1897. 

The book discusses the history of geomagnetism and magnetic surveys in Maryland. Included 

are tables showing mean hourly values of declination and secular variation from 1750 through 

1896. 

37. Bauer, L.A., Land Magnetic Observations: 1905- 1910. Washington, D.C.: Carnegie 

Institution, 1912. 

The book discusses geomagnetic surveys carried out world-wide from 1905 through 1910. 

Included are summaries of information pertaining to site locations, personnel, and 

instrumentation. Included also are tables of declination, inclination, and horizontal intensity. 
38. Bauer, L.A., Magnetic Declination Tables and Isogonic Charts for 1902 and Principal 

Facts Relating to the Earth’s Magnetism; U.S. Coast and Geodetic Survey. Washington, 

D.C.: Government Printing Office, 1902. 

The book discusses the history of geomagnetism and magnetic properties. Tables of declination 

and secular variation are shown for observations made throughout the United States from 1650 

through 1902. 

39. Bauer, L.A., The Magnetic Survey of the North Pacific Ocean: Instruments, Methods, 

and Preliminary Results; Terrestrial Magnetism and Atmospheric Electricity, 1906. 

The journal discusses the magnetic survey carried out in the north Pacific Ocean from 1904 

through 1906. Topics include the routes of the survey ships, the personnel, the nature of 

geomagnetism, and instrumentation. 

40. Bauer, L.A., The Magnetic Work of the United States Coast and Geodetic Survey; U.S. 

Coast and Geodetic Survey, 1900. 

The journal discusses the past, present, and future work of the U.S. Coast and Geodetic 

Survey. No data are recorded. 

41. Bauer, L.A., Ocean Magnetic Observations 1905-1916 and Reports on Special 

Researches; Researches of the Department of Terrestrial Magnetism; Vol. 3. Washington, 

D.C.: Carnegie Institution, 1917. 

The book contains the final results of the ocean magnetic observations made on the Galilee 

and the Carnegie in the Atlantic, Indian, and Pacific Oceans. Tables of data show declination, 

inclination, and horizontal intensity observed throughout the world from 1905 through 1916. 

42. Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1902 and June 30, 1903; U.S. Coast and Geodetic Survey, 1904. 

The report. contains values of declination, inclination, and horizontal intensity observed in 1902 

and 1903 throughout the United States. Data are ordered in tables by state, with station 

descriptions located at the end of the text. 

43. Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1903 and June 30, 1904; U.S. Coast and Geodetic Survey, 1904. 

The report contains values of declination, inclination, and horizontal intensity observed in 1903 

and 1904 throughout the United States. Data are in tables ordered by state, with stations 

descriptions at the end of the text. 

44. Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1905 and June 30, 1906; U.S. Coast and Geodetic Survey, 1906. 

The report contains values of declination, inclination, and horizontal intensity observed in 1905 

and 1906 throughout the United States. Data are in tables ordered by state, with stations 

descriptions at the end of the text. 

11 
45. Bauer, L.A., United States Magnetic Tables and Magnetic Charts for 1905; U.S. Coast 

and Geodetic Survey. Washington, D.C.: Government Printing Office, 1905. 

The book contains values of declination, inclination, horizontal intensity, vertical intensity, and 

total intensity in the United States for the Epoch 1905. 

46. Bauer, L.A. and J.A. Fleming, Land Magnetic Observations 19 1 1 - 19 13; Researches 

of the Department of Terrestrial Magnetism; Vol. 2. Washington, D.C.: Carnegie 

Institution, 1915. 

The book discusses instrumentation, reductions to standard instruments, and lists observation 

sites and the personnel involved. Tables of declination, inclination, and horizontal intensity are 

given for locations throughout the world. 

47. Bauer, L.A. and J.A. Fleming, Magnetic Observatories of the United States Coast and 

Geodetic Survey in Operation July 1, 1902; U.S. Coast and Geodetic Survey, 1903. 

The journal discusses U.S. Coast and Geodetic Survey observatories in the United States in 

terms of site selection, construction, and equipment. Cheltenham, Sitka, Honolulu, and Baldwin 

observatories are discussed. 

48. Bauer, L.A., J.A. Fleming, H.W. Fisk, W.J. Peters, and S.J. Barnett, Land Magnetic 

Observations 1914-1920 and Special Reports; Vol. 4. Washington, D.C.: Carnegie 

Institution, 1921. 

The book discusses land magnetic observations made from 1914 through 1920 throughout the 

world. Included are tables of declination inclination and horizontal intensity observed at many 

stations world-wide. 

49. Bauer, L.A., J.A. Fleming, H.W. Fisk, and W.J. Peters, Land Magnetic Observations 

1914-1 920; Researches of the Department of Terrestrial Magnetism; Vol. 4. Washington, 

D.C.: Carnegie Institution, 1921. 

The book describes instrumentation, reductions to standard instruments and lists site-locations 

and personnel for observations made from 1914 through 1920. Tables of declination, 

inclination, and horizontal intensity are given for locations throughout the world. 

50. Baylor, James B. and Daniel L. Hazard, General Report on the Magnetic Survey of 

North Carolina, Louisiana, South Carolina, Alabama, Georgia, Mississippi and 

Massachusetts; U.S. Coast and Geodetic Survey. Washington, D.C.: Government Printing 

Office, 1900-1935. 

This book contains several bulletins from the Coast and Geodetic Survey showing values of 

magnetic declination and secular variation in states along the eastern seaboard from 1700 

through 1935. Each bulletin contains thorough descriptions of the magnetic stations where 

observations were made. Data for the State of Massachusetts come from the Massachusetts 

Geodetic Survey. 

51. Beattie, J.C., Report of a Magnetic Survey of South Africa. London: Cambridge 

University Press, 1909. 

12 
The book discusses the magnetism of Earth and provides a history of observations of the 

magnetic elements made by seamen, travelers, and surveyors in South Africa from 1595 

through 1904. Included are appendices of tables showing observations of declination, 

inclination, and horizontal intensity at 400 stations from 1902 through 1908 and a summary 

of monthly means at Natal Observatory in Durban 1893 and 1894. 

52. Besairie, Henri, Contributions in the Study of Magnetic Declination of Madagascar and 

Its Connections with Geology; Geologic Annual of the Service of Mines of the General 

Government of Madagascar and Dependencies (Annales Geologiques du Service des 

Mines des Gouvernment General de Madagascar et Dependances). Tananarive: The 

Official Printery (Imprimerie Officielle), 1937. 

The book discusses the geomagnetism of Madagascar and the geological connections. Included 

are tables of declination, inclination, and horizontal intensity made from 1890 through 1936. 

The text is in French. 

53. 

The journal discusses the work of the Geophysics Research Board of the National Geophysical 

Research Institute of Hyderabad. Topics include observational geomagnetism and geoelectricity, 

analysis of geomagnetic and geoelectric data, paleomagnetism, geophysical exploration by 

magnetic methods, and instrumentation. A summary of the status of the magnetic observatories 

is given on pages 20-21. 

Bhargava, B.N., Geomagnetism and Geoelectricity; Progress in Geophysics, 1972. 

54. Bhargava, B.N., Geomagnetism and Geoelectricity; Progress in Geophysics: Geophysical 

Activities in the Republic of India, 1973. 

The article discusses the status of the work of the Colaba and Alibag Observatories in Bombay 

for 1973. Included are sections on observational geomagnetism and geoelectricity, analysis of 

geomagnetic and geoelectric data, paleomagnetism, geophysical exploration by magnetic 

methods, and instrumentation. 

55. Bhaskara Rao, V., P. Sitapathi Rao, P.V. Sanker Narayan, C.V. Raju, S.V.S. 

Sarma, R. Ramakrishnayya, D. Atchuta Rao, P.C. Paul, and K.C. Sogani, [Multiple 

titles:] (1) Regional Magnetic Profiles over the Gondwana Sections of the Godavary 

Valley; (2) Results of a Total Intensity Magnetic Survey in Uppal Area, Hyderabad; (3) 

Magnetic Investigation on a Charnockite Intrusion at Waltair; and, (4) Electromagnetic 

and Magnetic Studies for Lead Ore in the Shishkhani Area, Almora District, Uttar 

Pradesh; Problems in Geophysics Relating to the Crust of the Earth: Proceedings of the 

Symposium of the Geophysics Research Board of the Indian National Committee for 

Geodesy and Geophysics, 1964. 

The journal contains articles on a variety of topics pertaining to geomagnetism, 

paleomagnetism, meteorology, and geology in India. Topics of geomagnetism include the 

profiling of the Godavary Valley, total intensity survey results in Hyderabad, investigations at 

Waltair, and studies for lead ore in Pradesh. 

13 
56. Bidlingmaier, F., Results of Magnetic Observations in 1910 (Ergebnesse der 

magnetischen Beobachtungen im Jahr 1911); New Series, Vol. 2 (Neue Folge, Heft 2). 

Berlin: Ernst Siegfried Mittler und Sohn, 1911. 

The book discusses a magnetic survey made in 1910 in Germany. Included are tables of daily 

mean values of declination and horizontal intensity. The text is in German. 

57. Bidlingmaier, Friederich, Geomagnetic Ocean Observations and Subsequent 

Investigations (Erdmagnetische See-Beobachtungen und Anschliessende Untersucungen); 

German South Pole Expedition (Deutsche Sudpolar Expedition): 1901-1903, Part 2, 

Declination (Deklination), 1903. 

The book discusses observations and investigations of geomagnetic surveys made in the South 

Atlantic Ocean, the Indian Ocean, and in Antarctica in 1901, 1902, and 1903. 

58. 

The journal discusses a magnetic field in Colorado which is located over igneous pipes. The 

intensity of geomagnetism is shown in a regional map. 

Blum, V.J., The Magnetic Field over Igneous Pipes; Geophysics, 1945. 

59. 

The 

Bock, R. and W.S. Schumann, Catalog of the Annual Means of Magnetic Elements 

of the Observatories and the Stations on which the Conditions of Geomagnetic 

Observations are Based; Numbers 8-1 1. (Katalog der Jahresmittel der magnetischen 

Elemente der Observatorien and der Sationen, an denen eine Zeitlang erdmagnetische 

Beobachtungen stattfanden; Nr. 8-Nr. 1 1; Berlin: Akademie Verlag, 1948. 

catalog shows declination, inclination, horizontal and vertical intensity, and geographic 

north and east components at stations around the world. Included are graphs and tables of 

values at many observatories. The text is in German. 

60. Bohme, W., Concerning the Two-Year Cycle of the Earth’s Atmosphere and Its Cause 

(Uber den etwa 2-jahrigne Zyklus der allgemeinen Zirkulation und seine Ursachen); 

Geod. Geoph. Veroff, 1969. 

The journal discusses a number of hypotheses of the twenty-six month circulation of Earth’s 

atmosphere. The text is in German. 

61. Bonnet, G., J. Hunaerts, and M. Nocolet, Analysis of the Ionospheric Results Obtained 

in Africa during the Solar Eclipse of February 25, 1952 (Analyse de Resultats 

Ionospheriques Obtenus en Afrigue Lors de L’Eclipse de Solei1 du 25 Fevrier 1952); 

Royal Institute of Meteorology of Belgium, 1957. 

The journal discusses the meteorological and geomagnetic effects observed at six observatories 

in Africa during the February, 1952 solar eclipse. The text is in French. 

62. Borisov, A.A. and G.I. Kruglyakova, Regional and Zonal Anomalies of the 

Geomagnetic Field in the European Part of the USSR; Technical Translation of 

Aeronautical Chart and Information Center, 1967. 

The article discusses characteristics of regional and zonal anomalies of the geomagnetic field 

14 
in the European part of the USSR. The magnetic field is examined at heights of 6, 10, 20, 

and 30 kilometers. 

63. BOSSO~~SCO, M., A. Elena, and A. Caneva, Geomagnetic Research (Richerche Di 

Geomagnetismo); Institute of Geophysics and Geodetics of the University of Genoa, 

1962. 

The journal discusses a geomagnetic survey made in the Monte Capellino region of Italy from 

1959 through 1961. Included are tables of declination, horizontal intensity, and north and east 

components. The text is in Italian. 

64. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity observed in Czechoslovakia for the month of April, 1958. The text is in 

Russian. 

65. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity observed in Czechoslovakia at the observatories of Pruhonice and Budkov 

in the month of August, 1958. The text is in Russian. 

66. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity observed in Czechoslovakia at the observatories of Pruhonice and Budkov 

in the month of September, 1958. The text is in Russian. 

67. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of October, 1958. The text is in Russian. 

68. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of November. 1958. The text is in Russian. 

15 
69. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1958. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of December, 1958. The text is in Russian. 

70. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of January, 1959. The text is in Russian. 

71. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of February, 1959. The text is in Russian. 

72. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of March. 1959. The text is in Russian. 

73. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of April, 1959. The text is in Russian. 

74. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of May, 1959. The text is in Russian. 

16 
75. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of June, 1959. The text is in Russian. 

76. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of July, 1959. The text is in Russian. 

77. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of August, 1959. The text is in Russian. 

78. Bouska, J., Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of September, 1959. The text is in Russian. 

79. Bouska, J,, Geomagnetic Observatory of Pruhonice and of Budkov; Geophysical 

Observatory Reports, Geophysical Institute of the Czechoslovakian Academy of Sciences, 

1959. 

The journal contains tables of hourly mean values of declination, horizontal intensity, and 

vertical intensity made in Czechoslovakia at the Pruhonice and Budkov Observatories in the 

month of October. 1959. The text is in Russian. 

80. Bracey, Dewey R., Blake Ridge Aeromagnetic Survey; U.S. Naval Oceanographic 

Office, 1967. 

The journal contains charts showing total magnetic intensity, regional magnetic intensity, 

residual magnetic intensity and bathymetric contours in the Blake Ridge, east of 

GeorgiaKarolina coast. 

81. Bramhall, Ervin and Arthur Zuhn, Values of the Magnetic Elements at Little 

The bulletin discusses Earth’s magnetic field and contains a table of values of inclination, 

America; Bulletin of the Little America Forum, 1934. 

17 
declination, horizontal intensity, and total intensity in the Antarctic. 

82. Breiner, S. and R.L. Kovach, Local Geomagnetic Events Associated with 

Displacements on the San Andreas Fault; Science, 1967. 

83. British National Committee for the Polar Year, British Polar Year Expedition: Fort 

Rae, N.W. Canada, 1932-33; The Royal Society, Vol. 1: Discussion of Results: 

Meteorology, Terrestrial Magnetism and Aurora, Atmospheric Electricity. London: 

Burlington House, 1937. 

The book contains meteorological and geomagnetic data for Fort Rae, Canada observed in 

1932 and 1933. The work contains monthly mean values for declination, horizontal intensity, 

and vertical intensity. Monthly mean values for international quiet days in 1882 and 1883 are 

listed in Table 13. 

84. Brittain, J.H. and J.R. Boyle, Earth Movement Investigations and Geodetic Control for 

Stanford Linear Accelerator Center; Report of Aetron-Blume- Atkinson, 1966. 

The report discusses the utilization of geodetic engineering practices and parameters in the 

process of site ground movements and measurements. Included are summaries of precise 

surveying and geodesy programs, recommendations of programs on Earth and structure 

movement accumulation, and list of reports, drawings, and other sources where Earth 

movement investigations are recorded. 

85. Brosge, William P., Earl E. Brabb, and Elizabeth R. King, Geologic Interpretation 

of Reconnaissance Aeromagnetic Survey of Northeasten Alaska; Geological Survey 

Bulletin, 1970. 

This U.S. Geological Survey bulletin details an aeromagnetic reconnaissance survey from 64" 

North latitude to the Arctic Ocean and 148" West longitude to the Alaska-Yukon boundary. 

The bulletin contains two aeromagnetic profile maps, a magnetic contour map, and a geological 

map based on the interpreted aeromagnetic data and geological data. The survey, taken in 

1965, shows the magnetic character of northeastern Alaska. 

86. Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland in the Observatory of Gen. Sir Thomas Makdougall Brisbane in 1844; Vol. 

18, Transactions of the Royal Society of Edinburgh. Edinburgh: Neill and Company, 

1848. 

The book discusses topics of geomagnetism and meteorology in Scotland. Included are tables 

of declination, inclination, horizontal intensity, and vertical intensity observed in 1844. 

87. Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland; Royal Society of Edinburgh, Vol. 19, Part 1. Edinburgh: Neill and 

Company, 1849. 

The book contains 

1846. Geomagnetic 

meteorological and geomagnetic data observed in Scotland in 1845 and 

data include declination, horizontal intensity, and vertical intensity. 

18 
88. Brown, J., Shenna MacIntosh, J.C. Riddick, and W.F. Stuart, Progress Report on 

the Development of a Rubidium Magnetometer System; Geophysical Division of the 

Institute of Geological Sciences, 1969. 

The journal describes the development of a rubidium magnetometer. Included is a description 

of the sensor and an investigation into its stability, limitations, recordings, and analytical 

methods. 

89. Bruckmann, W., Report in the Swiss High Alps concerning the Changes of 

Geomagnetic Strength with the Altitude (Beobachtungen in den Schweizer Hochalpen 

uber die Anderung der erdmagnetischen Kraft mit der Hohe); Royal Prussian 

Meteorological Institute (Koniglich Preussichen Meteorologischen Instituts), 191 3. 

The journal discusses geomagnetic observations made in the Swiss Alps to juxtapose changes 

of intensity with changes in altitude. Included are measurements of horizontal intensity taken 

at the summits of several Swiss mountain peaks in 1909. The text is in German. 

90. Brzozowy, Peter, Magnetic and Seismic Reflection Surveys of Lake Superior; Technical 

Report of Sea Grant College of the University of Wisconsin, 1974. 

The journal discusses a study of a large syncline in the Lake Superior region north and east 

of the Keweenaw Peninsula. Magnetic data consist of total magnetic intensity profiles; seismic 

data consist of continuous reflection profiles. 

91. Bullard, E.C., S.K. Runcorn, J. Coulomb, David Knapp, FJ. Lowes, E.H. Vestine, 

et a\., Introduction to a Discussion on "Movements in the Earth's Core and Electrical 

Conductivity"; Bulletin of the International Association of Geomagnetism and Aeronomy, 

1955. 

The journal contains eleven articles discussing hypotheses of possible causes and consequences 

of the movements of the Earth's core. Included are physical properties, core motions and 

reversals of the magnetic field, the synthesis of external magnetic fields, and electrical 

conductivity. 

92. The Bureau of Navigation, The Variation of the Compass: As Determined in Various 

Parts of the World (Chiefly at Sea) between 1881 and 1885; U.S. Navy Department. 

Washington, D.C.: U.S. Government Printing Office, 1886. 

The book contains declinations observed around the world, primarily at sea, from 1881 through 

1885. Observations were made using compass and azimuth circle by U.S. Navy navigators. 

Each observation has a date, latitude, longitude, magnetic variation, and note on observations 

recorded. Observations were made globally from 80" North to 55" South latitude. 

93. 

The report contains the results of magnetic observations made in 1952 at airports on the 

Pacific islands of Norfolk, Nandi, Faeolo, Aitutaki, Rarotonga, and Bora. Included are tables 

of declination, inclination, and horizontal intensity. 

Burrows, A.L., Magnetic Survey: Chnstchurch; Geophysics Division, 1952. 

19 
94. Byrdatkay, C.T., Archaeomagnetic Determinations of Geomagnetic Field Elements; 

Soviet Geophysical Committee of the USSR Academy of Sciences, 1986. 

The journal discusses archaeomagnetic data as a means for the study of ancient geomagnetic 

fields. Tables show determinations in Middle Asia, Mongolia, Japan, the United States, Peru, 

Italy, and France. The text is in Russian with an English introduction. 

95. Cabes, Lucien, Installation of Instruments and Methods of Observation (Installation des 

Instruments et Methodes D’observations); Scientific Results of the Belgium Antarctic 

Expedition of 1957-1958 (Resultats Scientifiques d’Expedition Antarctique Belge 

The book discusses meteorological and geomagnetical observations carried out during the 

Belgium Antarctic Expedition of 1957-1958. Geomagnetic data include tables of declination, 

horizontal intensity, and vertical intensity. The text is in French. 

1957-1958), 1961. 

96. Cage, Allan L. and Edward J. Zawalick, A Discussion of the Geomagnetic Indices 

Kp and Ap, 1932 to 1971; Environmental Research Paper, 1972. 

The paper contains values for indices of frequency distributions, monthly and annual average 

values, and diurnal variation of Kp and ap for data from 1932 through 1971. 

97. Cagle, Lana G., 1985 World Magnetic Model: Charts and Grid Values, Department of 

Defense, 1987. 

98. Cain, J.C., Annual Mean Values of Geomagnetic Elements since 1900; IAGA Working 

Group on the Analysis of the Geomagnetic Field, 1965. 

The journal is a file providing an analysis of Earth’s main geomagnetic field and its secular 

variation. The data were gathered by the IAGA working group from records ranging from 

1900 to 1963. 

99. Cain, Joseph C., Annual Mean Values of Geomagnetic Elements since 1900; Goddard 

Space Flight Center, 1965. 

The journal contains three tables summarizing observatory annual mean values available. Table 

1 Summarizes observatory locations, Table 2 summarizes operating periods, and Table 3 lists 

available annual means. Annual mean values of declination, inclination, horizontal intensity, 

vertical intensity, total intensity, and north and east components are shown from 1900 to 1962. 

100. Cain, Joseph C., Geomagnetic Models From Satellite Surveys: Goddard Space Flight 

Center, 1970. 

The article discusses the evaluation of spacecraft experiments in measuring magnetic fields 

from low altitudes. The work shows the contributions of aeromagnetic surveys and how their 

data have been used to determine numerical models of the internal geomagnetic field. 

101. Cain, Joseph C., and Shirley J. Cain, Derivation of the International Geomagnetic 

Reference Field (IGRF 10/68); NASA Technical Note D-6237, 1971. 

20 
102. Cain, Joseph C. and Shirley J. Hendricks, The Geomagnetic Secular Variation, 

1900-1965; NASA Technical Note, 1968. 

The journal discusses magnetic charts produced from field models using linear and parabolic 

terms in time to represent secular change over the interval 1900-1965. The journal compares 

predicted fields with observatory annual means to investigate systemic residuals. 

103. Cain, Joseph C. and Ronald E. Sweeney, Magnetic Field Mapping of the Inner 

Magnetosphere; Journal of Geophysical Research, Space Physics, 1970. 

The paper discusses spherical harmonic modeling of Earth’s magnetics based on data from 

the OGO-2, -4, and -6 spacecraft. The model of degree and order 10 is published. 

104. Cain, Joseph C. and Christopher D. Wright, A Compilation of Magnetic 

The journal contains a listing of current and past magnetic observatories. Station locations, 

codes, and operating years are given for all magnetic observatories. 

Observatories; Goddard Space Flight Center, 1964. 

105. Cain, Joseph C., W.E. Daniels, Shirley J. Hendricks, and D.C. Jensen, An Evaluation 

of the Main Geomagnetic Field 1940-1962; Goddard Space Flight Center, 1964. 

The journal discusses the methods used to model the geomagnetic field and its secular change 

using data for the interval 1900-1962. The spherical harmonic coefficients for the model 

Epoch 1960.0 are included. 

106. Cain, Joseph C., Shirley Hendricks, Robert Langel, and William V. Hudson, A 

Proposed Model for the International Geomagnetic Reference Field: 1965; Journal of 

Geomagnetism and Geoelectricity, 1967. 

The journal discusses a model of the main geomagnetic field described by a series of 120 

spherical harmonic coefficients and their first- and second-time derivatives. The model is based 

on data available from 1900 to 1964 including OGO-2. 

107. Cain, Joseph C., Ivan R. Shapiro, John D. Stolarik, and James P. Heppner, 

Measurements of the Geomagnetic Field by the Vanguard 111 Satellite; Technical Note, 

National Aeronautics and Space Administration, 1962. 

The journal contains magnetic field data from the Vanguard I11 satellite. Differences between 

the measured field intensities and those computed from frequently used sets are listed. 

108. Cain, Joseph, Folke Eleman, S.J. Hendricks, Herbert Meyers, and K.L. Svendsen, 

U.S. Coast and Geodetic Survey: NASA Geomagnetic Data Reduction Progam; NASA, 

Goddard Space Flight Center, 1966. 

The journal discusses a project for the reduction of selected geomagnetic field data into a form 

useful for computer processing. Data include hourly scalings, magnetograms, observatory 

annual means, and world magnetic survey data. 

109. Cain, Joseph, Shirley Hendricks, Walter Daniels, and Duane Jensen, Computation 

of the Main Geomagnetic Field from Spherical Harmonic Expansions; Goddard Space 

21 
Flight Center and National Space Science Data Center, 1968. 

The report discusses geomagnetic characteristics of the main internal field and the development 

of the GSFC 12/66 Spherical Harmonic Model. Included is an analysis utilizing spherical 

harmonic expansion of the geomagnetic potential. 

110. Calmet, Fernando Noriega, Geomagnetic Map of Peru for 1955.0 (Carta Geomagnetica 

del Peru a 1950.0); Institute of Geophysics of Huancayo, 1955. 

The journal discusses geomagnetic surveys in Peru. Included are tables of declination, 

inclination, and horizontal intensity reduced to the Epoch 1955.0. The text is in Spanish. 

Ill. Campbell, W.H., An Introduction to Geomagnetic Instruments and Observing; ESSA 

Technical Report ERL 183-ESL 12, 1970. 

The journal contains a description of the systems and techniques for observations of the 

magnetism of Earth from space. Included is a discussion of observatory site selection and 

general information regarding measurements above Earth’s surface. 

112. Campbell, W.H., Introduction to Solar Terrestrial Activity for Geomagnetic Studies Part 

11: The Earth’s Main Field; NOAA Technical Report, 1972. 

This report reviews magnetic field models made from surface observations. Simple dipole and 

spherical harmonic expansion as well as the geomagnetic pole, dip pole, and eccentric axis are 

discussed. 

113. Caner, B., P.A. Camfield, F. Andersen, and E.R. Niblett, A Large-Scale 

The journal discusses two methods of determining the electrical conductivity structure of 

Earth’s crust: magnetotelluric (MT) and geomagnetic depth-sounding (GDS). 

Magnetotelluric Survey in Western Canada; Canadian Journal of Earth Sciences, 1969. 

114. Cattala, Louis, Recent Measurements of Magnetic Declination in Madagascar and 

Declination Maps for 1955.0 (Nouvelles Mesures de la Declinaison Magnetique a 

Madagascar et Carte des Declinaisons Pour 1955.0); Works of the Geologic Bureau of 

the Chief Commission of Madagascar and Dependencies (Travaux du Bureau Geologique 

du Haut Commissariat de Madagascar et Dependances), 1955. 

The journal discusses a magnetic survey made in Madagascar in 1954. Included are tables 

of observed declination and isogonic charts reduced to the Epoch 1955.0. The text is in 

French. 

115. Cattala, Louis and Charles Poisson, [Two titles:] (1) Some Measurements of the 

Magnetic Declination toward the Southeast of Madagascar (Quelques Mesures de la 

Declination Magnetique dans le sud et L’Ouest de Madagascar; and, (2) Studies of the 

Variations of Magnetic Declination of Madagascar (Recherches Sur La Variation De La 

Declinaison Magnetique a Madagascar); Geological Service of the Chief Commission of 

Madagascar and Dependencies (Service Geologique de le Haut Commissariat de 

Madagascar et Dependances), 1955. 

The journal contains two separate articles on magnetic declination in and near Madagascar. 

22 
Tables of declination show data from 1908 through 1954. The text is in French. 

116. The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1964 (Ergebnisse der Magnetischen 

Beobachtungen am Geophysikalischen Observatorium Kobenzl 1964); Yearbooks of the 

Central Establishment for Meteorology and Geodynamics (Jahrbucher der Zentralanstalt 

fur Meteorologie und Geodynamik), 1965. 

The journal contains monthly and annual mean values of declination, inclination, horizontal 

intensity, vertical intensity, total intensity, and north components and east components made 

at the Wien-Kobenzl Geophysical Observatory in 1964. 

117. The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1965 (Ergebnisse der Magnetischen 

Beobachtungen am Geophysikalischen Observatorium Kobenzl 1965); Yearbooks of the 

Central Establishment for Meteorology and Geodynamics (Jahrbucher der Zentralanstalt 

fur Meteorologie und Geodynamik), 1965. 

The journal contains monthly and annual mean values of declination, inclination, horizontal 

intensity, vertical intensity, total intensity, and north components and east components made 

at the Wen-Kobenzl Geophysical Observatory in 1964. 

118. The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1969 (Ergebnisse der Magnetischen 

Beobachtungen am Geophysikalischen Observatorium Kobenzl 1969); Yearbooks of the 

Central Establishment for Meteorology and Geodynamics Jahrbucher der Zentralanstalt 

fur Meteorologie und Geodynamik), 1970. 

'I'he journal contains tables of annual mean values of declination, inclination, horizontal 

intensity, north and east components, vertical intensity, and total intensity observed at the 

Koblenz Observatory in 1969. The text is in German. 

119- Central Meteorological Observatory of Tokyo, Results of Magnetical and 

Meteorological Observations: 1905- 19 10. Tokyo: Central Meteorological Observatory of 

Tokyo, 1910. 

The book contains tables of declination, horizontal intensity, and vertical intensity observed 

in Japan from 1905 through 1910. 

120. Chamberlain, N.G., Observations of Terrestrial Magnetism at Heard, Kerguelen and 

Macquarie Islands, 1947-1948; Commonwealth of Australia, 1952. 

The JOurnal contains data for declination, inclination, vertical intensity, and horizontal intensity 

taken on Heard, Kerguelen and the Macquarie Islands in 1947 and 1948. 

121. Chambers, Charles Dreckman, Vinayek Narayen Nene, and Frederick Chambers, 

Magnetical and Meteorological Observations Made at the Government Observatory, 

Bombay, in the Year 1883-1890. Bombay: Central Government Press of India, 

1 884-1 891. 

23 
This book is a collection of eight yearbooks which discuss meteorological and magnetic 

observations carried out in India. Included are tables of declination, inclination, and horizontal 

intensity observed from 1883 through 1890. 

122. Chree, C., Magnetic Declination at Kew Observatory 1890-1 900; Philosophical 

The journal discusses an analysis of quiet days during an eleven year period at the Kew 

Observatory with the same quiet-day period at the Falmouth Observatory.. Included are tables 

showing the number of quiet days, the number of storms and the daily range of diurnal 

inequality from 1890 through 1900. 

Transactions of the Royal Society of London, 1908. 

123. Chree, C. and D.L. Hazard, [Two titles:] (1) Magnetic Activity and Hourly Ranges; 

and, (2) Activity of the Earth’s Magnetism; Terrestrial Magnetism and Atmospheric 

Electricity, 1917. 

The journal contains two articles discussing magnetic activity and hourly ranges, and activity 

of the Earth’s magnetism. 

124. Christie, S. Hunter, Discussion of the Magnetic Observations Made by Captain Back, 

R.N. during His Late Arctic Expedition, 1836. 

The journal contains the results of magnetic observations made in route from London to the 

Arctic where Captain Back was to relieve the Ross Expedition. Values of inclination and 

declination from 1833 through 1836 at a number of sites are recorded. 

125. Cirera, P. Ricardo, Geomagnetism in the Philippines (El Magnetism0 Terrestre en 

Filipinas); Manila: Meteorological Observatory of Manila, 1893. 

The book discusses the history of magnetic surveys in Manila including site description and 

the instruments used. The work includes tables of declination, inclination, and horizontal 

intensity observed at locations throughout the Philippines from 1888 through 1892. The text 

is in Spanish. 

126. Clark, J.F., Geomagnetic Surveys at West Hawk Lake, Manitoba, Canada; Geomagnetic 

Service of Canada, 1980. 

The journal contains maps of West Hawk Lake in Manitoba showing geologic formations, the 

distribution of total force, contour of magnetic intensity, and a table showing declination, 

inclination, total intensity, horizontal, and vertical intensity. 

127. Clark, J.F., Magnetic Results, 1948-1961. Ottawa: Dominion Observatory, 1964. 

The journal contains tables of declination, inclination, and horizontal intensity observed at 

locations throughout Canada from 1948 through 1961. At stations where the horizontal 

intensity was less than 1000 gamma vertical intensity is also recorded. 

128. Committee of the International Geophysical Year of the Academy of Sciences of 

the USSR, [Multiple titles on topics of geomagnetism]; Bulletin of the Committee of 

the International Geophysical Year of the Academy of Sciences of the USSR, 1958. 

24 
The journal contains five articles on topics of geomagnetism in the USSR. The text is in 

Russian. 

129. Contarino, F., Determination of Absolute Magnetic Inclination at the Observatory of 

Capodimonte in 1898, 1899, and 1900. (Determinazioni assolute del’Inclinazione 

Magnetica del’Osservatorio di Capodimonte eseguite negli anni 1898, 1899, e 1900); 

Academy of Physical Science and Mathematics (endiconto dell’ Accademia delle Scienze 

Fisiche e Matematiche), 1902. 

The journal contains values of inclination observed at the Capodimonte Observatory in 1898, 

1899, and 1900 with a summary of annual mean values of inclination from 1882 to 1900. The 

text is in Italian. 

130. Contarino, F., Determination of Absolute Magnetic Inclination (Determinazioni assolute 

della Inclinazione Magnetics); Academy of Physical Science and Mathematics of Napoli 

(Accademia delle Scienze Fische e Matematiche de Napoli), 1906. 

The journal discusses geomagnetic surveys made in Italy from 1901 through 1903. Included 

are tables of inclination observed at the Capodimonte Observatory in 1901, 1902, and 1903. 

The text is in Italian. 

131. Council of Scientific and Industrial Research, Rapid Variations of Earth’s 

Electromagnetic Field: January-December, 1972; Council of Scientific and Industrial 

Research of the National Geophysical Research Institute, 1972. 

The journal contains twelve tables of electromagneric data observed in India in 1972. 

132. Council of Scientific and Industrial Research, Rapid Variations of the Earth’s 

Electromagnetic Field: January-December, 1973; Council of Scientific and Industrial 

Research of the National Geophysical Research Institute, 1973. 

The journal contains twelve tables of electromagnetic data observed in India in 1973. 

133. Courtillot, V. and J.L. LeMouel, Aeromagnetic Survey of the Republic of Djibouti 

(Le Leve Aeromagnetique de la Republique de Djibouti); Institute of Geophysics (Institut 

de Physique de Globe), 1978. 

The journal discusses the geomagnetism in the Republic of Djibouti. Included are tables of 

data showing total intensity for 1977. 

134. Courtillot, V., J.L. LeMouel, and B. Lepetre, Magnetic Observations from the 

Geomagnetic Repeat Stations of France, 1977 (Observations Magnetiques, Resau 

Magnetique de Repetition de la France Campagne 1977); Institute of Geophysics (Institut 

de Physique du Globe), 1978. 

The journal discusses geomagnetism in France. Included are tables of declination and secular 

variation for the period 1972.5 through 1977.5. 

135. Cumme, G. and E.A. Lauter, Final Report on IQSY Activities in the German 

Democratic Republic: 1964-1 965; National Committee for Geodesy and Geophysics of 

25 
the DDR and the German Academy of Science of Berlin (Nationalkomitee fur Geodasie 

und Geophysik der DDR bei der Deutschen Akademie der Wissenschaften zu Berlin), 

1966. 

The report contains a survey of actual performed measurement and observations of the various 

IQSY disciplines and a review of data available from WDCs or from the indicated institutes 

on request. 

136. Curtis, G.E., Hourly Readings of the Declinometer, December 188 1-September 9, 1882: 

Ooglaamie, Alaska; U.S. Signal Corps, 1883. 

The journal contains scaled values of declination observed in Alaska from 1881 through 1882. 

Included are notes of inferior instrumentation. 

137. Darker, W.R., Determining Mean Hourly Values by Electronic Integration; Earth Physics 

Branch of the Department of Energy, Mines and Resources, 1971. 

The publication discusses the use of an electronic integrator with a time constant of one hour 

for the purpose of determining the mean hourly values of the magnetic field in real time. 

138. Darker, W.R. and D.L. McKeown, Record of Observations at Agincourt Magnetic 

Observatory: 1968 and January to March 1969; Earth Physics Branch of the Department 

of Energy, Mines and Resources, 1972. 

The publication contains hourly, monthly, and annual mean values of declination, horizontal 

intensity, and vertical intensity observed at the Agincourt Observatory in 1968 and 1969. 

139. Davidson, R.J., L.W. Williams, R.P. Loh, J. Horvath, and 0. Keunecke, Geophysical 

Survey of the Renison Bell Tin Field, Tasmania; Commonwealth of Australia, 1957. 

The journal provides charts showing magnetic anomalies yielding strong indications of sulphide 

mineralization containing pyrhotite in the Renison Bell Tin Field, Tasmania, from 195 1 through 

1952. 

140. Davis, Gualterio G., Enlightening Notes upon the Climate in the Republic of Argentina 

(Ligeros Apuntes Sobre el Clima de la Republica Argentina). Buenos Aires: Pablo E. 

Coni E Hijos, 1889. 

The book contains meteorological and geomagnetic data including declination, inclination, and 

horizontal intensity observed at locations throughout Argentina. Meteorological data are from 

1876 through 1888. Magnetic observations are from 1882 through 1884. 

141. Dawson, E. and L.C. Dalgetty, Magnetic Charts of Canada for Epoch 1965.0. Ottawa: 

Dominion Observatory, 1966. 

The publication discusses magnetic chart components for declination, inclination, horizontal 

intensity, vertical intensity, total field intensity, north component, east component, grid 

variation, grid-north component and grid-east component. 

142. Dawson, E., L.R. Newitt, A. Nandi, and D. Nagy, A Spherical Harmonic Approach 

to Mapping the Magnetic Declination in Canada for 1980 (Une Approche Par 

26 
Harmonique Spherique de la Cartographie de la Declinaison Magnetique au Canada Pour 

1980); Geomagnetic Service of Canada, 198 1. 

The journal contains data showing the pattern of magnetic declination for 1980 from 

measurments of north and east components obtained in surveys from 1969 through 1976. 

143. De Azpiazu, Ubaldo and Gil Rodrigo, Geomagnetism: Its Study in Spain (Magnetism0 

Terrestre: su estudio in Espana); National Congress of Engineering (Congreso Nacional 

de Ingenieria). Madrid: Geographical and Statistical Institute, 1919. 

The book discusses a number of magnetic surveys carried out in Europe from 1881 through 

1910. Information pertaining to the Spanish survey includes a discussion of instrumentation, 

station location and tables of declination, inclination, horizontal intensity, and secular variation 

observed and recorded from 1912 through 1915. The text is in Spanish. 

144. De Gasparis, A., Notes on the Values of Magnetic Inclination (Avvertenze e Valori 

dell’Inclinazione Magnetics); Capodimonte Astronomical Observatory of Napoli 

(Capodimonte a Napoli Observatorio Astronomico), 1885. 

The report discusses geomagnetic observations made in Italy in 1883 and 1884. Included are 

tables of declination and inclination observed at the Capodimonte Observatory throughout the 

year. Some pages appear to be missing. The text is in Italian. 

145. De Jesus, Angel G., Magnetic Declination in the Philippines in 1955; Bureau of Coast 

and Geodetic Survey of the Philippines, 1958. 

The journal contains values of declination, inclination, and horizontal intensity observed in the 

Philippines reduced to January I, 1955. Also included are nineteen pages of station 

descriptions and an isogonic chart. 

146. De Meyer, F., Results of Observations of Earth Tides in 1974 (Resultats des Marees 

terrestres en 1974); Yearbook of the Royal Meteorological Institute of Belgium, 1976. 

The yearbook discusses the nature of Earth tides and the methods for gathering data used at 

the Center Earth Physics of Dourbes, Belgium, in 1974. The work contains 60 pages of hourly 

value tables showing the horizontal motions. The text is in both French and Dutch. 

147. De Miguel Gonmlez-Miranda, Luis, Thunderstorms in Telluric Currents (Tormentas 

en Corrientes Teluricas); Revista De Geofisica, 1956. 

The journal discusses the coincidences of registered thunderstorms with telluric currents. It 

is pointed out that there is a great amplitude in rapid variation of telluric currents while 

medium values remain almost constant. The text is in Spanish. 

148. De Miguel, Luis, The Study of Profound Magnetic Anomalies in the Iberian Peninsula 

(Estudio de Anomalias Magneticas Profundas en la Peninsula Iberica); Institute of 

Geophysics and Registry, 1969. 

The journal discusses the magnetic anomalies of the Iberian Peninsula in 1959. Included are 

graphs showing variations of declination, horizontal intensity, and vertical intensity. The text 

is in Spanish. 
149. De Souza, J.A., Monthly Magnetic Determinations from December 1866 to May 1869 

Inclusive, Made at the University of Coimbra; Magnetic Observatory of Coimbra, 1869. 

The journal contains monthly values of declination, inclination, north component, east 

component, and total intensity made at the Coimbra Observatory from 1866 through 1869. 

150. De Vuyst, A., The Definition of the Normal Magnetic Field of Belgium for the Epoch 

1960.5 (La Definition D'un Champ Magnetique Normal De La Belgique pour L'Epoch 

1960.5); Royal Meteorological Institute of Belgium, 1963. 

The journal discusses geomagnetic measurements made in Belgium from 1952 through 1957 

and reduced to the Epoch 1960.5. Tables of data include declination, inclination, horizontal 

intensity, vertical intensity, total intensity, and north and east components. The text is in both 

French and Dutch. 

151. De Vuyst, A., The Magnetic Anomalies of Belgium (Les Anomalies Magnetiques de la 

Belgiquej; Royal Institute of Meteorology of Belgium, 1963. 

The journal shows data for the Epoch 1960.5 for the seven geomagnetic elements-declination, 

horizontal intensity, vertical intensity, total intensity, inclination, and both north and east 

component in Belgium. The text is in French. 

152. De Vuyst, A., L. Koenigsfeld, and Edm. LaHaye, Distribution of the Geomagnetic 

Field in Belgium for the Epoch 1960.5 (La Distribution Du Champ Magnetique 

Terrestre en Belgique a L'Epoque 1960.5); Royal Meteorological Institute of Belgium, 

1962. 

The journal contains values of declination, inclination, horizontal intensity, vertical intensity, 

and total intensity observed in Belgium and reduced to the Epoch 1960.5. The text is in 

French and Flemish. 

153. De Vuyst, Andre Pierre, De Verdeling, De Op En Neerwaartse Voortzetting en de 

Statistische Behandeling van de Magnetische Anomalieen van de Vertikale Intensiteit van 

Belgie; Klasse Der Wetenschappen, Jaargang 29, No. 98. Brussels: Paleis Der 

Academien, 1967. 

The book discusses the distribution of vertical anomalies in Belgium obtained by quadratic 

interpolation. The distribution has strong relation with features of the "basement" of Belgium 

and positive anomalies are essentially connected with Cambrian-Silurian socle. The text is in 

Dutch. 

154. Dechevrens, Marc, Bulletin of Magnetic and Meteorological Observations (Bulletin des 

Observations Magnetiques et Meteorologiquesj; The S t. Louis (S t. Hellierj Observatory, 

1894-1907. St. Hellier (Iles de la Manche): The Chronicle of Jersey (Chronique de 

Jersey), 1894-1 907. 

Observatory yearbooks for the St. Louis (St. Hellier) Observatory for the years 1804-1907. 

Each yearbook contains atmospheric pressure, temperature, humidity, wind speed, declination, 

and inclination. Magnetic observations were begun in 1900. The text is in French. 

28 
155. Deel, Samuel A., Alaska Magnetic Tables and Magnetic Charts for 1940; U.S. Coast 

and Geodetic Survey, 1944. 

The journal contains values of declination, inclination, and horizontal intensity observed 

off-shore and on land in Alaska from 1873 through 1941. Values observed are also reduced 

to January 1, 1940. 

156. Deel, Samuel A,, Magnetic Declination in the United States 1945; U.S. Coast and 

Geodetic Survey, 1945. 

The journal shows data pertaining to declination, secular change, daily variation, azimuth 

Corrections, and corrections for both refraction and parallax in the United States in 1945. 

157. Deel, Samuel A. and H. Herbert Howe, United States Magnetic Tables and Magnetic 

Charts for 1945; U.S. Coast and Geodetic Survey, 1948. 

The work is a continuation of observations of declination and secular change made at ten-year 

intervals throughout the United States. 

158. Del Castillo, Luis, Magnetic Investigation in the Vicinity of Derby, Adams County, 

Colorado, U.S.A.; International Geophysics (Geofisica Intemacional), 1972. 

This journal contains a series of articles published by the Institute of Geophysics of the 

National University of Mexico. The article discusses the results of a magnetic survey made 

in the vicinity of Derby, Colorado, to obtain information about the structural attitude of the 

basement complex rocks. 

159. Delporte, A. and L. Gillis, Astronomic and Magnetic Observations in the Territory of 

the Independent State of the Congo (Observations Astronomiques and Magnetiques sur 

le Territoire de L’Etat Independant du Congo); Vol. 53. Brussels: The Royal Academy 

of Science of Belgium, 1892. 

The book contains tables of astronomic, barometric, and magnetic observations including 

declination, inclination, and horizontal intensity. Observations were made at fourteen stations 

in the Congo from 1890 through 1892. The text is in French. 

160. Demetrescu, C. and T. Nestianu, Normal Values of the Geomagnetic Elements H, Z, 

and F in Romania, at 1980.0 (Valori Normale Ale Elementelor Geomagnetice H, Z and 

F in Romania, La Epoca 1980.0); Romanian Review of Geology, Geophysics and 

Geography, Academy of the Socialist Republic of Romania, 1984. 

The journal contains values of horizontal, vertical, and total components of the geomagnetic 

field for the Epoch 1980.0. Data are based on measurements taken at twenty-one base stations 

in 1979 and 1980. 

161. Demetrescu, D., M. Ene, and T. Nestianu, The Secular Variation of the Geomagnetic 

Field in Romania between 1974 and 1981; Romanian Review of Geology, Geophysics 

and Geography; Academy of the Socialist Republic of Romania, 1984. 

The journal describes a magnetic survey carried out in Romania from 1964 through 1984. 

29 
Tables showing values of horizontal intensity, vertical intensity, and total intensity are 

included. 

162. Dennis, Leonard S. and Patrick T. Taylor, Aeromagnetic Survey of Tampico Bank; 

U.S. Naval Oceanographic Office, 1967. 

The journal contains a total intensity and bathymetric chart of the Tampico Bank showing data 

obtained in a survey in 1967. 

163. Denza, P.F., Magnetic Inclination at Torino; Atti. R. Academy de Parte Fisica, 1885. 

The journal contains tables of magnetic inclination measured at several stations in Italy from 

1871 through 1884. The book is extremely fragile. The text is in Italian. 

164. Department of Geophysics of the Directory of Hydrography and Navigation, 

Geomagnetic Observations on the Island of Trinidad: November to December, 1964 

(Observacoes Geomagneticas na Ilha da Trindada: Novembro-Dezembro de 1964); 

Division of Geophysics of the Observatory of Trinidad, 1965. 

The journal discusses geomagnetic surveys on the Island of Trinidad in 1964. Included are 

observations of declination, inclination, and horizontal intensity. The text is in Portuguese. 

165. Deutsch, E.R., J.L. Roy, and G.S. Murphy, An Improved Astatic Magnetometer for 

PaIeomagnetism. Ottawa: Dominion Observatory, 1967. 

The journal discusses the design and application of an improved astatic magnetometer for use 

in paleomagnetic studies. 

166. DiPiazza, N.J., An Interpretation of an Aeromagnetic and Gravity Survey of Eastern 

Virginia; Marine Sciences Department of the U.S. Naval Oceanographic Office, 1963. 

The manuscript discusses an aeromagnetic and gravity survey conducted in eastern Virginia 

in 1961. Data gathered in the survey were used to produce magnetic total intensity contour 

and curvature of magnetic intensity charts of the region. 

167. Dixon, B.A., Hourly Ranges of the Magnetic Elements during the Polar Year 1932-3 

at the Observatories of Lerwick and Eskdalemuir; Geophysical Memoir No. 80 of the 

Meteorological Office of the Air Ministry, 1949. 

The journal discusses geomagnetic observations made near the auroral zone during the Polar 

Year of 1932 and 1933. Included are tables of observed values of declination, horizontal 

intensity, and vertical intensity. 

168. Djurovic, D., The Duration of the Tide within Universal Storms and Coordinates of 

the Pole and TU1 for the Interval 1967-1974 (Les termes de maree dans le Temps 

Universe1 and Coordonnees du pole et TU1 -TUC pour I’ntervalle 1967-1974); Bulletins 

of Observations of Earth Tides (Bulletin D’Observations d’Marees Terestres), 1975. 

The journal discusses Earth tides and polar stability in relationship to variations in Earth’s 

rotation. Tables contains model results are listed in the text. The text is in French. 

30 
169. Doyle, Rev. John, Magnetical Dip and Declination in the Philippine Islands; Brief 

Notice of the Same. Manila: Manila Central Observatory, 1901. 

The work discusses declination and secular variation from 1840 through 1899 in the Philippine 

Islands. Monthly, semi-annual and annual mean values of declination and inclination for the 

Manila Observatory and other stations throughout the Far East are recorded. Declination curves 

for 1890 through 1897 and isogonic and isoclinic charts for Epoch 1892 are also included. 

170. Dubourdieu, Ceorges, Concerning the Theory of Internal Pulsations of the Earth and 

Certain Variations of Terrestrial Magnetic Fields (Sur La Theorie Des Pulsations Internes 

De La Terre Et Sur Certaines Variations Du Champ Magnetique Terresm); Neubourg: 

Imprimerie Du Neubourg, 1973. 

The work discusses internal pulsations and variation of the terrestrial magnetic field as 

reflected in the horizontal and vertical intensity. The text is in French. 

171. Dubourdieu, Georges, On the Earth’s Mechanism; Laboratory of Geology of the College 

de France, 1970. 

The journal discusses geomagnetism as it relates to major geological displacement which take 

place between oceanic ridges and deep earthquake zones. 

172. Eaton, Norma F., Magnetic Declination in Texas 1945; U.S. Coast and Geodetic 

Survey, Serial 7 17. Washington, D.C.: U.S. Government Printing Office, 1949. 

The book contains tables of secular change, declination, and an isogonic chart with lines of 

equal magnetic declination for January 1, 1945. 

173. Eckerson, Frank M., NURE-GJOIS Data Repository Catalog (National Uranium 

The catalog is a file of two-hundred pages listing the names of data repository records 

containing uranium resources and evaluations. 

Resource Evaluation), 1980. 

174. Eighmy, Jeffrey L. and Pamela Y. Klein, 1988 Additions to the List of Independently 

Dated Virtual Geomagnetic Poles and the Southwest Master Curve. Fort Collins: 

Archaeometric Lab of ColorddO State University, 1988. 

The publication contains the data list for the master virtual geomagnetic pole (VGP) curve. 

The work includes independently dated VGP positions used by the Archaeometric Lab to date 

wchaeomagnetic samples. 

175. Eighmy, Jeffrey L. and Pamela Y. Klein, 1990 Additions to the List of Independently 

Dated Virtual Geomagnetic Poles and the Southwest Master Curve. Fort Collins: 

Archaeometric Lab of Colorado State University, 1990. 

The publication contains the data list for the master virtual geomagnetic pole (VGP) curve. 

The work includes independently dated VGP positions used by the Archaeometric Lab to date 

wchaeomagnetic samples. 

31 
176. Eighmy, Jeffrey L., J. Holly Hathaway, and Sharilee Counce, Independently Dated 

Virtual Geomagnetic Poles: The Colorado State University Archaeometric Data Base. 

Fort Collins: Archaeometric Lab of Colorado State University, 1987. 

The publication contains the data list for the master virtual geomagnetic pole (VGP) curve. 

The work includes independently dated VGP positions used by the Archaeometric Lab to date 

archaeomagnetic samples. 

177. Eleman, Folke, Kjell Borg, Ulf Oquist, and Chr. Sucksdorff, The Aeromagnetic 

Survey of Denmark, Finland, Norway, Sweden; Meteorological Institutes of Denmark, 

Finland, Norway, and the Swedish Board of Shipping and Navigation, 1965. 

The journal contains the results of an airborne survey of Scandinavia carried out in the 

Autumn of 1965. Tables of declination, horizontal intensity, vertical intensity, and location 

are presented in Appendix B. 

178. Elliot, Charles M., Magnetic Survey of the Eastern Archipelago. London: Richard 

Taylor, 185 1. 

The book contains information from a magnetic survey of the Eastern Archipelago. Values 

of declination, inclination, and horizontal intensity were observed at sea and in Indonesia, 

Malaysia, Brunei, and the Bay of Bengal from 1846 through 1848. Recording methods and 

probable error are noted for each site. 

179. Elliot, C.M., Magnetical Observations Made at the Honorable East India Company’s 

Magnetical Observatory at Singapore in the Years 1841-1845; Vol. 2. Madras: The 

American Mission and Male Asylum Presses, 1851. 

The book discusses magnetic surveys in the Singapore region of China. Included are tables 

of declination, inclination, horizontal intensity, and vertical intensity from 1841 through 1845. 

180. Elstner, CI. and H. Wirth; KI. Lindner, and H. Wirth, [Two titles:] (1) Relative 

Gravity Measurements between Potsdam and the Antarctica (Relative Schweremessungen 

Zwischen Potsdam und Antarktika); and, (2) DDR Participant Group on the 10th Soviet 

Antarctic Expedition in the Winter of 1965 (Bericht der DDR-Teilnehmergruppe an 

der 10. Sowjetischen Antarktisexpedition Uberwinterung 1965. Berlin: Geodesy Group 

of the German Academy of Science (Fachgruppe Geodasie bei der Deutschen Akademie 

der Wissenschaften zu Berlin), 1967. 

The two journal articles discuss gravity measurements taken between Potsdam and the 

Antarctic, and in the Antarctic in 1965. The text is in German. 

181. Engelmann, Gerhard, The Prussian Sea Charts Produced before the Foundation of the 

German Navy (Das preussiche Seekartenwerk vor Grundung der Kriegsmanne); German 

Hydrographic Publication (Deutsche Hydrographische Zitshrift), 197 1. 

The journal is a collection of several articles concerning oceanography with an associated 

bibliography. The production of Prussian charts of the Baltic in 1840 and 1841 based on a 

nautical survey of the coast carried out in the period from 1833 through 1838 is discussed. 

The text is in German. 

32 
182. Errulat, Fr., Geomagnetic Measurements in the Area of the Free State of Danzig 

(Erdmagnetische Messungen im Gebiete der Freien Stadt Danzig); Journal of Geophysics 

of the University of Konigsberg, 1929. 

The journal contains values of declination, horizontal intensity, and vertical intensity in the 

Free State of Danzig observed in 1925. Observations were reduced to Epoch 1925.0 based on 

observations at Potsdam Observatory. Observations were made at forty-one stations in Danzig. 

183. Establishment of Education of the University of Madagascar (Etablissement 

d’Enseigement I’Universite de Madagascar), Magnetism (Magnetisme); Bulletin of the 

University of Madagascar, 1983. 

The journal discusses a geomagnetic survey camed out in Madagascar in 1983. Included are 

tables of declination, inclination, and horizontal intensity for the month of May, 1983. The 

text is in French. 

184. Evans, A. E. and E.I. Loomer, Summary of Observations at Magnetic Observatories 

in Northwest Territories for 1963. Ottawa: Dominion Observatory, 1965. 

The journal contains hourly, monthly, and annual mean values of declination, inclination, 

horizontal intensity, vertical intensity, total intensity, and north and east components made at 

observatories in Baker Lake, Alert, Mould Bay, and Resolute Bay in the Northern Temtories, 

Canada in 1963. 

185. Evans, Frederick J., On the Magnetic Character of the Armour-Plated Ships of the 

Royal Navy, and on the Effect on the Compass of Particular Arrangements of Iron in 

a Ship; Philosophical Transactions, 1865. 

The journal discusses the magnetic disturbance of nautical compasses in relation to the mass 

of iron used in construction of war ships. 

186. Ewing, J., J.L. Worzel, M. Ewing, and C. Windisch, Ages of Horizon A and the 

Oldest Atlantic Sediments; Lamont Geological Observatory, 1966. 

The journal discusses paleomagnetism and old Atlantic sediments. 

187. 

188. 

189. 

Fabiano, E.B. and N.W. Peddie, Grid Values of Total Magnetic Intensity IGRF: 1965; 

ESSA Technical Report, 1969. 

Fabiano, E.B., W.J. Jones, and N.W. Peddie, The Magnetic Charts of the United 

States for Epoch 1975; Geological Survey Circular 810, 1979. 

Fabiano, E.B., N.W. Peddie, D.R. Barraclough, and A.K. Zunde, International 

Geomagnetic Reference Field 1980: Charts and Grid Values; Bulletin of the IAGA, 

1983. 

33 
190. Fabiano, E.B., N.W. Peddie, D.R. Barraclough, and A.K. Zunde, International 

Geomagnetic Reference Field 1980: Charts and Grid Values (IAGA Bulletin No. 47); 

Geological Survey Circular 873, 1983. 

191. Fanselau, G. and H. Wolter, Methodology of Precision Structure Research of Sq 

(Methodik der Feinstruktur-Untersuchung des Sq); National Committee for Geodesy and 

Geophysics of the German Academy of Science of Berlin (Nationalkomitee fur Geodasie 

und Geophysik der Deutschen Akademie der Wissenschaften zu Berlin), 1967. 

The journal contains tables showing hourly mean values of north and east components made 

at the Seddin Observatory for the Epochs 191 1-1923. The text is in German. 

192. Faris, R.L., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1906 and June 30, 1907; US. Coast and Geodetic Survey, 1908. 

The report contains values of declination, inclination, and horizontal intensity observed 

throughout the United States in 1906 and 1907. Data are in tables ordered by state with 

stations descriptions at the end of the text. 

193. Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey between July 1, 1907, and June 30, 1908; U.S. Coast and Geodetic 

Survey, 1909. 

The journal contains values of declination, inclination, horizontal intensity, and total intensity 

observed throughout the United States and adjacent countries in 1907 and 1908. Also included 

are observations made by the survey ships Bache, Explorer, and Patterson in the Pacific and 

Atlantic Oceans. 

194. Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey Between July 1, 1908, and June 30, 1909; U.S. Coast and Geodetic 

Survey, 1910. 

The journal contains values of declination, inclination, horizontal intensity, and total intensity 

observed throughout the United States and adjacent countries in 1908 and 1909. Also included 

are observations made by the survey ships Bache, Explorer, and Patterson in the Pacific and 

Atlantic Oceans. 

195. Faris, R.L., Terrestrial Magnetism: Distribution of the Magnetic Declination in Alaska 

and Adjacent Regions for 1910; U.S. Coast and Geodetic Survey, 1910. 

The journal contains values of magnetic declination observed in Alaska and adjacent regions. 

Tables record historically observed declinations, the current declination as observed, and 

declination reduced to Epoch 19 10. 

196. Faris, R.L., Terrestrial Magnetism: Distribution of the Magnetic Declination in the 

United States for January 1, 1910; U.S. Coast and Geodetic Survey, 1911. 

The journal contains values of magnetic declination and secular change computed for the 

United States based on observed values. Tables of declination span the years 1750 to 1910. 

34 
197. Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey between July 1, 1909, and June 30, 1910; U.S. Coast and Geodetic 

Survey, 1911. 

The journal contains values of declination, inclination, horizontal intensity, and total intensity 

observed throughout the United States and adjacent countries in 1909 and 1910. Also included 

are observations made by the survey ships Bache, Explorer, and Patterson in the Pacific and 

Atlantic Oceans. 

198. Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey between July 1, 1911, and December 31, 1912; U.S. Coast and 

Geodetic Survey, 1913. 

The journal contains values of declination, inclination, horizontal intensity, and total intensity 

observed throughout the United States and adjacent countries in 1911 and 1912. Also included 

are observations made by the survey ships Bache, Explorer, and Patterson in the Pacific and 

Atlantic Oceans. 

199. Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey in 1913; U.S. Coast and Geodetic Survey, 1914. 

The journal contains values of declination, inclination, horizontal intensity, and total intensity 

observed throughout the United States and adjacent countries in 1913. Also included are 

observations made by the survey ships Bache, Explorer, Hydrographer, McArthur, and 

Patterson in the Pacific and Atlantic Oceans. 

200. Farr, Coleridge C., Magnetic Survey of the Dominion of New Zealand and Some of 

the Outlying Islands for the Epoch 30th June, 1903; Lands and Survey Department of 

New Zealand, 1916. 

The book discusses the history of geomagnetism and magnetic surveys in the New Zealand 

region. Included are tables of declination, inclination, and horizontal intensity observed at a 

number of location throughout the New Zealand region from 1899 through 1915. 

201. Fassig, Oliver L., Magnetic Observations in the Bahama Islands; The Bahama Islands. 

New York: The MacMillan Company, 1905. 

The article is an extract from a book on the Bahama Islands discussing geomagnetic 

instrumentation and station locations. Included is a table of observations of declination, 

inclination, and total intensity made by the Bahama Expedition of the Baltimore Geographical 

Society in 1903. 

202. Fedorov, E.K., Magnetic Observations in Taimyr Peninsula 1935; Articles on Terrestrial 

Magnetism and Atmospheric Electricity; Arctic Institute of the USSR, 1937. 

The journal contains values of declination, inclination, vertical intensity, and horizontal 

intensity observed in the Taimyr Peninsula in 1935. The text and tables are in Russian. 

203. Finger, D.L., The Conference on Problems of the Study of Magnetic Field of the Earth 

on the World Ocean; Geophysical Bulletin, 1963. 

35 
This journal is a collection of articles pertaining to geophysical research activities of the 

Academy of Sciences of the USSR. The article cited discusses problems of the study of 

magnetic field of the Earth on the world’s oceans. The text is in Russian. 

204. Fischer, Marion P., Annual Mean Values of Geomagnetic Elements since 1941; Bulletin 

of the Institute of Geological Sciences, 1976. 

The journal contains values for declination, horizontal intensity, vertical intensity, total 

intensity, inclination, and north and east components from stations around the world. 

205. Fisher, Marion P. and D.R. Barraclough, Geomagnetism Unit: User Manual and 

Catalogue for Machine-Readable Data; Bulletin of the Institute of Geological Sciences. 

[Date unknown] 

The bulletin contains data about the observatory and format documentation written to 

implement the use of the Institute’s data retrieval system. 

206. Fisk, H.W. and H.U. Sverdrup, Land Magnetic and Electric Observations, 1918-1926; 

Publication No. 175, Vol. 6. Washington, D.C.: Carnegie Institution, 1927. 

The book discusses geomagnetic surveys carried out world-wide from 1905 through 1926. 

Included are summaries of information pertaining to site locations and instruments. Included 

also are tables of declination, inclination, and horizontal intensity. 

207. Fleming, LA., et al. (Committee of the International Association of Geomagnetism 

and Aeronomy), Description of Geomagnetic Observations (Description Des 

Observatoires Geomagnetiques); Royal Meteorological Institute of Belgium, 1957. 

The journal provides description and history of magnetic observatories of the Royal Institute 

of Meteorology of Belgium operating in 1957. 

208. Forbush, Scott E. and Mateo Casaverde, Equatorial Electrojet in Peru; Department 

of Terrestrial Magnetism of the Carnegie Institute and the Geofiscal Institute of 

Huancayo, Publication No. 620. Washington, D.C.: Carnegie Institution, 1961. 

The book analyzes the electrojet phenomenon which flows eastward, overhead near midday 

in equatorial regions. The work contains data obtained from magnetograms of horizontal 

intensity, declination, and vertical intensity traces obtained on the west coast of South America. 

209. French, C.A. and R.C. Madili, Magnetic Results, 1924-1926. Ottawa: Dominion 

The journal contains the results of astronomical and magnetic observations carried out from 

1924 through 1926. Values of declination, inclination, and horizontal intensity were made at 

several stations throughout Canada. The observed values and station descriptions along with 

an isogonic chart for 1921 are recorded. 

Observatory, 1930. 

210. French, C.A. and R.C. Madili, Magnetic Results, 1927-1937. Ottawa: Dominion 

The journal contains the results of astronomical and magnetic observations carried out from 

Observatory, 1940. 

36 
1927 through 1937. Values of declination, inclination, and horizontal intensity were made at 

several stations throughout Canada. The observed values and station descriptions are recorded. 

211. Fritsche, H., Atlas of Geomagnetism for the Epochs 1600, 1700, 1780, 1842 and 1915 

(Atlas des Erdmagnetismus fur die Epochen 1600, 1700, 1780, 1842 und 1915). Riga, 

Latvia: Muellerschen Buchdruckerei, 1903. 

The atlas shows declination, inclination, and horizontal intensity for Epochs ranging from 1600 

to 1915 around the world. 

212. Fritsche, H., Magnetic Observations at 509 Locations in Asia and Europe during the 

Period 1867-1894 (Observations Magnetiques sur 509 lieux Faites en Asia et en Europe 

pendant la periode de 1867-1894). St. Petersburg: 1897. 

The book contains the results of magnetic observations at 509 stations throughout Europe and 

Asia. Data recorded include latitude, longitude, time, declination, inclination, and force fields. 

Data are also reduced to a grid and anomalous areas outlined. The text is handwritten and 

in French. 

213. Fritsche, H., Results of Astronomical and Magnetic Observations (Resultate aus 

Astronomischen und Magnetischen Beobachtung); Trips from St. Petersburg through 

Siberia and Mongolia to Peking from 1867 through 1873. Moscow: The Imperial 

Academy of Science of Russia, 1874. 

The book contains meteorological and geomagnetic observations made between St. Petersburg 

and Peking. Declination, inclination, and total intensity were observed at several locations in 

the USSR and China. The data span the years 1828 through 1873. The text is in German. 

214. Fritsche, Hermann Peter Heinrich, The Daily Periods of Geomagnetic Elements (Die 

Tagliche Periode Erdmagnetischen Elemente); St. Petersburg: 1902. 

The book contains geomagnetic observations from observatories and stations during the last 

quarter of the Nineteenth Century world wide. Declination, horizontal intensity, and inclination 

from twenty-seven stations were used to calculate theoretical gh coefficients. The text is 

handwritten and in German. 

215. Fukushima, Naoshi and Takesi Nagata, Morphology of Magnetic Disturbance; 

The Journal discusses the nature of geomagnetic activity in terms of maximum activity and 

SY stematic latitude changes. Theories of the effects of auroral electrojet appearances and solar 

wind streaming around the magnetosphere are considered. 

Yearbook of Geophysics (Annales de Geophysique), 1968. 

216. Fukushima, Naoshi and Takesi Nagata, Morphology of Magnetic Disturbance; 

The journal discusses the nature of geomagnetic activity in terms of maximum activity and 

systematic latitude changes. Theories of the effects of auroral electrojet appearances and solar 

wind streaming around the magnetosphere are considered. 

Yearbook of Geophysics (Annales de Geophysique), 1968. 

37 
217. Gaibar-Puertas, C. and M. Pfannenstiel, Geological Interpretation of a 

Bathymetric-Geomagnetic Profile from the Alboran and Balearen Sea. (Geologische 

Interpretation einiger bathymetrisch-geomagnetischer Profile aus dem Alboran und 

Balearenmeer); German Hydrographic Journal (Deutschen Hydrographischen Zeitschrift), 

1974. 

The journal discusses geological interpretations of the Alboran and Balearen Sea region based 

on geomagnetic observations and bathymetric profiles. 

218. Gaibar-Puertas, Constantino, Secular Variation of the Magnetic Field (Variacion 

Secular Del Campo Geomagnetico); Superior Council of Scientific Investigations, Record 

No. 11 (Memoria No. 11). Tarragona: 1953. 

This book is written in three parts. Part One is a text book on geomagnetism, Part Two is an 

investigation of secular variation based on data from 112 magnetic observatories, 115 magnetic 

stations, and 41 IGY polar stations. Observed values recorded include declination and 

inclination in Paris and London from 1540 through 1833. Part Three is a bibliography. The 

text is in Spanish, with English and French summaries. 

219. Gaimard, M. Paul, Voyages of the Scientific Commission of the North in Scandinavia 

to Spitzberg and Feroe: 1838, 1839 and 1840 (Voyages de la Commission Scientifique 

du Nord, Scandinavie, En Laponie au Spitzberg aux Feroe, 1838, 1839 and 1840); Paris: 

Arthus Bertrand de Didot Fieres, 1840. 

The book discusses geomagnetic surveys in Scandinavia in 1838, 1839, and 1840. Included 

are tables of declination and horizontal intensity. The text is in French. 

220. Galton, F., The Kew Observatory, Richmond, Surrey 1890-1899; Reports of the Kew 

Committee for the Years 1890-1899. London: Harrison and Sons, 1890. 

The book contains magnetic, meteorological apd solar observations made at Kew Observatory 

during the years 1890-1 899. Annual mean values of magnetic declination, inclination, 

horizontal intensity, vertical intensity, and diurnal variation are recorded. 

221. Gama, Lelio I., Diurnal Variation of the Geomagnetic Field of Brazil (Sobre A Variacao 

Diurna Do Campo Magnetico No Brasil); Publications of Geomagnetism, 1972. 

The journal contains tabular and graphical representations of diurnal variation in Peru, 

Argentina and Brazil. Data from Huancayo, La Quiaca, Pilar, Tatuoca, Trelew, and Vassouras 

magnetic observatories were used to study the geomagnetic field in Brazil in 1960. The text 

is in Portuguese. 

222. Gama, Lelio I., Installation of the Tatuoca Magnetic Observatory; Publicacoes Do 

Servico Magnetico, 1958. 

The journal discusses the establishment of the Tatuoca Magnetic Observatory in Brazil in terms 

of site location, instrumentation, and administration. 

223. Gama, Lelio I., The Normal Magnetic Field in Brazil and Its Secular Variation: 1965.0 

(Campo Magnetico Normal e Sua Variacao Secular No Brasil: 1965.0); National 

38 
Observatory, 1969. 

The journal contains values of declination, inclination, and horizontal intensity observed in 

Brazil from 1953 through 1965. Absolute observations were made at 85 magnetic stations for 

use in the construction of the magnetic charts. All data values are reduced to Epoch 1965.0. 

The text is in Portuguese. 

224. Gama, Lelio I., A Precise Theory of Magnetometry (Precis de Theorie du 

Magnetometre); Publication of Magnetic Service (Publicacoes do Servico Magnetico), 

1957. 

The journal discusses the theory behind the construction of magnetometers including 

determination of deflection, magnetic moments, and oscillations. The text is in French. 

225. Ceikie, A., Magnetic Observations: The National Antarctic Expedition, 1901-1904. 

London: The Royal Society, 1909. 

The book contains an extended discussion of the magnetic work of the Discovery National 

Antarctic Expedition of 1901-1904. Hourly mean values of declination, horizontal intensity 

and vertical intensity are computed from photographic records. Data from Kew, Falmouth, 

Colaba, Mauritius, and Christchurch observatories were used for the data reduction. 

226. Gelcich, Eugen, Magnetic Location Determinations at the South-East Austrian-Hungarian 

Border (Magnetiische Ortsbestimmungen an den sudostlichen Grenzen OstereichUngarns); Imperial Academy of Science, 1888. 

The journal contains values of declination, inclination, and horizontal intensity observed at 

eleven stations along the south-eastern Austrian border in 1886 and 1887. The text is in 

German. 

227. The Geophysical and Polar Research Center of the Department of Geology, 

Regional Aeromagnetic Map of Wisconsin (Contour Map); The Department of Geology, 

the Geophysical and Polar Research Center, 1964. 

The maps show magnetic anomalies made from observations in Wisconsin in 1964. The survey 

was made with a proton precession magnetometer at an elevation of 3,000 feet above sea 

level. Observations were made at 1,000 foot intervals. 

2%. The Geophysical Institute of the University of Alaska: S.I. Akasofu and K. 

Kawasaki, Geophysical Institute of the University of Alaska: 1972-1973; Analysis 

Center for Geomagnetic Disturbances, 1973. 

The report summarizes the work carried out at the Geophysical Institute in 1972-1973. Each 

grant is described briefly, including the scientific personnel involved. Topics being researched 

include DP-2 magnetic variations, geomagnetic storms, the magnetosphere, magnetic 

micropulsations, and paleomagnetic studies. 

229. The Geophysical Institute of the University of Alaska, Annual Report of the 

The report summarizes the work carried out at the Geophysical Institute in 1971 and 1972. 

Geophysical Institute of the University of Alaska: 1972-1973; 1974. 

39 
Research grants are described briefly, including the scientific personnel involved. Topics 

researched include incoherent-scatter investigations, aurora and airglow, analysis for 

geomagnetic disturbances, magnetospheric substorms, and magnetic micropulsations. 

230. Gerard, V.B. and J.A. Lawrie, Aeromagnetic Surveys in New Zealand 1949-1952; 

Department of Scientific and Industrial Research of New Zealand, 1955. 

The journal contains the data of aeromagnetic surveys as absolute total-force maps or as 

profiles. Both a regional absolute total-force map and a total-force anomaly map are shown. 

231. Gesco, Reynaldo P., Extremes, Daily Variations, Monthly and Annual Means of D, H, 

2, Reference and Scale Values and a Brief Description of the Observatory of Trelew 

(Extremos, Variacion Diuma, Promedios Mensuales Y Anuales De D, H, Z, Valores de 

Lineas de Referencia, Valores de Escala y Breve Descripcion del Observatorio Magnetic0 

de Trelew); Institute of Astronomical Observatory of the National University of La Plata, 

Argentina, 1958. 

The paper is report of geomagnetic observations made at the Trelew Observatory in Argentina 

in 1957 and 1958. Included are tables of declination, horizontal intensity, and vertical intensity. 

The text is in Spanish. 

232. Gilbert, William, On the Magnet (De Magnete); Derek J. Price, editor, The Collector’s 

Series in Science. New York: Basic Books, Inc., 1958. 

The book is a reprint in English of Gilbert’s original treatise in Latin published in 1600; it 

discusses the history of geomagnetism as it was known in the Sixteenth Century. 

233. Gilliss, J.M., Magnetical and Meteorological Observations Made at Washington under 

Orders of the Honorable Secretary of the Navy, August 13, 1838; Public Documents 

Printed by Order of the Senate of the United States. Washington, D.C.: Gales and 

Seaton, 1845. 

The book contains nearly seven-hundred pages of data including atmospheric pressure, air 

temperature, dew point, and magnetic declination from observations made at Washington, D.C. 

from 1838 through 1842. Magnetic declination hourly values are recorded June 1840 through 

July 1842. 

234. Golovkov, V.P., E.M. Dimant, and GI. Kolomiitseva, Summary of the Annual Mean 

Values of Magnetic Elements at the World Magnetic Observatories; Institute of 

Terrestrial Magnetism, Ionosphere and Radio Wave Propagation (IZMIRAN) of the 

Academy of Sciences of the USSR, 1986. 

The journal contains tables of values for the seven magnetic elements throughout the world 

from 1984 through 1985. The text is in Russian. 

235. Golovkov, V.P., E.M. Dimant, and G.I. Kolomiitseva, Summary of the Annual Mean 

Values of Magnetic Elements at the World Magnetic Observatories; Institute of 

Terrestrial Magnetism, Ionosphere and Radio Wave Propagation (IZMIRAN) of the 

Academy of Sciences of the USSR, 1989. 

40 
The journal contains tables of vaIues for the seven magnetic elements observed at locations 

throughout the world from 1982-1988. The text is in Russian. 

236. Good, S.E. and FJ. Pettijohn, Magnetic Survey and Geology of the Stager Area, Iron 

County, Michigan; Geological Survey Circular of the U.S. Department of the Interior, 

1949. 

The article discusses the geology, magnetic anomalies, structure, and exploration possibilities 

in the Stager Area of Iron Country, Michigan. The article concludes that the discovery of 

high-grade oxide ores is not good, but that yields of unoxidized chert siderite iron-formations 

might yield a "merchantable" product. 

237. Graulich, J.M. and J.L. Koenigsfeld, Geomagnetic Research of the Southern 

Grand-Halleux Mass: Stavelot (Etude geomagnetique de la partie meridionale du massif 

devillien de Grand-Halleux: massif de Stavelot); Geological Service of Belgium, 1962. 

The journal shows tables of vertical intensity in eastern Belgium, which detect 

"marker-horizons" consisting of magnetite-bearing phyllites embedded in the devillian strata. 

238. Greenhouse, John P., Geomagnetic Time Variations on the Sea Floor off Southern 

California; Marine Physical Laboratory of the Scripps Institution of Oceanography, 1972. 

Data from 12 geomagnetic stations on the sea floor off southern California have been analyzed 

to infer the structure of electrical conductivity within the oceanic basement. 

239. Grenet, G., Meteorology and Geophysics of the Sahara: 1943 (Meteorologique et 

Geophysique de Sahara: 1943); Institute of Meteorology and Earth Physics of Algeria, 

1949. 

The journal contains meteorological and geomagnetic observations made in North Africa in 

1943. Geomagnetic data include three tables of declination for the years 1941, 1942, and 1943. 

240. Grenet, G., Meteorology and Geophysics of the Sahara: 1944 (Meteorologique et 

Geophysique de Sahara: 1944); Institute of Meteorology and Earth Physics of Algeria, 

1950. 

The journal contains meteorological and geomagnetic observations made in North Africa in 

1944. Geomagnetic data include tables of declination for 1944. 

241. Grenet, G., Meteorology and Geophysics of the Sahara: 1945 (Meteorologique et 

Geophysique de Sahara: 1945); Institute of Meteorology and Earth Physics of Algeria, 

1950. 

The journal contains meteorological and geomagnetic observations made in North Africa in 

1945. Geomagnetic data include tables of declination for 1945. The text is in French. 

242. Grenet, G., Meteorology and Geophysics of the Sahara: 1946 (Meteorologique et 

Geophysique de Sahara: 1946); Institute of Meteorology and Earth Physics of Algeria, 

1950. 

The journal contains meteorological and geomagnetic observations made in North Africa in 

41 
1946. Geomagnetic data include tables of declination for 1946. The text is in French. 

243. Griffiths, D.H., R.P. Riggihough, H.A.D. Cameron, and P. Kennett, Geophysical 

Investigation of the Scotia Arc; Scientific Reports of the British Antarctic Survey, 1964. 

The journal shows height corrections, theoretical gravity, the absolute value of gravity, and 

Bouguer anomalies in explaining "marked magnetic highs" in the region off the north coast 

of South Shetland Islands and northern Graham Land from 1959 through 1962. 

244. Grim, Paul J., Bathymetric and Magnetic Anomaly Profiles from a Survey South of 

Panama and Costa Rica (U.S. Coast and Geodetic Survey Oceanographer, August 1969); 

Environmental Science Services Administration, 1970. 

The journal contains magnetic anomaly data from observations made in Costa Rica and south 

of Panama in 1969. 

245. Griveau, P., N. Debeglia, A. Gerard, C. Weber, C. Gateau, J.M. Prevosteau, F. 

Munck, et al., [Multiple titles on geomagnetism]; Bulletin of the Bureau of Geological 

Research and Mining (Bulletin du Bureau de Recherches Geologiques et Minieres), 1975. 

The journal contains nine abstracts of articles on geophysics. 

246. Grivet, P., Measurement of Weak Terrestrial Magnetic Fields (Mesure des champs 

magnetiques faibles du type champ terrestre); P.L. Bender, Measurement of Weak 

Magnetic Fields by Optical Pumping Methods, 1960. 

The journal discusses various methods of measuring weak magnetic fields. The texts are in 

French and English. 

247. Gudoias, Basilio, Graciela Font de Affolter, and Alejandro Mateo, Gravimetric 

Observations in the Province of Buenos Aires in 1967 (Observationes Gravimetricas en 

la provincia de Bueno Aires, Ano 1967); Astronomical Observatory of the National 

University of La Plata, Argentina, 1970. 

The book contains forty-two pages of gravimetric observations made in Buenos Aires in 1967. 

Gravity data are reduced to the observatory at La Plata. No magnetic data are recorded. 

248. Guerrieri, E., Determination of Absolute Magnetic Inclination (Determinazioni assolute 

della Inclinazione Magnetica); Academy of Physical Science and Mathematics of Napoli 

(Accademia delle Scienze Fische e Matematiche de Napoli), 1907. 

The journal discusses geomagnetic absolute measurements made at Capodimonte, Italy, from 

1904 through 1906. Included are annual value tables of inclination at the Capodimonte 

Observatory in 1904, 1905, and 1906 and a summary of values from 1882. The text is in 

Italian. 

249. Guerrieri, Eugenio, Determination of Absolute Magnetic Inclination at the Capodimonte 

Observatory during the Years 19 13-1921 (Determinazioni assolute della Inclinazione 

Magnetica durante gli anni 191 3-1921); Academy of Physical Science and Mathematics 

of Napoli (Accademia delle Scienze Fische e Matematiche de Napoli), 1933. 

42 
The journal discusses magnetic observations made in Italy at the Capodimonte Observatory 

from 1913 through 1921. Included are hourly and monthly tables of inclination with a 

summary of annual mean values from 1882 through 1921. The text is in Italian. 

250. Gun Bayer, Francis S., The Lunar Magnetic Field Revealed by Its Projections on Earth; 

University Review (Revista Universitaria), 1958. 

The journal discusses the effects of the moon’s magnetism on Earth’s magnetic field. The 

publication consists of three parts: historical considerations, basic ideas without arguments and 

finally, a detailed exposition of the arguments. 

251. Gupta, Jadish Chandra, Information on the Geomagnetic Data Collected for the Lunar 

Current System Project; NCAR Technical Notes, 1968. 

The journal describes methods and data used to study the Earth’s current system. Data from 

102 IGY/IGC magnetic observatories were collected and written to magnetic tape. 

252. Gurariy, G.Z., Geomagnetic Field Reversals: Catalogue 1957- 1982; Soviet Geophysical 

Committee of the Academy of Sciences of the USSR, 1985. 

The catalog is a summary of data of geomagnetic field reversals, composed on the basis of 

papers published from 1957 through 1982. Included are numerical parameters of reversals, 

qualitative characteristics, and pictures with VGP positions during reversals. 

253. Haines, G.V., W. Hannaford, and R.P. Riddihough, Magnetic Anomalies over British 

Columbia and the Adjacent Pacific Ocean; Canadian Journal of Earth Sciences, 1971. 

The journal contains a contoured residual map of the vertical magnetic field observed at 

approximately 5 km altitude. The journal discusses the major structures of the buried Canadian 

Shield, the Cordilleran Region, and the northeast Pacific Ocean based on observations from 

that map. 

254. Haines, G.V., Polynomial Estimation of Certain Geomagnetic Quantities, Applied to a 

Survey of Scandinavia. Ottawa: Dominion Observatory, 1968. 

The publication discusses geomagnetic field descriptions in terms of polynomials in a polar 

stereographic coordinate system. Polynomials of the third degree were fitted by the method of 

least squares to the observed values of two orthogonal horizontal components and the vertical 

component in three independent analyses. 

255. Haines, G.V., A Taylor Expansion of the Geomagnetic Field in the Canadian Arctic. 

Ottawa: Dominion Observatory, 1967. 

The journal discusses the 1963 aeromagnetic survey in terms of non-orthogonal Taylor series 

expansion of lst, 2nd. and 3rd degrees by the least squares method. Basic analysis was carried 

out in mutually perpendicular components of grid-north components, grid-east components, and 

vertical intensity . 

43 
256. Haines, G.V. and W. Hannaford, Magnetic Anomaly Maps of British Columbia and 

the Adjacent Pacific Ocean; Earth Physics Branch of the Department of Energy, Mines 

and Resources, 1972. 

The publication discusses data obtained in a three-component aeromagnetic survey of British 

Columbia and the northeastern Pacific Ocean carried out in 1969. Several residual profiles are 

reproduced in this journal. 

257. Haines, G.V. and W. Hannaford, A Three-Component Aeromagnetic Survey of the 

Canadian Arctic; Earth Physics Branch of the Department of Energy, Mines and 

Resources, 1974. 

The publication discusses data obtained in a three-component aeromagnetic survey of the 

Canadian Arctic camed out in 1970. Magnetic declination, horizontal intensity, and vertical 

intensity were measured at an average altitude of 3.7 km. 

258. Haines, G.V. and W. Hannaford, A Three-Component Aeromagnetic Survey of Eastern 

Canada; Geomagnetic Service of Canada, 1980. 

The journal contains graphs and charts of residual magnetic fields made from an aeromagnetic 

survey of eastern Canada in 1976. 

259. Haines, G.V., W. Hannaford, and P.H. Serson, Magnetic Anomaly Maps of the 

Nordic Countries and the Greenland and Norwegian Seas. Ottawa: Dominion 

Observatory, 1970. 

The publication provides charts derived from a three-component aeromagnetic survey in 

one-half minute residuals represenied as residual profiles for each magnetic component; as 

two-dimensional vector residuals in two orthogonal planes; and, as segments of contour lines. 

260. Hann, J., Yearbook of the K.K. Central Establishment for Meteorology and 

Geomagnetism (Jahrbucher der K.K. Central-Anstalt fur Meteorologie und 

Erdmagnetismus; Annual 1879, Series 16 (Jahrgang 1879, Folge 16). Vienna: Wilhelm 

Braumuller, 1882. 

The yearbook contains meteorological and geomagnetic observations made at stations in Austria 

and adjacent countries from 1879 through 187 1. Geomagnetic data include tables of declination 

and horizontal intensity. The text is in German. 

261. Hann, J., Yearbook of K.K. Central Establishment for Meteorology and Geomagnetism 

(Jahrbucher der K.K. Central-Anstalt fur Meteorologic und Erdmagnetismus); Year 1882, 

Sequence, Vol. 19. (Jahrgang 1882, Folge XIX Band). Vienna: Wilhelm Braumuller, 

1884. 

The book contains meteorological and geomagnetic data observed at sites throughout Europe 

from 1882 through 1884. Geomagnetic data include observed values of declination, inclination, 

and horizontal intensity. The text is in German. 

262. Hannaford, W. and G.V. Haines, A Three-Component Aeromagnetic Survey of the 

Nordic Countries and the Greenland Sea. Ottawa: Dominion Observatory, 1969. 

44 
The journal exhibits data from the 1965 aeromagnetic survey of Iceland, Greenland, the 

Greenland Sea, Denmark, Norway, Sweden, and Finland in terms of declination, horizontal 

intensity, and vertical intensity in continuous analog form, producing averages computed over 

five-minute intervals of time. 

263. Hannaford W. and G.V. Haines, A Three-Component Aeromagnetic Survey of British 

Columbia and the Adjacent Pacific Ocean; Department of Energy, Mines and Resources, 

1974. 

The publication shows tables of declination, horizontal intensity, vertical intensity, and total 

intensity derived from an aeromagnetic survey in British Columbia in 1969. The regional 

field, in the form of a 3rd-degree polynomial, is compared with IGRF. 

264. Hansel, Horst and Hans- Joachim Wilke, Results of Special Geophysical Analogy 

Experiments and Their Interpretation (Durchfuhrung spezieller geophysikalischer 

Analogieexperiments und ihre Deutung); Research Branch of Cosmic Physics of the 

German Academy of Science of Berlin (Forchungsbereich Kosmiche Physik der Deutsche 

Akademie der Wissenschaften zu Berlin), 1969. 

The journal contains the results of geoelectrical laboratory experiments concerning magnetic 

storms. The text is in German. 

265. Harang, Leiv, Pulsations in the Terrestrial Magnetic Records at High Latitude Stations; 

Geophysical Publications (Geofysiske Publikasjoner), 1942. 

The journal discusses pulsations in the magnetic records observed at high latitude stations in 

Sweden in 1929. Included are tables showing the frequency and oscillations of magnetic 

storms. 

266. Harris, T J., P.R. Robinson, A.C 3. Greenwood, and AJ. Forbes, Magnetic Results 

1986: Eskdalemuir, Hartland and Lerwick Observatories; Institute of Geological Sciences 

of the Natural Environment Research Council of the British Geological Survey, 1988. 

The journal contains tables of declination, inclination, horizontal, and vertical intensity and 

secular variation for observatories in England in 1986. 

267. Hartnell, George, Distribution Coefficients of Magnets; US. Coast and Geodetic Survey, 

1930. 

The journal discusses a theory of the distribution of coefficients of magnets which endeavors 

to simplify mathematical analysis and to render formulas available for practical use. Emphasis 

is given to theory. 

268. Haworth, R.T. and L.F. Barrett, Bathymetry, Gravity and Magnetic Data over the 

Orpheus Gravity Anomaly, Cruise B1 27-64 Hudson; Bedford Institute of Oceanography, 

1972. 

The journal contains total magnetic field and magnetic anomaly data from observations made 

in 1970. 

45 
269. Haworth, R.T., L.F. Barrett, and J.B. MacIntyre, Bathymetry, Gravity and Magnetic 

Data Cruise B1 72-009 Dawson; Bedford Institute of Oceanography, 1972. 

The journal contains total magnetic field and magnetic anomaly observations made in the 

Grand Banks, southeast of Newfoundland, the Laurentian Channel and the Scotian Shelf in 

1970. 

270. Hazard, Daniel L., Alaska: Magnetic Tables and Magnetic Charts for 1930; U.S. Coast 

and Geodetic Survey, 1934. 

The journal contains the results of intensive surveying to better define magnetic declination 

in Alaska. Shipboard and ground observations of declination, inclination, and horizontal 

intensity observed through 1930 are recorded in several tables and charts. 

271. Hazard, Daniel L., Directions for Magnetic Measurements; U.S. Coast and Geodetic 

Survey, Serial 166. Washington, D.C.: United States Government Printing Office, 1921. 

The publication is a manual for the guidance of officers of the U.S. Coast and Geodetic 

Survey working in terrestrial magnetism dealing with instruments and the set-up of 

observatories. The work is a handbook for making magnetic measurements. 

272. Hazard, Daniel L., Directions for Magnetic Measurements: Third (1930) Edition, 

Corrected, 1957; U.S. Coast and Geodetic Survey, Serial 166. Washington, D.C.: United 

States Government Printing Office, 1957. 

The publication is a manual for the guidance of officers of the U.S. Coast and Geodetic 

Survey working in terrestrial magnetism dealing with instruments and the set-up of 

observatories. The work is a handbook for making magnetic measurements. 

273. Hazard, Daniel L., Magnetic Declination in the United States in 1925; U.S. Coast and 

Geodetic Survey, 1926. 

The journal provides tables of declination in the United States beginning in 1750 at intervals 

of two degrees of latitude or longitude. Magnetic declination and annual change are shown 

graphically on an isogonic chart. 

274. Hazard, Daniel L., Magnetic Declination in the United States in 1930; U.S. Coast and 

Geodetic Survey, 1932. 

The report contains tables of historic declination for a two-degree by two-degree grid in the 

United States from 1750 through 1930. The grid was based on observations made prior to 

1925. Also included is a table of declination at Vieques, Cheltenham, Toronto, Tucson, Sitka, 

and Honolulu Observatories. 

275. Hazard, Daniel L., Magnetic Dip and Intensity Observations January, 1897, to June 30, 

1902; U.S. Coast and Geodetic Survey, 1903. 

The journal contains observations of inclination, and horizontal intensity made in the United 

States from 1897 through 1902. 

46 
276. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1915. Washington, D.C.: U.S. Government Printing Office, 1916. 

The book discusses the results of magnetic observations made in the United States by the 

Coast and Geodetic Survey in 1915. Included are tables of declination and inclination. The 

work also contains sixty pages of stations descriptions. 

277. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1916; U.S. Coast and Geodetic Survey, 1917. 

The journal contains values of declination, inclination, and horizontal intensity at locations 

throughout the United States and adjacent countries in 1916. The work also contains 

descriptions of the magnetic stations. 

278. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1917; U.S. Coast and Geodetic Survey, 1918. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1917. The work includes forty-six pages of station descriptions and seven 

pages of observations. 

279. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1919; U.S. Coast and Geodetic Survey, 1920. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1919. The work includes fifteen pages of station descriptions and five 

pages of observations. 

280. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1921; U.S. Coast and Geodetic Survey, 1922. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1921. The work includes thirteen pages of station descriptions and five 

pages of observations. 

281. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1924; U.S. Coast and Geodetic Survey, 1925. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1924. The work includes thirty-eight pages of station descriptions and 

Six pages of observations. 

282. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1926; U.S. Coast and Geodetic Survey, 1927. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1926. The work includes nine pages of station descriptions and five 

Pages of observations. 

283. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1927; U.S. Coast and Geodetic Survey, 1928. 

47 
The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1927. The work includes fourteen pages of station descriptions and four 

pages of observations. 

284. Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1929; U.S. Coast and Geodetic Survey, 1930. 

The journal contains observations of declination, inclination, and horizontal intensity made in 

the United States in 1929. The work includes twenty-one pages of station descriptions and 

five pages of observations. 

285. Hazard, Daniel L., Results of Observations Made at the Coast and Geodetic Survey 

Magnetic Observatory near Honolulu, Hawaii, 1902-1912. Washington, D.C.: U.S. 

Government Printing Office, 1909, 1913. 

This series of five yearbooks contains a discussion of observations made near Honolulu, 

Hawaii from 1902 through 1912. Included are tables of declination, inclination, and horizontal 

intensity. 

286. Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory at Cheltenham, Maryland, from 191 3 through 

1920; Serial Numbers 19, 94, 170, and 214. Washington, D.C.: U.S. Government Printing 

Office, 19 15. 

The book is contains tables of diurnal variation, monthly and annual means, hourly values of 

declination, horizontal intensity, and vertical intensity. There is a summary of seismic activity 

and magnetic storms observed at Cheltenham Observatory for each year. 

287. Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1915 and 1916; 

Washington, D.C.: U.S. Government Printing Office, 191 8. 

The book discusses magnetic surveys made near Tucson, Arizona, in 1915 and 1916. Included 

are tables of hourly, monthly, and annual means of declination, horizontal intensity, and 

vertical intensity. 

288. Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1921 and 1922; 

Washington, D.C.: U.S. Government Printing Office, 1925. 

The work contains hourly, monthly, and annual mean values of declination, horizontal 

intensity, and vertical intensity made at the magnetic observatory in Tucson, Arizona, in 1921 

and 1922. 

289. Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1925 and 1926; 

Washington, D.C.: U.S. Government Printing Office, 1934. 

The book discusses the results of geomagnetic observations made near Tucson, Arizona, in 

1925 and 1926. Included are tables of hourly, monthly, and annual means of declination, 

48 
horizontal intensity, and vertical intensity. 

290. Hazard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1915; 

Special Publication No. 44. Washington, D.C.: U.S. Governments Printing Office, 1917. 

The work contains values of declination, inclination, and horizontal intensity observed at 

stations throughout the United States from 1810 through 1915. Data were used to construct 

isogonic charts for Epoch 1915. Only the charts for total intensity and vertical intensity are 

contained in this book. 

291. Hazard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1925; 

Washington, D.C.: U.S. Government Printing Office, 1929. 

The work contains values of declination, inclination, and horizontal intensity observed at 

stations throughout the United States from 1882 through 1928. Data were used to construct 

isogonic charts for declination, inclination, vertical intensity, and horizontal intensity which are 

included in the publication. 

292. Hazard, D.L., Magnetic Declination in the Caribbean Sea and Central America; 

Manuscript of D.L. Hazard, 1912. 

The journal ConQins eleven pages of handwritten tables showing observations of declination, 

inclination, and horizon&l intensity. Observations were made at sites in Cuba, Barbados, 

Panama, Nicaragua, Cos& Rica, Honduras, Guatemala, San Salvador, and Colombia from 1700 

through 19 12. 

293. Hazard, D.L., Magnetic Survey of North Carolina; Bulletin of the U.S. Coast and 

Geodetic Survey, 190 1. 

The journal discusses the history of magnetic surveys carried out in North Carolina. Included 

are tables of declination from 1750 through 1910 and magnetic station descriptions. 

294. Heaviside, Oliver, Electromagnetic Theory; Ernst Weber, Vol. 1, 2 and 3. New York: 

Dover Publications, Inc., 1950. 

The book contains nearly four-hunded pages of Oliver Heaviside’s work on electromagnetic 

theory covering a broad range of topics including electromagnetic connections, vector analysis, 

Plane electromagnetic waves, diffusion of electric displacement waves, and waves in ether. This 

edition contains previously published Vol. 1, 2, and 3 of Heaviside’s work. 

295. Heck, N.H., Celebration of the Completion of One-third Century of Continuous 

Operation at the Cheltenham Magnetic Observatory; Terrestrial Magnetism and 

Atmospheric Electricity, 1934. 

296. Heck, N.H., Instructions for the Compensation of the Magnetic Compass; U.S. Coast 

and Geodetic Survey, 1938. 

The publication discusses the history of the compass as a navigational instrument. Included 

are sections on the compensation and care of the compass and an explanation of magnetic 

declination. 

49 
297. Heck, N.H. and W.E. Parker, Instructions for the Compensation of the Magnetic 

Compass; U.S. Coast and Geodetic Survey, 1923. 

The publication discusses the history of the compass as a navigational instrument. Included 

are sections on the nature of magnetic compensation, on the care of the compass, and an 

explanation of magnetic declination. 

298. Hegybiro, Zsuzsanna, (editor), [Multiple titles:] (1) Rubidium Vapour Vector 

Magnetometer; (2) Low Noise Quartz Torsion Magnetometers; (3) Digital Quartz Torsion 

Magnetometer; (4) French Antarctic Magnetic Observatories; and, (5) Fluxgate 

Magnetometers; Geophysical Transactions, 199 1. 

The journal contains thirteen articles which discuss a variety of topics pertaining to 

geomagnetism including magnetometers, indices, INTERMAGNET, and computer algorithms 

for processing magnetic data. 

299. Heirtzler, J.R. and D.E. Hayes, Magnetic Boundaries in the North Atlantic Ocean; 

Lamont Geological Observatory, 1967. 

300. Henderson, John R. and Isidore Zietz, Interpretation of an Aeromagnetic Survey of 

Indiana; Geophysical Field Investigations, 1958. 

This work combines aeromagnetic survey data acquired in 1947, 1948, and 1950 in Indiana. 

Data have been used to prepare a regional contour map of buried Precambrian crystalline 

surfaces. Included are contour charts and a magnetic contour map. 

301. Hernandez, Roberto P J. and Mercedes Barrionuevo, Appendix of Magnetic 

Cartography (Apendice Cartografia Magnetica); The Argentina Summary of Geography, 

1963. 

The journal discusses magnetic observation methods and magnetic cartography in Argentina. 

The isogonic, isoclinic, and isodynamic charts for Argentina are published. The text is in 

Spanish. 

302. Hesselberg, Th., Various Papers on the Projected Cooperation with Roald Amundsen’s 

North Polar Expedition; Geophysical Publications, 1920. 

The journal discusses geomagnetic surveys carried out in the Arctic region prior to 1918 and 

the proposed cooperative Arctic expedition of 191 8. 

303. Heuring, F.T., A Study of the Harmonic Description of the Geomagnetic Field at 

Satellite Altitudes; Applied Physics Laboratory of the Johns Hopkins University, 1963. 

The journal discusses spherical harmonic expansion of the geomagnetic field. It attempts to 

determine which model furnishes the best description at satellite altitudes and the number of 

coefficients necessary to reduce to noise the residual geomagnetic field and it seeks evidence 

of an external magnetic field source. 

50 
304. Hide, R., Motions of the Earth’s Core and Mantle, and Variations of the Main 

Geomagnetic Field; Science, 1967. 

305. Hilgard, J.E., Magnetic Observations on the Boundary Line between the United States 

and Mexico under the Treaty of 1853; 1855. 

The journal discusses a magnetic survey made along the boundary between the United States 

and Mexico in 1855. Included are tables of declination, inclination, and horizontal intensity. 

306. Hilgard, J.E., Methods and Results on a Chart of the Magnetic Declination in the 

United States; U.S. Coast and Geodetic Survey, 1879. 

The journal contains an isogonic chart for the year 1875 for the United States with a 

discussion of the method of production. 

307. Hilgard, J.E. and Charles A. Schott, Report Appendices for 1874, 1876, 1879, 1880, 

1882, 1886; Secular Change of Declination, U.S. and at Some Foreign Stations (Third 

edition, 1879), U.S. Coast and Geodetic Survey. Washington, D.C.: U.S. Government 

Printing Office, 1874-1 886. 

The book is a collection of appendices for the U.S. Coast and Geodetic Survey Reports from 

1874 through 1882. Each appendix contains tables and charts showing declination and secular 

variation in the United States and other foreign stations. 

308. Hill, Donald W., An Evaluation of the 1965.0 Epoch, H.O. World Magnetic Variation 

Chart; Technical U.S. Naval Oceanographic Office, 1968. 

The journal evaluates previous world magnetic charts and improves them by abstracting 

representative quantities of data for comparison with observed data. The work contains a 

histogram of data density for World Magnetic Chart. 

309. Hine, Alfred B., Magnetic Compasses and Magnetometers. Toronto: University of 

Toronto Press, 1968. 

310. Hoge, E., Research of Anomalies of the Vertical Component of the Geomagnetic Field 

in the Region of the High Fagnes (Etude des Anomalies de la Composante Verticale du 

Champ Magnetique Tenestre Dans la Region des Hautes Fagnes); Royal Academy of 

Belgium, 1935. 

The journal shows data for Over five hundred observations of anomalies and vertical intensity 

in eastern Belgium in 1934 and 1935. 

311. Hope, E.R. (translator), Large-Scale Geomagnetic Features in the Region of Transition 

from the Asiatic Continent to the Pacific Ocean by O.N. Solovyev, A.G. Gainanov, 

B.A. Andreyev, and L.A. Rivosh. Ottawa: Defense Research Board, 1964. 

This book is a collection of three papers dealing with large-scale geomagnetic anomalies and 

their associated geological structures in the northwest Pacific basin. 

51 
312. Horvath, J. and RJ. Davidson, Geophysical Survey of the Rye Park Scheelite Deposit, 

New South Wales; Commonwealth of Australia, 1958. 

The journal provides charts revealing five well-defined anomalies in New South Wales 

suggesting the existence of "important quantities" of scheelite in New South Wales in 1952. 

313. Howe, Herbert H., Magnetic Observations in the American Republics 1945-48; U.S. 

Coast and Geodetic Survey, Serial 690. Washington, D.C.: United States Government 

Printing Office, 1949. 

Data are shown in terms of declination, inclination, and horizontal intensity for a number of 

American Republics from 1945 through 1948. The project is a continuation of observations 

made in the years 1941-1944. 

314. Howe, Herbert H. and L. Hurwitz, Magnetic Surveys; U.S. Coast and Geodetic 

Survey, Serial 718. Washington, D.C.: U.S. Government Printing Office, 1964. 

The pamphlet contains general information on the magnetic field and the survey methods of 

the U.S. Coast and Geodetic Survey. Values of magnetic declination, inclination, and horizontal 

intensity at the Cheltenham Observatory are shown to illustrate secular variation. 

315. Howe, Herbert H. and David G. Knapp, United States Magnetic Tables and Magnetic 

Charts for 1935; U.S. Coast and Geodetic Survey, Serial 602. Washington, D.C.: U.S. 

Government Printing Office, 1938. 

The book contains observed values of magnetic declination, inclination, and horizontal intensity 

for stations in the United States in 1935. 

316. The Hungarian Geophysical Institute, Annual Report of the Hungarian Geophysical 

Institute "Roland Eotvos" for 1978; Hungarian Geophysical Institute, 1979. 

The report is a collection of articles on topics of geophysics. Topics pertaining to 

geomagnetism include: prospecting, instrumental research, geoelectricity, magnetic variation, 

magnetospheric research, and paleomagnetism. The text is in both English and Hungarian. 

317. Husti, G.J., Geodetic-Astronomical Observations in the Netherlands, 1947-1973; 

The journal contains five tables of data constructed to establish a reference ellipsoid for 

national triangulation in the Netherlands from 1947 through 1973. 

Geodesy of the Netherlands Geodetic Commission, 1975. 

318. The Hydrographic Surveys Department of the U. S. Naval Oceanographic Office, 

Geomagnetic Surveys 1953-1965; Brochure Number 3; U.S. Naval Oceanographic Office, 

1966. 

The journal contains maps showing the location charts of surveys from 1953 through 1965, 

a list of microfilm reel index numbers for Project Magnet tracks, and 15 pages of track 

location charts. 

319. The Imperial Academy of Science of St. Petersburg, Magnetic Data of the Russian 

Empire; Imperial Academy of Science, 1912. 

52 
The journal discusses a geomagnetic survey carried out in Russia. Included are tables of 

declination, inclination, horizontal intensity, and total intensity for 1910 and 191 1. The text 

is in Russian. 

320. Institute of Geography and Cartography of Spain and the National Meteorological 

Service of Portugal, Results of Magnetic Measurements at Stations Referenced to 

1960.0: Iberian Peninsula (Relacion de Valores Magneticos de las Estaciones Referidos 

a 1960.0: Peninsula Iberica); Institute of Geography and Cartography of Spain and the 

National Meteorological Service of Portugal (Instituto Geografico y Catastral de Espana 

Y Servicio Meteorologic0 Nacional de Portugal), 1963. 

The journal contains forty-seven pages of tables showing observations of declination, horizontal 

intensity, and vertical intensity at sites in Spain and Portugal reduced to 1960.0. For each 

Station the latitude, longitude, and reduced magnetic values are recorded. 

321. Institute of Geophysics, The History of the Earth’s Magnetic Field. Moscow: The 

The textbook contains sixty chapters or sections dealing with a variety of topics Pertaining to 

Paleomagnetism and the history of Earth’s magnetic field. The text is in Russian. 

Academy of Sciences of the USSR, 1965. 

322. The Institute of Geophysics of the National University of Mexico, Yearbook of the 

Institute of Geophysics for 1970 (Anales del Instituto de Geofisica para 1970); Institute 

of Geophysics, 197 1. 

The Yearbook contains abstracts of scientific articles on work carried at the Institute of 

Geophysics in 1970. Topics cover general geophysics, gravimetry, the atmosphere, hydrology, 

mathematical applications, oceanography, seismology, and geomagnetism. The text is in 

Spanish. 

323* The Institute of Geophysics of the National University of Mexico, Yearbooks of the 

Institute of Geophysics for 1972 and 1973 (Anales del Instituto de Geofisica para 1972 

Y 1973); Institute of Geophysics, 1975. 

The Yearbook contains abstracts of scientific articles on work carried at the Institute of 

in 1972 and 1973. Topics cover general information on geophysics including: 

gravimetry, the atmosphere, hydrology, mathematical applications, oceanograPhY9 seismology, 

and geomagnetism. The text is in Spanish. 

324* Institute of Military Geography of Chile (Instituto Geografico Militar de Chile), 

Geomagnetic Measurements (Mediciones Geomagneticas); Technical Military Geographical Institute, 1969. 

The bulletin discusses geomagnetic surveys in Chile from 1958 through 1965. Included are 

of declination, inclination, and horizontal intensity observed at 41 repeat stations 

In Chile from 1943 through 1963. The text is in Spanish. 

325. International Union of Geodesy and Geophysics and the 

Institute of Pays-Bas, Magnetic Character of the Year 1936 

Royal Meteorological 

(Caractere Magnetique 

53 
L’Annee 1936); International Union of Geodesy and Geophysics and the Royal 

Meteorological Institute of Pays-Bas, 1937. 

The journal discusses the magnetic characteristics of solar flare activity observed at the 

Pay-Bas Observatory in 1936. Included are tables of solar disturbances from 1906 through 

1914. 

326. Ionosphere Research Committee of the Science Council of Japan, Catalogue of 

Disturbances in Ionosphere, Geomagnetic Field, Field Intensity of Radio Wave, Cosmic 

Ray Solar Phenomena and Other Related Phenomena: No. 46; Report of Ionosphere and 

Space Research in Japan, 1963. 

The catalog contains values of data of remarkable disturbances from September 28 through 

October 4, 1962, observed at sixteen observatories in Japan. Values are shown for ionosphere, 

geomagnetic field, field intensity of radio wave, cosmic-ray, and solar phenomena. 

Geomagnetic data were contributed by Kakioka, Memambetsu, Kanoya, Simosato, and Aso 

magnetic observatories. 

327. Ionosphere Research Committee of the Science Council of Japan, Catalogue of 

Disturbances in Ionosphere, Geomagnetic Field, Field Intensity of Radio Wave, Cosmic 

Ray Solar Phenomena and Other Related Phenomena: No. 47; Report of Ionosphere and 

Space Research in Japan, 1964. 

The catalog contains values of data of remarkable disturbances from April 30 through May 

4, 1963 observed at sixteen observatories in Japan. Values are shown for ionosphere, 

geomagnetic field, field intensity of radio wave, cosmic-ray, and solar phenomena. 

Geomagnetic data were contributed by Kakioka, Memambetsu, Kanoya, Simosato, and Aso 

magnetic observatories. 

328. Jackson, W.E.W., Magnetic Survey Work on the MacMillan Arctic Expedition of 1926; 

The National Geographic Society, 1925. 

The journal contains tables of data observed during the MacMillan Arctic Expedition of 1926. 

Included are values of declination, inclination, and horizontal intensity. 

329. Jacobs, J.A., Annual Report: 1974; Institute of Earth and Planetary Physics of the 

University of Alberta, 1974. 

The annual report is the University of Alberta’s research activity for 1974. The work contains 

a list of faculty and visitors, curriculum, and a brief description of the research programs 

including geomagnetism and paleomagnetism. 

330. Jankowski, Jerzy, Results of Geomagnetic Observations of the Polish Polar Station 

Hornsund, Spitsbergen, 1982-1 983; Institute of Geophysics of the Polish Academy of 

Sciences, 1988. 

The journal discusses the results of observations of Earth’s magnetic field for the years 1982 

and 1983 carried out at the Polish Polar Station in Spitsbergen as well as a summary of 

annual mean values from 1979. Tables of data include annual mean values of declination, 

horizontal intensity, and vertical intensity. 

54 
331. Jankowski, Jerzy, Results of Geomagnetic Observations of the He1 Geophysical 

Observatory: 1958-1965; Institute of Geophysics of the Polish Academy of Sciences, 

1991. 

The journal contains the results of magnetic observations carried out at the He1 Geophysical 

Observatory, Poland, for the years 1958-1965. Included are tables listing monthly and hourly 

means and the mean diurnal variation of magnetic elements for each month. 

332. Jankowski, Jerzy, Results of Geomagnetic Observations of the Polish Polar Station 

Hornsund, Spitsbergen, 1984-1985; Institute of Geophysics of the Polish Academy of 

Sciences, 199 1. 

The journal contains the results of magnetic observations carried out at the Hornsund 

Observatory at Spitsbergen. Included are tables of declination, horizontal intensity, and vertical 

intensity for 1984 and 1985, with a summary of annual means from 1979 to 1985. 

333. Jankowski, Jerzy, Results of Geomagnetic Observations at Arctowski Antarctic Station 

The journal contains the results of magnetic observations carried out at the Arctowski Antarctic 

Station. Included we tables of declination, horizontal intensity, and vertical intensity for 1988 

and 1989, with a summary of annual mean values from 1978 through 1989. 

1988-1989; Institute of Geophysics of the Polish Academy of Sciences, 1991. 

334. Jankowski, Jerzy, Results of Geomagnetic Observations at Belsk in 1990; Institute of 

The journal contains the results of magnetic observations carried out at the Belsk Observatory, 

Poland. Included are hourly mean value tables of vertical intensity, and north and east 

components for 1990. Also included is a summary of annual mean values for 1966 through 

1990. 

Geophysics of the Polish Academy of Sciences, 1991. 

335. Jelinek, Carl and Carl Fritsch, Yearbook of the K.K. Central Organization for 

Meteorology and Geomagnetism (Jahrbucher der K.K. Central-Anstalt Fur Meteorologie 

und Erdmagnetismus); Val, 2, Series 1865, through Vol. 4, Series 1867. Vienna: 

Kaiserlich-Konglichen Hof und Staatsdruckerei, 1867. 

The book discusses meteorological and geomagnetic surveys carried out in Austria and 

Hungary from 1865 through 1867. Included in the geomagnetic data are tables of daily and 

monthly means values of declination, inclination, and horizontal intensity. The text is in 

German. 

336, Jelinek, Carl and Carl Fritsch, Yearbook of the K.K. Central Organization for 

Meteorology and Geomagnetism (Jahrbucher der K.K. Central-Anstalt Fur Meteorologie 

und Erdmagnetismus); Vol. 5, Series 1868, through Vol. 7, Series 1870 (V. Band, 

Jahrgang 1868 durch Band VII, Jahrgang 1870). Vienna: Kaiserliche-Konglichen Hof und 

Staatsdruckerei, 1870-1873. 

The book contains tables of meteorologica] and geomagnetic data observed at locations in 

55 
Europe from 1868 through 1870. Geomagnetic data include declination and horizontal intensity 

for 1869. The text is in German. 

337. Joesting, Henry R., Magnetometer and Direct-Current Resistivity Studies in Alaska; 

Technical American Institute of Mining and Metallurgical Engineers, 1941. 

The publication discusses the use of geomagnetism for use in Alaska in connection with 

prospecting, mining, and geological studies. 

338. Jones, Lester, Magnetic Ranges: San Francisco Bay, California; U.S. Coast and Geodetic 

Survey, 1920. 

The journal discusses the locations of range objects in the San Francisco Bay area primarily 

for the use of "shipmasters" in testing their magnetic compasses. The book contains several 

pages of photographs. 

339. Jordan, W.H. and E.P. Rothrock, A Magnetic Survey of Central South Dakota; Report 

of Investigations of the University of South Dakota, 1940. 

The report is part of a program to make a magnetic survey of South Dakota first begun in 

1939. The report contains tables of data, charts, and maps which may serve as a guide to 

"favorable oil prospecting" because "highs" are logical places to look for geologic structure. 

340. Joselyn, J.A., A Degree of Disturbance Analysis Technique for the Horizontal Magnetic 

Field; Technical Memorandum of the Space Disturbances Laboratory of ESSA, 1969. 

The journal discusses the theory of a "degree of disturbance" technique to replace the 

subjective method of removing the quiet-day diurnal trends from K figures. 

341. Just, Heinz, The Second Geomagnetic Reference Numbers according to Fanselau (Die 

zweiten erdmagnetischen Kennziffern nach Fanselau); Geophysical Institute of Potsdam, 

1954. 

The journal gives an historical overview of the universal Kennziffern and new methods for the 

computation of k2 and kl. The text is in German. 

342. Kahle, A.B., J.W. Kern, and E.H. Vestine, Spherical Harmonic Analyses for the 

Spheroidal Earth, 11; Memorandum of the National Aeronautics and Space 

Administration, 1965. 

The memorandum is a continuation of RAND'S efforts at a better representation of Earth's 

magnetic field by use of geometry more accurately representing the shape of the Earth. These 

corrections were applied to three existing models of Earth's magnetic field; the differences 

between corrected and uncorrected models were tabulated. 

343. Kakioka Magnetic 0 bservatory, Memoirs of the Kakioka Magnetic Observatory; 

Kakioka Magnetic Observatory, 195 1 through 1989. 

These journals contain papers presenting the results of research carried out at the Kakioka 

Magnetic Observatory from 1951 through the 1980s. The papers cover diverse topics within 

geophysics, including geomagnetic secular variation, current systems, earthquake studies, Earth 

56 
currents, geomagnetic storms, and impulses. The papers may contain scannable data. The text 

is in English or Japanese. 

344- Kakioka Magnetic Observatory, Geomagnetic and Geoelectric Observations: Rapid 

This is a series of annual reports which present the observational results of geomagnetic and 

geoelectric rapid variation at K&ioka, Memambetsu, and Kanoya observatories from 1961 

through the 1980s. The reports are composed of two parts. Part I presents the results of 

Observations of rapid variation which are defined by the Committee X of IAGA. Part I1 

Presents copies of rapid-run induction magnetograms and rapid-run tellurigrams on some 

occasions. 

Variations, 1961 through 1989. 

345- Kalashvikov, A.G. and V.A. Troitskaya, Short-Period Pulsations of the Earth’s 

Electromagnetic Field; NASA Technical Translation, 1965. 

The Journal contains twelve articles which discuss Earth’s electromagnetic field, Earth cunents, 

and mid-latitude pulsations, with preliminary results from Spitzbergen. 

346- Kalinin, J.D., J.N. Avsjuk, V.I. Koptev, O.C. Sorokgtin, and 0.P. Kolomiytsev, 

(Committee of the International Geophysical Year of the Academy of Sciences of 

the USSR), [Multiple titles:] (1) Geomagnetism; (2) Structure of the Central Sector of 

the Eastern Antarctica According to Seismic and Gravimetrical Research Data; and, (3) 

A Year on the Geomagnetic Pole; Bulletin of the Committee of the International 

Geophysical Year of the Academy of Sciences of the USSR, 1960. 

The Journal contains three articles on geomagnetism and gravimetry. The text is in Russian. 

347. Keeling, B.F.E., Magnetic Observations in Egypt 1895-1905 with a Summary of 

Previous Magnetic Work in Northern Africa; Survey Department of the Ministry of 

Finance, Egypt, 1907. 

The Journal contains values of declination, inclination, horizontal intensity, total intensity, and 

secular variation made at locations in Egypt and northern Africa from 1895 through 1905. 

2 contains a summary of magnetic observations in northern Africa. 

348* Kendall, P.C., Geomagnetism and Aeronomy Research in the United Kingdom: 

The was prepared and submitted to the International Association of Geomagnetism and 

Aeronomy at the 15th Genera] Assembly of IUGG in Moscow. The report is a directory listing 

research work-in-progress jn the U.K, Included are name and addresses of each laboratory or 

university department, a personnel roster, and a brief outline of the fields of study. 

1967-1970; Royal Society for Geodesy and Geophysics, 1971. 

349* Keranen, J., Results of Magnetic Observations in 19 16 in Finnish Lapland; Geomagnetic 

Researches of the Central Institution of Meteorology of Finnish States (Erdmagnetische 

Untersuchungen des Meteoro]ogische Zentralanstalt des Finnischen Staates), 1921. 

The Journal discusses the results of magnetic observations carried out in Finnish Lappland. 

Included are tables of declination, inclination, and horizontal intensity observed at thirty-two 

57 
stations in 1916. 

350. Keranen, J., Summary of the Activity of the Geophysical Institute of Sodankyla 

(Ubersicht uber die Tatigkeit der Geophysikalischen Institution in Sodankyla); 

Proceedings of the Finnish Academy of Science and Letters, 1964. 

The journal discusses the history of geomagnetic observations in Finland from 1914 through 

1964 including site locations, personnel, and instrumentation. The text is in German. 

351. Keranen J. and H. Odelsio, Magnetic Measurements in the Baltic Sea-South Quarken: 

First Report; Hydrographic Service of Sweden (Kungl. Sjokarteverket), 1926. 

The journal discusses magnetic surveys made in the Baltic Sea region. Included are tables of 

declination, horizontal intensity, and vertical intensity made from 1913 through 1925. 

352. Keranen, J. and H. Odelsio, Magnetic Measurements in the Baltic Sea-South 

Quarken: Second Report; Hydrographic Service of Sweden (Kungl. Sjokarteverket), 

1927. 

The journal discusses magnetic surveys made in the Baltic Sea region in 1926. Included are 

tables of declination, horizontal intensity, vertical intensity, and north and east components. 

353. Kesslitz, Wilhelm, Observations of a Geomagnetic Excursion: Group IV (Erdmagnetische 

Reisebeobachtungen: Gruppe IV); Magnetic Declination in the Austro-Hungarian Coastal 

Areas. Vienna: Pester Buchdrucken AKG, 1907. 

The book discusses magnetic surveys carried out in the Austro-Hungarian Empire from 1854 

through 1907. Included are tables of declination and isogonic charts for the coastal areas of 

the Austro-Hungarian Empire (now Yugoslavia) observed at several stations. The text is in 

German. 

354. Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles; Soviet Geophysical 

Committee of the Academy of Science of the USSR, 1979. 

The journal contains twenty-four pages of tables showing: geological age, site latitude and 

longitude, ancient magnetization (declination, inclination), Fisher precision parameter, circle of 

95% confidence, polarity (normal, reversed, or indeterminate), pole position latitude and 

longitude, the semi-axes for the 95% oval of confidence about the mean pole position, and 

name of the investigator. The text is in Russian. 

355. Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles; Soviet Geophysical 

Committee of the Academy of Sciences of the USSR, 1982. 

The journal contains forty-three pages of paleomagnetic determinations for the USSR. The 

tables show: geological age, site latitude and longitude, ancient magnetization (declination, 

inclination), Fischer precision parameter, circle of 95% confidence, polarity (normal, reversed, 

or indeterminate), paleomagnetic pole position (latitude and longitude), the semi-axes for the 

95% oval of confidence about the mean pole position, and name of the investigator. The text 

is in Russian. 

58 
356. Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles: Data for the USSR; 

Soviet Geophysical Committee of the Academy of Sciences of the USSR, 1984. 

The journal contains 94 pages of paleomagnetic determinations for the USSR. The tables 

show: geological age, site latitude and longitude, ancient magnetization (declination, 

inclination), Fischer precision parameter, circle of 95% confidence, polarity (normal, reversed 

or indeterminate), paleomagnetic pole position (latitude, longitude), the semi-axes for the 95% 

oval of confidence about the mean pole position, and name of the investigator. The text is in 

Russian. 

357. Khramov, A.N., Paleomagnetic Directions and Pole Positions; Soviet Geophysical 

Committee of the USSR Academy of Sciences, 1986. 

358. Khramov, A.N., Paleomagnetic Directions and Pole Positions; Soviet Geophysical 

The journal contains twenty-nine pages of paleomagnetic data. Tables show: geological age, 

site latitude and longitude, ancient magnetization (declination, inclination), Fischer precision 

parameter, circle of 95% confidence, polarity, (normal, reversed, or indeterminate), 

paleomagnetic pole position, the semi-axes for the 95% oval of confidence about the mean 

pole position (latitude and longitude), and the name of the investigator. The text is in Russian. 

Committee of the USSR Academy of Sciences, 1989. 

359. Kiefer, H., Magnetic Inclination in Tiflis: 1870-1 876 (Magnetische Inclinationen in 

' Tiflis: 1870-1 876). Tiflis: The Hauptverwaltung des Statthalters von Kaukasien, 1877. 

The book contains weekly observations of inclination measured at Tiflis (Tbilisi) Observatory 

from 1870 through 1876. The text is in German. 

360. Kilenyi, Eva, (editor), [Multiple titles:] (1) Electromagnetic Parameters ...; (2) Magnetic 

Anomalies Due to Spherical Sources; and, (3) Magnetic Susceptibility Anisotropy 

Measurements; Geophysical Transactions, 1990. 

The journal contains eight articles which discuss a variety of topics pertaining to 

geomagnetism. 

361. Kingston, J.I., Abstracts and Results of Magnetical and Meteorological Observations at 

the Magnetic Observatory, Toronto, Canada, from 1841 to 187 1, Inclusive. Toronto: 

Copp, Clark and Company, 1875. 

The book contains monthly and annual mean values of declination, inclination, horizontal 

intensity, and total intensity made at the Toronto Observatory from 1841 through 1871. 

362. Kis, K., K. Kloska, F. Kovacs, S. Toth, J. Vero, A. Adam, et al., Studies of 

The journal contains multiple articles on topics of geophysics in Hungary. Articles concerning 

geomagnetism include: magnetic anomalies, sudden impulses, and magnetotellurics. The text 

is in Hungarian and English. 

Hungarian Geodesy, Geophysics and Tectonics; Scientific Academy of Budapest, 1989. 

59 
363. Knapp, David G., Charting Magnetic Dip Poles and Associated Field Patterns; 

The paper explains procedures involving the resolution of the horizontal component and secular 

change into components parallel and perpendicular to an appropriate meridian in the Arctic. 

The paper discusses techniques of deriving the drift of a dip pole. 

Geophysical Journal of the Royal Astronomical Society, 1967. 

364. Knapp, David G., On Modeling Magnetic Fields on a Sphere with Dipoles and 

The paper presents an understanding of the global geomagnetic field in models more complex 

than the centered dipole, with special emphasis on the quadrupole. 

Quadrupoles; Geological Survey Professional Paper, 1980. 

365. Knapp, David G., Reversible Susceptibility and the Induction Factor Used in 

Geomagnetism; U.S. Coast and Geodetic Survey, Special Publication No. 301. 

Washington, D.C.: United States Government Printing Office, 1953. 

The booklet deals with theoretical topics ranging from magnetization, convexity, magnetic 

stabilization, the effects of aging and heat treatment, and the coefficients of induction. 

366. Knapp, David G., A Review of Geomagnetic Research in NOAA 1971-1972; NOAA 

Technical Report, 1972. 

The report discusses the third annual review of geomagnetic research in NOAA conducted in 

Boulder, Colorado, in 1972. The report contains twenty-two abstracts of papers presented at 

the two-day conference. Topics include magnetic poles, field models, indices, aeromagnetism, 

and observatories. 

367. Knapp, David G., Some Features of Magnetic Storms in High Latitudes; Journal of 

Geophysical Research, 1961. 

The journal discusses magnetic disturbances called "cusped bays." These disturbances are 

characterized by a marked displacement of the trace, coupled with augmented short-period 

fl uctiilat ion s. 

368. Knapp, David G. and John W. Gettemy, A New Longitude Effect in the Geomagnetic 

Solar Daily Variation; Journal of Geophysical Research, 1963. 

The journal discusses daily variation of vertical intensity at Koror (Palau Islands), Huancayo, 

Trivandrum, and Addis Ababa attributable to a flow of ionospheric current. 

369. Knapp, David G. and Elliott B. Roberts, Geomagnetism: Cosmic and Prosaic; Alaskan 

The journal discusses the importance of geomagnetism and the phenomena of the magnetic 

field as a study within geophysics. The work specifically focuses on Alaska and the history 

of observatories in that territory. 

' Science Conference. [Date unknown] 

370. Knapp, D.G., Arctic Aspects of Geomagnetism; Office of the Chief of U.S. Naval 

Operations, 1956. 

The journal discusses early notions of geomagnetism and a modern view of geomagnetism in 

60 
the Arctic. The journal summarizes magnetic work in the Arctic and includes a bibliography 

of published works. 

371. Koenigsfeld, L., Anomalies of Secular Variation of the Geomagnetic Field in Belgium 

from 1913 and 1957 (Les Anomalies de la Variation Seculaire de Champ Magnetique 

Terrestre en Belgique de 1913 et 1957); Royal Meteorological Institute of Belgium, 

1963. 

The journal discusses secular variation in Belgium from 1913 through 1957. Included are 

tables showing observations at over one-hundred locations throughout Belgium. These were 

used to produce the isogonic chart for 1913 and 1957. The text is in French. 

372. Konkoly, Thege Miklos, The Royal Hungarian Institution for Meteorology and 

Geomagnetism in Budapest and the Royal Hungarian Meteorological and Physical 

Observatory in O’Gyalla, 1898. 

The journal discusses the organization. personnel, instrumentation, and history of the O’Gyalla 

Observatory in Budapest, Hungary. The text is in German and Hungarian. 

373. Kontis, A.L. and G.A. Young, Analysis of Approximating Residual Total Magnetic 

Intensity by the Projection of the Anomalous Force on the Earth’s Normal Field; 

Unpublished Manuscript of the U.S. Naval Oceanographic Office, 1963. 

The journal contains charts showing residual and anomalous total intensity in the Plantagenet 

Bank. 

374. Kontis, A.L. and C.A. Young, A Study of Aeromagnetic Data: New England Seamount 

Area; Technical Marine Surveys Division, U.S. Naval- Oceanographic Office, 1965. 

The journal shows track and bathymetric contour charts as well as tables of total intensity, 

magnetic inclination, residual horizontal intensity, anomalous vertical intensity, and residual 

total intensity in the northwest end of the New England-Bermuda Seamount chain. 

375. Kontis, Angelo L., A Study of Multi-Level Aeromagnetic Survey Data off Barking 

Sands, Kauai, Hawaii; U.S. Naval Oceanographic Office, 1970. 

The journal shows total intensity data and a residual magnetic intensity contour chart made 

from observation in Kauai, Hawaii, in 1967 and 1968. 

376. Kreil, Karl, Magnetic and Meteorological Observations of Prague: 1840-1842 

(Magnetische und meteorologische Beobachtungen zu Prag: 1840-1 842); First series: July 

1, 1839-July 31, 1840. Prague: Gottlieb Hasse Sohne, 1841. 

The book discusses meteorological and magnetic observations made in Prague from 1839 

through 1840. Magnetic observations include tables of hourly mean values of declination, 

inclination, and horizontal intensity. The text is in German. 

377. Kreil, Karl, Magnetic and Meteorological Observations of Prague: 1840-1 842 

(Magnetische und meteorologische Beobachtungen zu Prag: 1840-1 842); Second series 

August 1, 1840-July 31, 1841. Prague: Gotlieb Hasse Sohne, 1842. 

61 
The book discusses meteorological and magnetic observations made in Prague from 1840 

through 1842. Magnetic observations include tables of monthly mean values of declination, 

horizontal intensity, and magnetic storms. The text is in German. 

378. Kreil, Karl and Karl Fritsch, Magnetic and Geographic Location Determinations in the 

Austrian Empire (Magnetische und geographische Ortsbestimmungen im osterreichischen 

Kaiserstatte); First through fourth series (1 846-1 850): Austria, Tirol, Vorarlberg, 

Lombardy, Mahren, Schlesien, northern Hungary, Galizien, and Bohmen. Prague: Gottlieb 

Hasse Sohne, 1846-1 85 1. 

The book contains four sections of astronomic and geomagnetic data with values of 

declination, inclination and horizontal intensity observed throughout the Austrian Empire from 

1846 through 1850. 

379. Krogness, 0. and K.F. Wasserfall, Results from the Magnetic Station at Dombas: 

1916-33; Publication of the Northern Institute for Earth Physics (Publikasjoner fra Det 

Norske Institutt for Kosmisk Fysikk), 1936. 

The journal contains over ninety pages of tables showing declination, inclination, vertical and 

horizontal intensity, and secular variation in Norway from 1916 through 1933. 

380. Kruger, A. and E.A. Lauter, Work of the Proton-Flare-Project for the Observation 

Period 1966 (Arbeiten zum Proton-Flare-Project der Beobachtungsperiode 1966); National 

Committee for Geodesy and Geophysics of the German Academy of Science of Berlin 

(Nationalkomitee fur Geodasie und Geophysik bei der Deutschen Akademie der 

Wissenschaften zu Berlin), 1369. 

The journal contains seven articles which discuss magnetic activity related to proton flares and 

high energy particle effects. The text is in German. 
384. La Cour, D. and E. Sucksdorff, Example of QHM for the Control of Variometers for 

Declination and Horizontal Intensity (Exemple D’emploi du Qhm pour le Controle des 

Variometres pour la Declinaison et pour la Force Horizontale); Publication of the 

Meteorological Institute of Danske (Publikationer fra Det Danske Meteorologiske Institut), 

1936. 

The journal discusses the use of the variometer for measuring drift in magnetic declination and 

horizontal intensity at Sodankyla Observatory. The text is in French. 

385. Lagrange, Ch., The Declination of a Free Compass in a Stationary State: Is It 

Independent of the Sun’s Magnetism? (La Declinaison d’unne Boussole Libre et a L’etat 

Statique, Est-elle independante de Son Moment Magnetique?); Royal Academy of 

Belgium, 1895. 

The journal discusses the effects of the sun on geomagnetkm. The text is in French. 

386. LaHaye, E., L. Koenigsfeld, A. de Vuyst, and E. Hoge, New Collection of Magnetic 

Data from Belgium (Nouveau Leve Magnetique de la Belgique); Royal Institute of 

Meteorology of BeIgium, 1957. 

The journal discusses magnetic surveys carried out in Belgium. Included are tables of 

declination, horizontal intensity, and vertical intensity made in re-surveying at nearly 

seven-hundred locations throughout Belgium from 1952 through 1957. 

387. LaHaye, Edm., Development of the Geophysics Center at Dourbes (Realisation du 

Centre de Physique du Globe a Dourbes); Royal Meteorological Institute of Belgium, 

1958. 

The journal contains an examination of the planning, construction and building of the site for 

the Center of Geophysics at Dourbes in Belgium. Included are chapters on the magnetic field, 

observation techniques, electromagnetic propagation, atmospheric electricity, and the installation 

of instrumentation at the site. 

388. Lamden, R.J., A Fourier Covariance Analysis of the Long Period Magnetic Field 

Variations in the British Isles during 1958; Ceophys. 3.R. Astr. SOC, 1970. 

The journal discusses a Fourier analysis made of magnetic variation in both North and East 

components and vertical intensity at four British observatories in 1958. Spatial variation of 

activity was determined by computing covariance spectra for each component. 

389. Lamont, J., Magnetic Maps of Germany and Bavaria according to New Bavarian and 

Austrian Methods under Use of Old Determinations (Magnetische Karten von 

Deutschland und Bayern nach den neuen Bayerischen und Oesterreichischen Messung, 

unter Benutzung einiger alterer Bestimmungen). Munich: Franz Seraph Huebschmann, 

1854. 

The book contains tables showing declination, inclination, and horizontal intensity observed 

at locations throughout Europe from 1834 through 1854, Also included are six maps of 

Germany and Bavaria showing declination, inclination, and horizontal intensity. The text is in 

German. 

63 
390. Lange, Richard C. and Barbara A. Murphy, Data for 301 Archaeomagnetic Dating 

Samples from Arizona and New Mexico. Ft. Collins: Archaeometric Lab of Colorado 

State University, 1989. 

The publication discusses the value of archaeomagnetic data used for construction of dating 

curves and for dating interpretations. Tables contain values for three-hundred samples are 

included to facilitate interpretation of the dating ranges and to permit their use in future 

revisions of dating curves. 

391. Langel, R.A. and BJ. Benson, The Magsat Bibliography; NASA Technical 

The memorandum comprises two hundred-twenty papers concerned with the Magsat project. 

Bib1iographica.I descriptions include the Magsat program, spacecraft and instrumentation, data 

and data processing, scientific studies Of Earth’s crust and core, fields external to the Earth, 

and induction. 

Memorandum, 1987. 

392. Langel, R.A., R.T. Baldwin, J,R. Ridmay, and W. Minor Davis, W. Minor, A 

Compressed Marine Data Set for Geomagnetic Field Modeling; Journal of Geomagnetism 

and Geoelectricity, 1990. 

The journal discusses scalar magnetic field data collected from the world’s Oceans by marine 

research institutes. Results of 24,243 reduced points and the distribution of the reduced data 

in time, position, and local time is presented. 

393. Lash, V., Magnetic Bulletin (Bulletin Magnetique); National Geophysical Institute of 

Czechoslovakia (Institut Geophysique National Tchecoslovaque), Years: 1929 through 

1936, Vol. 1 through 7. Prague: Joseph Sefl, 1929. 

The book contains seven yearbooks containing hourly, monthly and annual mean values of 

declination observed at the Stam Dah (O’Gyalla, Hurbanova) Observatory from 1929 through 

1936. The text is in Czechoslovakian and French. 

394. Law, L.K. and T.R. Hartz, Canadian National Repon on Geomagnetism and Aeronomy. 

The publication discusses activities carried out by the Department of Energy, Mines and 

Resources of Canada from 1963 through 1966. Topics covered include geomagnetic surveys, 

observatory operations, paleomagnetic research, and pulsations. 

Ottawa: Dominion Observatory, 1967. 
Corps Ingenieurs des Mines de Russie); Collection of the Magnetic and Meteorological 

Observatory (Recueil d’observations Magnetiques et meteorologiques). St. Petersburg: 

The Academy of Sciences of St. Petersburg, 1843. 

The book contains meteorological and geomagnetic data gathered in Russia from 1841 through 

1843. Included are tables of declination, vertical intensity, and horizontal intensity. The text 

is in French. 

397. LeBorne, E. and J.L. LeMouel, Aeromagnetism at Leve and the French Antilles (Le 

Leve Aeromagnetique des Antilles Francaises); Institute of Geophysics (Institut de 

Physique de Globe), 1976. 

The journal contains charts showing total intensity in the French Antilles in 1975. 

398. Lenz, R., Inquiries in an Unregulated Distribution of Geomagnetism in the Northern Part 

of the Finnish Sea Basin (Untersuchung einer unregelmassigen Vertheilung des 

Erdmagnetismus im nordlichen Theile des Finnischen Meerbusens); Vol. 5, No. 3. St. 

Petersburg: The Imperial Academy of Sciences of St. Petersburg, 1862. 

The book discusses the results of a geomagnetic survey carried out in the northern part of the 

Finnish Sea basin. Included are tables of declination, inclination, and total intensity from 1830 

through 1861. The text is in German. 

399. Littlehales, G.W., The Secular Change in the Direction of the Terrestrial Magnetic 

Field at the Earth’s Surface; Bulletin of the Philosophical Society of Washington, 1899. 

The journal contains values of declination and inclination measured at various stations 

throughout the world for the purpose of deriving magnetic charts. Observations reference the 

observer and source. Secular change data from 1700 through 1890 are presented. 

400. Liznar, Josef, Concerning Magnetic Declination and Inclination at Vienna: 1852-187 1 

(Uber die magnetische Declination and Inclination zu Wien: 1852-1871); Notes of the 

Mathematics and Science Class of the Academy of Science, 1877. 

The notes contain values of declination, inclination, and horizontal intensity observed at Vienna 

from 1853 through 1871. The values are compared with observations in Munich and Cracow. 

The text is in German. 

401. Ljungdahl, Gustaf S., Earth Magnetic Researches along the Coasts of Sweden-Part 

1: Magnetic Declination at the Epoch July 1, 1929; Hydrographic Service of Sweden 

(Kungl. Sjokarteverket), 1936. 

The journal discusses magnetic surveys carried out in Sweden from 1915 through 1932. 

Included are tables of observed values of declination, inclination, and horizontal intensity 

reduced to Epoch 1929.5, 

b? 

402. Ljungdahl, Gustaf S., Magnetic Declination Variables in 1919: Stockholm’s Northern 

Areas (Magnetiska Deklinationsbestamningar ar 1919: Stockholms Norra Skaagard); 

Geomagnetics of Sweden (Jordmagnetiska Sjokarteverket), 1920. 

The journal discusses a magnetic survey carried out in Sweden in 1919. Included is a table 

65 
of magnetic declinations observed at several stations in July 1919. The text is in Swedish. 

403. Ljungdahl, Gustaf S., Magnetic Declination in 1919 in Gottland (Magnetiska 

klinationsbestamningar ar 19 19 pa Gottland); Geomagnetics of Sweden (Jordmagnetiska 

Sjokarteverket), 1922. 

The journal discusses a magnetic survey carried out in Gottland in 1919. Included is a table 

of magnetic declination observed at several stations in July 1919. The text is in Swedish. 

404. Ljungdahl, Gustaf S., Research in Magnetic Declination Anomalies at Lake Werner: 

1914, 1916 and 1917 (Undersokning av Magnetiska Deklinationen inom Anomalierna 

vid Varern: 1914, 1916 and 1917); Geomagnetics of Sweden (Jordmagnetiska 

Sjokarteverket), 1922. 

The journal discusses a magnetic survey carried out in the Lake Werner area of Sweden in 

1914, 1916, and 1917. Included is a table of magnetic declination observed at several stations 

and reduced to Epoch 1916.5. The text is in Swedish. 

405. Ljungdahl, Gustaf S., The Re-Survey of the Magnetic Main Repeat-Stations in Sweden 

for the Epoch July 1, 1936; Hydrographic Service of Sweden (Kungl. Sjokarteverket), 

1939. 

The journal discusses magnetic surveys in the years 1928 through 1930. Included are tables 

of declination, inclination, horizontal intensity, vertical intensity, and north and east 

components observed from 1929 through 1936. 

406. Loomer, E.I., Annual Report for Magnetic Observatories: 1970; Geomagnetic Service 

of Canada, 1975. 

The report contains a description of instrumentation and methods of data reduction and data 

relevant to instrument changes, baselines, scale values, and corrections for temperature and 

parallax effects. The work includes tables of mean values of the magnetic field components 

observed at Fort Churchill, Alert, Resolute Bay, Mould Bay, Baker Lake, Great Whale River, 

Victoria, Meanook, Ottawa, and St. Johns, Canada, in 1970. 

407. Loomer, E.I., Annual Report for Magnetic Observatories: 197 1; Geomagnetic Service 

of Canada, 1980. 

The journal contains a general description of instrumentation and methods of data reduction 

and data relevant to instrument changes, baselines, scale values, corrections for temperature 

and parallax effects, and a summary of mean values of the magnetic field components. 

408. Lorenzen, K.F. and H. Berckhemer, The Geomagnetic Field in the Area of the 

Laacher See (Das geomagnetische Feld im Gebiet des Laacher Sees); N. Jb. Geol. 

Palaeot. Mh, 1976. 

The journal discusses a geomagnetic survey carried out in western Germany in the Laacher 

See area. Delta 2 was measured in a dense net defining a strong anomaly in the northeastern 

part of the lake. The text is in German. 

66 
409. Lowman, Paul D. and Herbert V. Frey, A Geophysical Atlas for Interpretation of 

Satellite-Derived Data; Technical Memorandum of the Goddard Space Flight Center of 

the NationaI Aeronautics and Space Administration, 1979. 

The atlas contains a series of maps showing gravity field anomalies, free-air gravity anomalies, 

gravimetric geoid, scalar magnetic anomalies, seismic epicenters, recent volcanic activity, and 

tectonic boundaries intended for qualitative inter-comparkon. 

410. Lubimova, E.A. and G.B. Udintsev, Expedition on the American Scientific Research 

Ship Argo; Geophysical Bulletin, 1965. 

This journal contains reports on the geophysical research activities of the Academy of Sciences 

of the USSR, The report discusses the expedition on the American scientific research ship 

Argo. The text is in Russian. 

411. Ludy, AJbert K. and J. Herbert Howe, Magnetism of the Earth; U.S. Coast and 

Geodetic Survey, Serial No. 663. Washington, D.C.: U.S. Government Printing Office, 

1945. 

The book discusses topics of geomagnetism including the permanent magnetic field and secular 

change, variation of Earth’s magnetic field, magnetic surveys, instruments, and the origins of 

geomagnetic science. An isogonic chart for Epoch 1940 is included. 

412. The Magnetic Observatory of Maddalena (Osservatorio Magnetic0 di La 

Maddalena), Indices of Geomagnetic Activity; Geomagnetic Bulletin (Bollettino 

Geomagnetico), 1958- 1963. 

This work is a collection of bulletins containing observations made at the Maddalena 

Observatory in Sardinia ranging from January, 1958, through December, 1963. For each 

month there is a summary for K indices and magnetographs showing declination, inclination, 

and horizontal intensity. The text is in Italian. 

413* Mahmoud-Effendi, Records of the Present Condition of Isoclinic and Isodynamic Lines 

(Memoire sur L’Etat Actuel Des Lignes Isocliniques Et Isodynamiques); VO~. 29: 

Records of Great Britain, Holland, Belgium and France (Tome XXIX: La 

Grande-Bretagne, La H ollande, La Belgique et La France). Brussels: The Royal Academy 

of Belgium, 1856. 

The work contains values of magnetic inclination and horizontal intensity measured in Great 

Britain, Holland, Belgium, and France from 1855 through 1856. The text is in French. 

414. Malin, S.R.C. and Edward Bullard, The Direction of the Earth’s Magnetic Field at 

London, 1570-1975; Philosophical Transactions of the Royal Society of London, 1981. 

The journal discusses the geomagnetic field at London, England. Included are tables of 

declination, inclination, and secular variation at locations in England from 1540 through 1975. 

415. Manchester, K.S., K.G. Shih, and B.L. Johnston, Magnetic and Bathymetric Profiles 

in the Davis Strait and Labrador Sea, Bl 5-63 BuBn Cruise; Data Series B1-D-72-2, 

67 
1972. 

The journal discusses magnetic and bathymetric profiles in the Davis Strait and the Labrador 

Sea. Included are tables of total magnetic field and magnetic anomaly data observed in 1965. 

416. Manchester, K.S., K.C. Shih, and B.L. Johnston, Magnetic and Bathymetric Profiles 

in the Eastern Canadian Arctic Areas B1 12-63 Labrador Cruise; Bedford Institute of 

Oceanography, 1972. 

The journal discusses magnetic and bathymetric profiles of the eastern Canadian Arctic. 

Included are magnetic and bathymetric profiles taken in eastern Canadian Arctic areas during 

1963. 

417. Mansurov, S.M., Geomagnetic Secular Variation in East Antarctica; Directorate of 

Scientific Information Services of Canada, 1962. 

The journal discusses observations made from 1957 through 1960 at Oazis, Mirny, 

Pionerskaya, and Vostok Stations in East Antarctica. These data made possible the 

determination of secular variation in that region. Translated from the Academy of Sciences 

USSR, IGY Committee, Moscow, Academy of Sciences Press, 1960, by E. R. Hope. 

418. Mascart, E., Yearbook of the Central Bureau of Meteorology of France: Year 1902 

(Annales du Bureau Central Meteorologique de France: Annee 1902); Part 1: 

Memorandum; Part 2: Observations. Paris: Gauthier-Villars, 1905. 

The book contains magnetic and meteorological observations in France, Algeria, and Tunisia. 

Hourly observations of declination, horizontal, and vertical intensity were made at Val-Joyeux, 

Paris. Meteorological observations were made at numerous stations throughout France, Tunisia, 

Algeria, and other European countries. 

419. Maso, M. Saderra, Annual Report of the Director of the Philippine Weather Bureau for 

the Year 1903; Part 1: Hourly Observations of Atmospheric Phenomena at the Manila 

Central Observatory, 1903. Manila: Bureau of Public Printing, 1905. 

The yearbook contains meteorological data observed in 1903 at the Central Observatory of 

Manila. Tables of data include vapor pressure, temperature, relative humidity, wind direction, 

and force. 

420. Maso, M. Saderra, Annual Report of the Director of the Weather Bureau for the Year 

1904; Parts 1 and 2: Hourly Meteorological and Magnetic Observations of the Manila 

Central Observatory, 1904. Manila: Bureau of Printing, 1906. 

The yearbook contains meteorological and geomagnetic data observed in 1904 at the Central 

Observatory of Manila. Tables of geomagnetic data include hourly and monthly mean values 

of declination, horizontal intensity, and vertical intensity. 

421. Maso, Miguel Saderra, Annual Report of the Director of the Philippine Weather Bureau 

for the Year 1903; Part 2: Hourly Magnetic Observations made at the Manila Central 

Observatory, 1903. Manila: Bureau of Public Printing, 1905. 

The yearbook contains geomagnetic data observed in 1903 at the Central Observatory of 

68 
Manila. Tables of data include hourly mean values of declination, horizontal intensity, and 

vertical intensity. 

422. Massachusetts Geodetic Survey, Magnetic Declination in Massachusetts: 1935; william 

Callahan, George H. Delano, and Elmer C. Houdlette). Boston: Massachusetts Geodetic 

Survey, 1938. 

The book discusses the history of land surveys in the State of Massachusetts including a 

state-wide survey made in 1935. Included are tables of declination, diurnal variation, and 

secular change. 

423. Mathias, E., Investigations of Geomagnetism (Recherches sur le Magnetisme Terrestre); 

General Review of Science: Pure and Applied (Revue generale de Sciences: pures et 

appliquees), 1909. 

The article analyzes the effects of terrain, elevation, and rock type on the magnetic field. 

Differences between observed elements at Toulouse, Parc St. Maur, Greenwich, and Perpignan 

are recorded for 1883 through 1906. The text is in French. 

424. Matsuzaki, T. and S. Utashiro, On Magnetic Anomalies over Toya Lake and Its 

Vicinity; Report of Hydrographic Researches, 1966. 

The journal contains data observed in an aeromagnetic survey carried out in 1964. From the 

results it' has been found that there are "remarkable" magnetic anomalies at the central part 

of the Toyal Lake area and over Mt. Usu. The text is in Japanese with an English 

introduction. 

425. Matsuzaki, T. and S. Utashiro, On the Aeromagnetic Surveys in the Kagoshima Bay 

and Its Vicinity; Hydrographic Researches, 1966. 

The journal contains data observed in an aeromagnetic survey in November of 1964. Results 

of the survey show that there are "remarkable" magnetic anomalies at the Mt. Sakurajima area, 

around the mouth of the River Beppu, east of Kushikino, and at Mt. Kaimondake. The text 

is in Japanese with an English introduction. 

426. Matsuzaki, Takuichi, Data Report of Hydrographic Observations: Magnetic Survey of 

Japan, 1962-1965; Maritime Safety Agency of Japan, 1968. 

The journal contains values of declination, inclination, horizontal intensity, vertical intensity, 

total intensity, and north and east components from observations made in Japan from 1962 

through 1965. These data were used to construct the magnetic charts of Japan for Epoch 1965, 

which are also included in the publication. 

427- Matsuzaki, Takuichi, Magnetic Survey of Japan: 1959-60; Bulletin of the Japanese 

Hydrographic Office, 1964. 

The journal includes charts showing lines of magnetic declination and equal annual change, 

equal horizontal intensity and equal annual change, equal magnetic dip and equal annual 

change, equal north component, equal east component, and equal downward component in 

for 1960.0. 
428. Mauersberger, P., K. Sellien, E. Thiele, and M. Richard, [Four titles:] (1) 

Consideration of the Secular Variation of the Geomagnetic Fields as the Source of 

Potential Wandering (Betrachtungen uber die zeitliche Anderung der Parameter des 

geomagnetischen Feldes auf Grund der vorliegenden Potentialentwicklungen); (2) The 

Normal Field of Gravity for Germany (Das Normalfeld der Schwere fur Deutschland; 

(3) The Rossiger Normal Field of Vertical Intensity and Its Secular Variation (Das 

Rossigersche Normalfeld der Vertikalintensitat und seine zeitliche Anderung); and, (4) 

A Design for the Magnetic Variometer of Least Volume (Uber die Andernung 

geomagnetischer Variometer auf engstem Raum); Geophysical Institute of Potsdam, 

1952. 

The journal contains four separate articles concerning geomagnetism and gravity measurements 

in Germany. Geomagnetic data include tables of vertical intensity reduced to the Epoch 1950.5. 

429. Maurain, Ch., Yearbook of the Institute of Geophysics of the University of Paris and 

the Central Bureau of Terrestrial Magnetism (Annales de L’Institut de Physique du 

Globe de L’Universite de Paris et du Bureau Central de Magnetisme Terrestre); Magnetic 

Observations in France in 1921 (Les Observations Magnetiques en France jusqu’en 

1921). Paris: The University Press of France (Les Presses Universitaires de France), 

1922. 

The book discusses magnetic surveys carried out in France. Included are tables of hourly 

values of declination, inclination, horizontal intensity, and secular variation made from 

observations at Val Joyeux and Parc Saint-Maur in 1921. The text is in French. 

430. Mayaud, P.N., Geomagnetic Data 1957, Indices K and C, Rapid Variations, Reprint of 

Appendix B: Circular on Very Calm Periods, Report on the Measure of K-Indices; IAGA 

Bulletin, 1960. 

In January, 1960 the IAGA Committee collected reproductions of magnetograms from 

observatcries of a number of intervals ranging from January, 1947 through January, 1959. This 

bulletin discusses conclusions reached by a study of those magnetograms. 

431. Mayaud, P.N., Topics in the Classification of International Magnetic Days (A propos 

de las classification des jours magnetiques intemationaux); Amn. Geophys, 1969. 

The journal discusses current methods of defining quiet and disturbed magnetic days. New 

methods are proposed for the definition of quiet days with supporting data. The text is in 

French with an English introduction. 

432. McDonald, Keith L. and Robert H. Cunst, An Analysis of the Earth’s Magnetic Field 

from 1835 to 1965; ESSA Technical Report, 1967. 

The journal presents data showing a decrease in the Earth’s dipole moment and predicts that 

the dipole moment will vanish in A.D. 3991. 

433. McElhinny, M.W., The Paleomagnetism of the Southern Continents: A Survey and 

Analysis; Department of Geophysics and Geochemistry of the Australian National 

70 
University, Canberra, 1967. 

The journal discusses the nature of Earth’s magnetic field during the Phanerozoic era. 

Paleomagnetic data for Australia, Africa, South America, India, and Antarctica are examined 

and conclusions concerning the configuration of Gondwanaland presented. 

434. McFarland, W.N., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory Near Tucson, Arizona: 1923 and 1924; 

Washington, D.C.: U.S. Government Printing Office, 1931. 

The book discusses the results of geomagnetic observations made near Tucson, Arizona in 

1923 and 1924. Included are tables of hourly, monthly, and annual means of declination, 

horizontal intensity, and vertical intensity. 

435. McFarland, W.N. and R.W. Knox, Magnetic Declination in Texas in 1927; U.S. Coast 

The publication contains values of declination reduced to Epoch 1927 for several stations in 

Texas along with station descriptions. A one-degree grid of computed declinations for 1800 

through 1927 is also published. 

and Geodetic Survey, 1928. 

436. McQuillin, R. and D.A. Ardus, Exploring the Geology of Shelf Seas; London: Graham 

This textbook contains nine chapters covering the geology of shelf Seas and offshore 

exploration including gravity and magnetic methods. 

and Trotman Limited, 1977. 

437* McWilIiams, J.B., The Secular Variation of Magnetic Declination in Ireland (1980); 

The journal contains annual mean values of declination at a number of stations in Ireland for 

Epochs 1970.0 and 1980.0 and an isogonic map for 1980.0. 

Meteorological Service of Ireland, 1980. 

438* Medvedev, N.D., Geomagnetic Observations in Eastern Antarctica; Fourth Complex 

The report contains tables of declination, horizontal intensity, and vertical intensity made from 

Observations in Antarctica. The text is in Russian. 

Antarctic Expedition, 1959. 

439- Melchior, P., B. Ducarme, and J.C. Usandivaras, [Two titles:] (1) The Ratio L/H: A 

Simple Method for the Prospection of Tidal Deformations of Cavities in the Earth’s 

Crust; and, (2) Studies of the Structure of the Diurnal Spectrum of Earth Rks by the 

Method of Least Squares; Bulletin of Geodesy (Bulletin Geodesique), 1976. 

These two articles discuss methods for the prospection of tidal deformation of cavities in 

crust and possible liquid core resonance effects. The first article is in English; the 

second article is in French with an English summary. 

440* Melchior, Paul, Bibliography of the Results of Observations of Earth Tides 

(Bibliographie des Resultats D’observations de marees Terrestres); Bulletin of the 

International Association of Geodesy and the International Center of Earth Tides, 1974. 

71 
The bulletin is a twenty-seven page bibliography of articles on Earth tides. 

441. Melchior, Paul, Earth Tides in 1974; Bulletin of Information of the Permanent 

Commission of Earth Tides and the International Association of Geodesy (Bulletin 

D’Informations d’Commission Permanente des Maress Terrestres et Association 

International de Geodesie), 1975. 

The journal discusses Earth tide research and contains four bibliographical tables. 

442. Melchior, Paul, General Bibliography of Earth Tides: Supplement I1 (Bibliographie 

Generale des Marees Terrestres: Supplement 11); Bulletin of Information of the 

Permanent Commission of Earth Tides and the International Association of Geodesy 

(Bulletin D’Informations d’Commission Permanente des Marees Terrestres et Association 

International de Geodesie), 1976. 

The bulletin is a twenty-three page bibliography of articles on Earth tide research. 

443. Melchior, Paul, Information Bulletin (Bulletin D’Informations); Bulletin of Information 

of the Permanent Commission of Earth Tides and the International Association of 

Geodesy (Bulletin D’Informations d’commission Permanente des Marees Terrestres et 

Association International de Geodesie), 1974. 

The journal contains eleven articles on Earth tide research. Most of the articles are in French. 

444. Melchior, Paul, Information Bulletin (Bulletin D’Informations); Bulletin of Information 

of the Permanent Commission of Earth Tides and the International Association of 

Geodesy (Bulletin D’Informations d’Commission Permanente des Marees Terrestres et 

Association International de Geodesie), 1976. 

The journal contains eight articles on Earth tide research. Most of the articles are in French. 

445. Melchior, Paul, Information Bulletin (Bulletin D’Informations); Bulletin of Information 

of the Permanent Commission of Earth Tides and the International Association of 

Geodesy (Bulletin D’Informations d’Commission Permanente des Marees Terrestres et 

Association International de Geodesie), 1976. 

The journal contains seven articles on Earth tide research. Most of the articles are in French. 

446. Melchior, Paul, Information Bulletin (Bulletin D’Informations); Bulletin of Information 

of the Permanent Commission of Earth Tides and the International Association of 

Geodesy (Bulletin D’Informations d’Commission Permanente des Marees Terrestres et 

Association International de Geodesie), 1977. 

The journal contains seven articles on Earth tide research. Most of the articles are in French. 

447. Melchior, Paul, Information Bulletin (Bulletin D’Informations); Bulletin of Information 

of the Permanent Commission of Earth Tides and the International Association of 

Geodesy (Bulletin D’Informations d’commission Permanente des Marees Terrestres et 

Association International de Geodesie), 1977. 

The journal contains eleven articles on Earth tide research. Most of the articles are in French. 

72 
448. Meyer, O., D. Voppel, U. Fleischer, H. Closs, and K. Gerke, Results of Bathymetric, 

Magnetic and Gravimetric Measurements between Iceland and 70”N; Deutschen 

Hydrographischen Zeitschrift (The German Hydrographic Journal), 1972. 

The journal shows the results of a survey of the Jan Mayen Ridge on 31 east-west profiles 

carried out with the German SRV Kornef in 1971. 

449. Meyers, H. and A.X. Meyer, Magnetic Results Ellsworth Highland Traverse and 

McMurdo-to-Pole Traverse Antarctica: 1960-1961; U.S. Coast and Geodetic Survey, 

1962. 

The report contains tabulations of measurements of magnetic fields made on the Ellsworth 

Highland and McMurdo-to-Pole Traverses in the 1960-1961 austral summer. 

450. Mikhailova, N.P., A.M. Glevskaya, and V.N. Tsikora, Paleomagnetism of 

Volcanogenic Rocks and the Reconstruction of the Geomagnetic Field of the Neogene 

System. Kiev: The Institute of Geophysics of the Academy of Science of USSR, 1974. 

The book contains several chapters discussing paleomagnetic data leading to the reconstruction 

of the geomagnetic field of the Neogene System. The text is in Russian. 

451. Missionaries of the Society of Jesus (Missionnaires de la Compagnie de Jesus), 

Yearbook for Zi-Ka-Wei Observatory; Monthly Bulletin of the Magnetic and 

Meteorological Observatory of Zi-Ka-Wei (Bulletin Mensuel de 1’Observatore Magnetique 

et Meteroloque), 1886. 

This series of three yearbooks for 1883, 1884, and 1885 contains hourly, monthly, and annual 

Observations of declination, horizontal intensity, and vertical intensity. Meteorological data 

include atmospheric pressure, air temperature, humidity, and wind speed with summaries from 

1873 through 1885. 

452. Missionaries of the Society of Jesus (Missionnaires de la Compagnie de Jesus), 

Yearbook for Zi-Ka-Wei Observatory; Monthly Bulletin of the Magnetic and 

Meteorological Observatory of Zi-Ka-Wei (Bulletin Mensuel de 1’Observatore 

Magnetique et Meteroloque), 1888. 

This series of three yearbooks for 1886, 1887, and 1888 contains hourly, monthly, and annual 

Observations of declination, horizontal intensity, and vertical intensity. Meteorological data 

include atmospheric pressure, air temperature, humidity, and wind speed with summaries from 

l873 through 1888. 

453s Miyadi, Masasi, Report on Aeromagnetic Survey in Japan; Geodetic Council of Japan. 

The book shows declination, horizontal and vertical intensity, total intensity, and inclination 

for the Japanese Islands for the Epoch 1965.0. 

Kyoto: World Data Center C2 for Geomagnetism, 1966. 

454- Moens, M., Solid Earth Tide and Arctic Oceanic Loading Tide at Longyearbyen 

(Spitsbergen); Physics of the Earth and Planetary Interiors, 1976. 

73 
The journal discusses the three components of the indirect oceanic effect which are calculated 

for the M2, K1, and 01 waves and compared with the observed Earth tide. The vertical 

component of the near Arctic oceanic load explains fairly well the large 45” observed phase 

lag of M2. The results for the horizontal components are satisfactory; the discrepancies 

between different tiltmeters are not due to the oceanic perturbations unless some local or 

cavity effects are supposed. 

455. Moitoret, V.A., Airborne Geomagnetic Data: 1953-1961; The U.S. Naval Oceanographic 

Office, Special Publication No. 66. Washington, D.C.: U.S. Government Printing Office, 

1963. 

The publication contains the results of the Project Magnet surveys through 1961. Data recorded 

are: track line, latitude, longitude, date, GMT, Altitude, declination, inclination, horizontal 

intensity, vertical intensity, and total intensity observed world-wide. 

456. Moitoret, V.A., Airborne Geomagnetic Data: Supplement No. 1, 1962-1963; U.S. Naval 

Oceanographic Office, 1965. 

The journal contains the results of the U.S. Naval Oceanographic Office airborne magnetic 

survey, Project Magnet. This work is an addendum of data from 1962 through 1963 and 

provides an appendix of corrections of Special Publication No. 66. Tables show values of 

declination, inclination, horizontal intensity, vertical intensity, and total intensity, at locations 

world-wide from 1962 through 1963. 

457. Moitoret, V.A., Airborne Geomagnetic Data: 1953-196 1 ; U.S. Naval Oceanographic 

Office, 1963. 

The journal contains the results of the U.S. Naval Oceanographic Office airborne magnetic 

survey, Project Magnet. Tables show values of declination, inclination, horizontal intensity, 

vertical intensity, and total intensity, at locations world-wide from 1953 through 1961. 

458. MOOS, N.A.F., Magnetic Observations Made at the Government Observatory, Bombay, 

for the Period 1846-1905; Part 11: The Phenomenon and Its Discussion. Bombay: The 

Government Central Press, 1910. 

The book contains values of declination, inclination, horizontal intensity, vertical intensity, 

secular change, diurnal variation, and daily means from observations made in Bombay from 

1846 through 1905. Tables of observed values, monthly, and annual means as well as 

magnetographs are recorded. 

459. Moureaux, M. Th., The Magnetic Anomaly of the Paris Basin (L’Anomalie Magnetique 

du Bassin De Paris), 1891. 

The book contains values of declination, inclination, horizontal intensity, and vertical intensity 

observed in the Paris Basin from 1885 through 1890. The text is in French. 

460. Moureaux, M. Th., Magnetic Determinations from the Government of Koursk (Russia) 

(Determinations Magnetiques faites dans Le Gouvernment de Koursk (Russie); Academy 

of Sciences of the USSR, 1897. 

74 
The journal discusses a geomagnetic survey carried out in Russia in 1896. The work contains 

tables of declination, inclination, and horizontal intensity. The text is in French. 

461. Moureaux, M. Th., Magnetic Observations €or the Observatory of Parc Saint-Maur for 

the Years 1883 and 1889 (Observations Magnetiques Faites a L’Observatoire du Parc 

Saint-Maur Pendant Les Annes 1883 et 1884); Paris: 1884. 

This series of yearbooks discuss the history and instrumentation of geomagnetic surveys made 

at the Parc Saint-Maur Observatory. Tables of declination, inclination, and horizontal intensity 

are included from 1883 through 1889. 

462. Nagata, T., A National Magnetic Survey over Japan and Adjacent Areas; Geographical 

The paper discusses an aeromagnetic survey carried out in Japan and adjacent seas from 1961 

through 1964. Included are isonomalic charts, graphs, and maps showing total intensity and 

a number of anomalies. 

Survey Institute and the Hydrographic Office of Japan, 1968. 

463. Nagata, T. and M. Sawada, Annual Mean Values of Geomagnetic Elements since 1955; 

The journal contains annual mean values of declination, horizontal intensity, vertical intensity, 

total intensity, north component, and east Component for a number of observatories around the 

world. Data are recorded from Epoch 1955 to the latest available data at time of publication, 

July, 1963. 

Geophysical Institute of the University of Tokyo, 1963. 

464. Nakano, Tokuro, Results of a Magnetic Survey of Japan for the Epoch 1913.0 Executed 

by the Hydrographic Office. Tokyo: The Tokyo Mathematical-Physical Society, 1915. 

The book contains results of the magnetic survey of Japan carried out from April, 1912 to 

May, 1915. Declination, inclination, and horizontal intensity were reduced to the Epoch 1913.0. 

Secular variation and acceleration are recorded from 1899 to 1907 based on data from 

Zika-Wei and Hong Kong observatories. 

465. National Academy of Sciences, Geomagnetic Transient Fluctuations; U.S. National 

This report details scientific work in support of the International Geophysical Year. Sections 

include: World Days, Meteorology, Geomagnetism, Aurora and Air Glow, Ionospheric 

Physics, Solar Activity, Cosmic Rays, Longitude and Latitude, Glaciology, Oceanograph~, 

Rocket Exploration, Gravity, and Seismology. 

Committee for the International Geophysical Year, 1954. 

466. National Committee of Geologists of the Soviet Union, Geochemistry, Mineralogy and 

Petrology; Ministry of Geology of the USSR. Moscow: The Academy of Sciences of the 

USSR, 1976. 

The book contains broad descriptive sections on geochemistry, mineralogy, and Petrology. The 

text is in Russian with an English table of contents at the end. 

75 
467. National Committee of Geodesy and Geophysics, National Report of Geomagnetism 

and Aeronomy for 1967-1971; National Committee of Geodesy and Geophysics of the 

Czechoslovak Academy of Sciences, 197 1. 

This report was presented at the Fifteenth General Assembly of the International Union of 

geodesy and Geophysics in Moscow. The report lists observatories in operation in 

Czechoslovakia from 1967 through 1971 and briefly discusses Academy work in 

electro-dynamics, rock magnetism, archaeomagnetism, paleomagnetism, and diurnal variation. 

468. National Geographic Institute of Guatemala (Instituto Geografico Nacional de 

Guatemala, Magnetic Observations in the Region of Central America (Observaciones 

Magneticas en la Region Centroamericana); National Geographic Institute of Guatemala, 

1965. 

The journal contains values of declination, horizontal intensity, and inclination observed at 

repeat stations in Central America from 1962 through 1964. The text contains ten pages of 

observations and station descriptions. 

469. National Geophysical Data Center, Proceedings of the Aeromagnetic Data Workshop: 

November 16-1 8, 1982; David M.Clark, compiler; Workshop Proceedings-1. Boulder: 

National Geophysical Data Center, 1.983. 

The book is a collection of papers presented at the Aeromagnetic Data Workshop sponsored 

by the National Geophysical Data Center in Boulder, Colorado in 1982. Topics covered 

include data availability, Project Magnet data, digital data bases, the IGRF, and requirements 

for a national data base. 

470. 

The , 

National Meteorological Service of Argentina (Servicio Meteorological Nacional de 

Argentina), Climatological and Geomagnetical Data of the Southern Orcadas Islands 

1903-1 950 (Datos Climatologicos y Georhagneticos Islas Orcadas del Sur: 1903-1950); 

Ministry of Technical Affairs of the Republic of Argentina (Ministerio de Asuntos 

Tecnicos de la Republica Argentina), 195 1. 

journal discusses meteorological and geomagnetic surveys in the Orcadas Islands of 

Argentina. Geomagnetic data include tables of declination, horizontal intensity, vertical 

intensity, and quiet and disturbed days from 1903 through 1950. 

471. The Natural Environment Research Council of the Institute of Geological Sciences, 

Magnetic Results 1978-79: Eskdalemuir, Hartland, and Lerwick Observatories; Institute 

of Geo!ogical Sciences, 198 1. 

The journal contains values for declination, horizontal intensity, vertical intensity, total 

intensity, north and east components, and inclination from observatories at Eskdalemuir, 

Hartland, and Lerwick for 1978 and 1979. 

472. The Natural Environment Research Council of the British Geological Survey, 

Magnetic Results 1982: Eskdalemuir, Hartland, and Lerwick Observatories; Institute of 

Geological Sciences, 1984. 

The journal contains values for declination, inclination, horizontal intensity, vertical intensity, 

76 
total intensity, and secular variation for observatories at Eskdalemuir, Hartland, and Lerwick 

observatories in 1982. 

473. The Natural Environment Research Council of the British Geological Survey, 

Magnetic Results 1982: Eskdalemuir, Hartland, and Lerwick Observatories; Bulletin of 

the Institute of Geological Sciences, 1985. 

The journal contains tables showing declination, inclination, vertical intensity, horizontal 

intensity, and secular variation at Eskdalemuir, Hartland, and Lerwick for 1983 and 1984. 

474. Navarro De Fuentes, Jose Rodriguez, and H. Amorim Ferreira, The Magnetic Map 

Project of the Iberian Peninsula (Proyecto de Mapa Magnetic0 de la Peninsula Iberica). 

Madrid: The Institute of Geophysics, 1951. 

The book discusses the magnetic map project of the Iberian Peninsula undertaken by the 

Spanish Institute of Geophysics. Included are tables of magnetic declination and secular 

variation observed in Spain and Portugal reduced to Epochs 1924.0 and 1939.5. 

475. Nelson, James H., L. Hurwitz, and David G. Knapp, Magnetism of the Earth; U.S. 

Coast and Geodetic Survey, Publication No. 40-1. Washington, D.C.: U.S. Government 

Printing Office, 1962. 

The book discusses topics of geomagnetism including the magnetic field and secular change, 

magnetic surveys, instruments, and origins of geomagnetic science. An isogonic chart for 

Epoch 1960 is also included. 

476. Nelson, J. H., R.E. Gebhardt, and J.L. Bottum, The Constant-Field Coil House at the 

Fredericksburg Magnetic Observatory; U.S. Coast and Geodetic Survey, 1958. 

The journal discusses the design and construction of the coils installed at the Fredericksburg 

Magnetic Observatory. The coils were designed to duplicate the geomagnetic field at any 

location on the Earth. 

477. The Ninth General Assembly of IPGH and the Second Reunion of the Pan 

American Committee of Geophysical Science, Magnetic Stations in Central America 

in the Period 1970-1974 (Estaciones Magneticas en America Central Para el Period0 

1970 a 1974); National Institute of Geophysics of Guatemala (Instituto Geofisicas 

Nacional de Guatemala), 1969. 

The publication lists magnetic observatories in Central America for the period 1970 through 

1974. 

478. Nogi, Yoshifumi, Nobukazu Seama, Noboshiro Isezaki, and Minoru Funaki, Magnetic 

Survey in Ongul Islands, East Antarctica; Proceedings of the NIPR Symposium on 

Antarctic Geosciences, 1991. 

The journal contains several papers covering geophysical and meteorological studies carried 

out in Antarctica. Of special interest are the papers reporting on measurements of 

geomagnetic field in the Ongul Islands in 1989 and paleomagnetic studies in Antarctica. 

the 

77 
479. Nunome, M., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy, 

Vol. 2; A Magnetic Survey of Japan for the Epoch 1913.0. Tokyo: The Hydrographic 

Office of the Imperial Japanese Navy, 1918. 

This book contains data in 36 tables pertaining to the magnetic survey of Japan. Observations 

include: declination, inclination, and horizontal intensity reduced to Epoch 191 3.0; declination 

observed by the Carnegie; annual means and mean secular variation of magnetic elements 

observed at Zika-Wei and Hong Kong; and repeat observations of declination, inclination, and 

horizontal intensity. The work also includes station descriptions and ten isogonal and isoclinic 

maps. 

480. Ochaba, S. and M. Hvozdara, The Geomagnetic Field and Its Secular Variation in 

Slovakia Determined from Magnetic Survey and the International Geomagnetic Reference 

Field, Vol. 10; Geophysical Institute of the Slovak Academy of Sciences. Bratislava: 

Veda Publishing House, Slovak Academy of Sciences, 1980. 

The book is a collection of journal articles. The article named above contains values of the 

seven magnetic elements observed at locations in Slovakia and reduced to the Epoch 1967.5. 

481. Ochaba, S. and A. Pospiechova, [Multiple titles:] (1) Contribution to the study of the 

Geomagnetic Field and Its Secular Variation Distribution in Slovakia; (2) The Normal 

Geomagnetic Field on Limited Part of the Earth’s Surface Expressed by Taylor Series, 

Derived from IGRF; and, (3) Secular Variation of the Geomagnetic Field in Slovakia 

and Their Interpretation by Means of a Dipole and Quadrupole; Comeniana University 

of Czechoslovakia, 1979. 

The journal contains three articles on topics of geomagnetism in Czechoslovakia. 

482. O’Donnell, J.E. and H.E. Kaufmann, Repeat Magnetic Field Survey of the San 

Fernando Earthquake Epicentral Area, in San Fernando, California Earthquake of 

February 9, 197 1. Washington, D.C.: Environmental Research Laboratories, 1973. 

This article is a chapter from a book on the 1971 San Fernando earthquake. It discusses 

seismomagnetic effects of the San Fernando earthquake. 

483. Orlov, B.P., M.P. Ivchenko, and G.Y. Kolomyueva, The Secular Path of the 

Geomagnetic Field for the Period 1960-1965; Academy of Science of the USSR, 1968. 

The journal discusses the secular variation of Earth’s magnetic field. Included are tables of 

changes in the magnetic elements observed at observatories located world-wide. The text is 

in Russian. 

484. Orlov, V.P. and V.N. Belugin, Catalogue of Annual Means of Geomagnetic Field at 

Magnetic Observatories Beginning in 1930 and Their Changes in Time from Year to 

Year; Institute 

(IZMIRAN) of 

The journal contains 

throughout the world 

of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation 

the Academy of Sciences of the USSR, 1966. 

tables of values for the seven magnetic elements observed at locations 

from 1930-1965. The text is in Russian. 

78 
485. Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1965. 

The journal contains tables of values for the seven magnetic elements observed at locations 

throughout the world from 1955 through 1964. The text is in Russian. 

486. Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories: Part 2; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1967. 

The journal contains annual mean values of declination, inclination, horizontal intensity, 

vertical intensity, total intensity, and north and east component made world-wide in 1965. 

487. Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR. 1968. 

488. Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1969. 

The journal contains annual mean values of declination, inclination, horizontal intensity, 

vertical intensity, total intensity, and north and east component made world-wide from 1965 

through 1968. 

489. Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1971. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

The text is in Russian. 

490. Orlov, V.P., (editor), Sh. Sh. Dolginov, V.N. Nalivaiko, et al., Catalog of Data from 

Tension Models along Geomagnetic Poles from the Satellite Data of "Kosmos-49"; 

Academy of Sciences of the USSR, 1967. 

The catalog contains tables showing total magnetic intensity along geomagnetic poles gathered 

in the Kosmos-49 survey. 

491. Orlov, V.P., (editor), Sh. Sh. Dolginov, V.N. Nalivaiko, et al., Catalog of Data from 

Tension Models along Geomagnetic Poles from the Satellite Data of "Kosmos-49"; 

Academy of Sciences of the USSR, 1967. 

The catalog contains tables showing total magnetic intensity along geomagnetic poles gathered 
in the Kosmos-49 survey. 

492. Orlov, V.P., (editor), Sh. Sh. Dolginov, V.N. Nalivaiko, et al., Catalog of Data from 

Tension Models along Geomagnetic Poles from the Satellite "Kosmos-49"; Academy 

of Sciences of the USSR, 1967. 

The catalog contains tables showing total magnetic intensity along geomagnetic poles gathered 

in the Kosmos-49 survey. 

493. Osnaghi, Ferdinand, Yearbook of the K. K. Central Institution for Meteorology and 

Geomagnetism; (Jahrbucher der K.K. Central-Anstalt Fur Meteorologie and 

Erdmagnetismus), Issue: Vol. 12, Series 1875, through Vol. 15, Series 1878 (Neue 

Folge: Band XII, Jahrgang 1875 durch Band XV, Series 1878). Vienna: Kaiserliche und 

Konigliche Hof und Staatsdruckerei, 1877-1 88 1. 

The yearbook is made up of four volumes of annual meteorological and geomagnetic data 

from observations made in Europe from 1875 through 1878. Daily mean values of declination 

and inclination are recorded for each year. The text is in German. 

494. Ostenso, Ned A. and Edward C. Thiel, Aeromagnetic Reconnaissance of Antarctica 

between Byrd and Wilkes Stations; Geophysical and Polar Research Center of the 

Department of Geology of the University of Wisconsin, 1964. 

The journal discusses the airborne magnetic surveys flown in Antarctica from 1958 through 

1961. Discussed are the tracks of twelve flights, the equipment used, and observations of total 

intensity. 

495. Ostrekina, M.E., Results of Magnetic Observations at Polar-Arctic Stations from 

The book contains hourly, monthly and seasonal values of magnetic activity indices, 

declination, horizontal intensity, and vertical intensity for polar arctic stations from 1934-1948. 

The text is in Russian. 

1934-1948. Moscow: Institute of the Academy of Sciences, 1955. 

496. Otagaki, T., Magnetic Survey of Japan: 1932-1933; The Hydrographic Department of 

the Imperial Japanese Navy, The Bulletin of the Hydrographic Department of the 

Imperial Japanese Navy, Vol. 8. Kakioka: The Hydrographic Department of the Imperial 

Japanese Navy, 1936. 

The book contains observations of declination, horizontal intensity, and inclination from 236 

stations in and around Japan from 1932 through 1933. Detailed information on observations 

at each station and reduction of observations to Kakioka and Toyohara observatories are 

recorded. 

497. Otaki, Mitsuo and Koichi Tsukahara, Geomagnetic Survey with the Triaxial Fluxgate 

Magnetometer; Bulletin of the Geographical Survey Institute, 1990. 

The journal discusses the use of the triaxial fluxgate magnetometer in the geomagnetic survey 

of Japan carried out from 1987 to 1989. The journal also contains other geophysical research 

articles. 

80 
498. Pagac, P., M. Krajcovic, S. Ochaba, M. Hvozdara, P. Bobovnicky, et ai., 

[Miscellaneous articles on geomagnetism]; Geophysical Institute of the Slovak Academy 

of Sciences, 1972. 

The journal contains four articles on geomagnetism: (1) Magnetic Field Homogenization by 

Two Pairs of Circular Coils; (2) Distribution of the Geomagnetic Field in Slovakia for the 

Epoch 1967.5; (3) The Geomagnetic Field in Slovakia, Derived from Spherical Harmonic 

Analysis, for 1955.0; and, (4) Non-Harmonic Electromagnetic Induction in a Two-LaYer Earth. 

Other articles on geophysics are also contained in this journal. 

499- The Pan American Committee of the Geophysical Sciences, Magnetic Observations 

in the Region of Central America (Observationes Magneticas en la Region 

Centroamencana); National Geographical Institute of Guatemala and the Eighth Assembly 

of the IPGH (Instituto Geografico Nacional), 1965. 

The journal discusses magnetic surveys in Central America. Included are tables of declination, 

inclination, and horizontal intensity observed from 1962 through 1964. The text is in Spanish. 

5oo. Pao, H.P. and C.C. Chang, Magnetohydrodynamic Boundary Layer between Parallel 

Streams of Different Magnetic Fields and Temperatures; Department of Space Science 

and Applied Physics of the Catholic University of America, 1964. 

The article discusses the interaction between parallel streams and magnetic fields. An analysis 

and calculations of the free laminar boundary layer flow between parallel Streams of different 

magnetic fields and temperatures were made for an incompressible, viscous, thermally, and 

electrically conducting fluid. 

Pardo De Figueroa, Don Rafael, Compensation of Magnetic Declination in the benan 

Peninsula (Compensacion de Declinaciones Magneticas en la Peninsula Ibenca). Madrid: 

Ricardo Alvarez, 1895. 

The book describes the methods used to model the magnetic declination for the Iberian 

It contains values of declination at locations throughout Spain and Portugal from 

I879 through 1893, and an isogonic map for Epochs 1879 and 1893. The text is in Spanish. 

502. Parkinson, W.D., Errors and Limitations of the Magnetic Compass; Bureau of Mineral 

The journal contains an explanation of some facts about Earth’s magnetic field. It includes 

an example of the maps published every five year by the Bureau of Mineral Resources, 

Geology and Geophysics. 

Resources, Geology and Geophysics of the Commonwealth of Australia, 1965. 

503. Passalskii, P.T., Magnetic Anomalies in the Region of Krivoi-Rog (Anomalies 

magnetiques dans la region des mines de Krivoi-Rog). Odessa: The Department of 

Physics of the Royal University of Odessa, 1901. 

The book discusses magnetic anomalies in the Krivoi-Rog region of the USSR. Included are 

isogonic charts showing declination, inclination, horizontal intensity, vertical intensity, and 

north and east components. The text is in French and Russian. 

81 
504. Paul, P.A., Depth Rules for Some Geometric Bodies for Interpretation of Aeromagnetic 

Anomalies; Bulletin of the National Geophysical Research Institute, 1964. 

The journal discusses depth rules which may be helpful in the interpretation of aeromagnetic 

anomalies. The data are presented in simple geometric bodies employing the distance between 

the positive and negative peaks. 

505. Paulsen, Adam, Anomalies of the Geomagnetic Field in Denmark (Anomalies du Champ 

Magnetique Terrestre en Danemark); Journal of the International Maritime Congress of 

Copenhagen, 1902. 

The journal contains values of declination, inclination, and horizontal intensity in Denmark for 

the Epoch 1900.5 along with a discussion of the methods of observation. 

506. Payo Subiza, Gonmlo, Yearbooks of the Central Geophysical Observatory "Alfonso Rey 

Pastor"-Toledo, Almeria, Logrono, Santa Cruz De Tenerife: 1972 (Anuario del 

Observatorio Central Geofisico "Alfonso Rey Pastor"-Toledo, Almeria, Logrono, Santa 

Cruz De Tenerife: 1972); Yearbook of the Geomagnetic and Aeronomy Service 

(Anuarios del Servicio de Geomagnetismo y Aeronomia), 1974. - 

The journal contains the results of the systematic observation of the geomagnetic field carried 

out at the magnetic observatories: Toledo, Almeria, Logrono, and Santa Cruz De Tenerife, 

Spain in 1972. Included are hourly value tables of declination, horizontal intensity, and vertical 

intensity observed at each observatory. The text is in Spanish. 

507. Peddie, Norman, Geomagnetic Report: South Pole-Queen Maud Land Traverse I, 

1964-1965; U.S. Coast and Geodetic Survey, 1966. 

The journal discusses the South Pole multi-discipline scientific expedition of 1964 and 1965. 

A section on geomagnetism describes the equipment used and locations of observations. Table 

1 provides preliminary magnetic declination, inclination, horizontal intensity, vertical intensity, 

and total field values. 

508. Peddie, Norman W. and Audronis K. Zunde, An Assessment of the IVear-Surface 

Accuracy of the International Geomagnetic Reference Field 1980 Model of the Main 

Geomagnetic Field; Physics of the Earth and Planetary Interiors, 1985. 

The journal compares the International Geomagnetic Reference Field (IGRF) for 1980 with 

surface data and the World Chart model 1980. The results of the comparison show that the 

IGRF 1980 and WC 1980 agree closely and IGRF 1980 gives a generally accurate depiction 

of the main field at the surface. 

509. Perez-Urquiola, Manuel Catalan and Francisco Gomez- Armario, Proton 

Magnetometers: A Procedural Control of Geomagnetic References (Magnetometros de 

Protones: un Procedimiento Sencillo de Control De Referencias Geomagneticase); 

Institute and Observatory of Marina, 1970. 

The journal discusses theoretical bases of proton magnetometers and Helmholtz coil design. 

Included is a description of a method for using the system to control the base lines of the 

82 
geomagnetic observatory, San Fernando. The text is in Spanish. 

510. Perkins, D.M., Magnetic Results South Pole Traverse: 1962-1963; U.S. Coast and 

Geodetic Survey, 1964. 

The report contains tabulations of the measurements of magnetic fields made on the South 

Pole Traverse conducted during the 1962-1 963 austral summer. 

511. Pernter, J.M., Yearbook of the K.K. Central Establishment for Meteorology and 

Geomagnetism (Jahrbucher der K.K. Central- Anstalt fur Meteorologie und 

Erdmagnetismus; Annual 1904, Series 41 (Jahrgang 1904, Neue Folge 41). Vienna: 

Wilhelm Braumuller, 1906. 

The yearbooks contain tables of meteorological data for the years 1904 through 1907 in 

Austria and adjacent European countries. The text is in German. 

512. Pernter, J.M., Yearbook of K.K. Central-Establishment for Meteorology and 

Geomagnetism: Series 1896-1 897 (Jahrbucher of the K.K. Central-Anstalt for 

Meteorologie und Erdmagnetismus (Jahrgang 1896-1 897); Series 1896, Issue 33 through 

Series 1897, Issue 34 (Neue Folge 34 Band). Vienna: Wilhelm Braumuller, 1899. 

The book contains meteorological observations at locations throughout Europe in 1896 and 

1897. 

513. Petrova, G.N., Archeomagnetic Determinations of Geomagnetic Field Elements; Soviet 

Geophysical Committee of the Academy of Sciences of the USSR, 1977. 

The journal has approximately eighty pages of archaeomagnetic field data. Tables contain 

information on the age of the sample, country, site latitude and longitude, ancient declination 

and inclination (with and without thermal cleansing), radius of circle of 95% confidence, 

number of samples, and error determinations. Each entry is referenced to the source paper. The 

text is in Russian. 

514. Phelan, Michael, Magnetic Results Filchner Ice Shelf Traverse: 1963-1964; U.S. Coast 

and Geodetic Survey, 1965. 

The report contains tabulations of the results of measurements of magnetic fields made on the 

Filchner Ice Shelf Traverse conducted during the 1963-1 964 austral summer. 

515. Physics Laboratory of the Faculty of Science of the University of Madagascar, 

Magnetism; Monthly Bulletins of the Observatory of Tananarive (Bulletin Mensuel des 

Observatoire de Tananarive), 1968-1 969. 

This series is a collection of eleven journals containing observations made at the magnetic and 

seismic observatory of Tannarive in Madagascar from December, 1967, through April, 1969. 

Recorded data include preliminary monthly values of declination, inclination, and horizontal 

intensity. The text is in French. 

516. Praus, Olrich, Jon M. DeLaurier, and L.K. Law, The Extension of the Alert 

Geomagnetic Anomaly through Northern Ellesmere Island, Canada; Canadian Journal of 

83 
Earth Sciences, 1971. 

The journal contains an analysis of magnetic recordings obtained at eleven sites in Ellesmere 

Island during 1967. The data were collected to study the Alert anomaly which appears to be 

generated by electric currents flowing in the Earth’s crust or upper mantle. The data indicate 

that the Alert anomaly extends 475 km to the southwest. 

517. Preston, E.D., Magnetic and Gravity Observations on the West Coast of Africa and at 

Some Islands in the North and South Atlantic; The American Journal of Science, 1890. 

The journal discusses reasons for and methods of gravity and magnetic observations. The 

locations of stations visited during the 1889-1890 voyage of the U.S. Navy ship Pensacola 

are recorded. No observations accompany the station locations. 

518. Price, A.T. and DJ. Stone, The Quiet-Day Magnetic Variations during the IGY; Annals 

of the International Geophysical Year, 1964. 

The journal is a three-part discussion of Dst, Ring current, and quiet day variation research 

carried out during the International Geophysical Year (IGY). The article contains values of Sq 

monthly and hourly values of north and east components, and vertical intensity observed at 

locations around the world. 

519. Prior, L.S. and J.C. Dooley, Geophysical Observatory Report; Bureau of Mineral 

Resources of the Commonwealth of Australia, 1965. 

This three-volume report is a collection of twelve monthly reports for each year 1963-1965. 

Each monthly report contains values of magnetic K-indices and monthly means computed for 

the observatories at Mawson, Wilkes, Macquarie Island, Toolangi, Gnangara, and Port 

Moresby, Australia. 

520. Pushkov, A.N. and M.P. Ivchenko, The Summary pf the Annual Mean Values of 

Magnetic Elements at the World Magnetic Observatories; Institute of Terrestrial 

Magnetism, Ionosphere and Radio Wave Propagation (IZMIRAN), 1980. 

The journal contains annual mean values of magnetic elements for the period 1978-1979. 

Observations were made at magnetic observatories located world-wide. The text is in Russian. 

521. Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1967. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

The text is in Russian. 

522. Pushkov, A. N. and M.P. Ivchenko, The Summary of Annual Mean Values of 

Magnetic Elements at the World Magnetic Observatories; Institute of Terrestrial 

Magnetism, Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of 

Sciences of the USSR, 1972. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

84 
The text is in Russian. 

523. Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1973. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

The text is in Russian. 

524. Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1975. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

The text is in Russian. 

525. Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) of the Academy of Sciences of the 

USSR, 1976. 

The journal contains tables of values for the seven magnetic elements throughout the world. 

The text is in Russian. 

526. Pushkov, A.N. and M.P. Ivchenko, The Summary of the Annual Mean Values of 

Magnetic Elements at World Magnetic Observatories; Institute of Terrestrial Magnetism, 

Ionosphere and Radio Wave Propagation (IZMIRAN) Academy of Sciences of the USSR, 

1974. 

The journal contains annual means values of declination, inclination, horizontal intensity, 

vertical intensity, total intensity, north component, and east component for sixty-one 

observatories throughout the USSR. The text is in Russian. 

52'7. Quetelet, A., Geomagnetism in Italy (Magnetisme Terrestre en Italie); Supporting Record 

(Second Memoire). Brussels: The Printery of the Royal Academy, 1840. 

The book contains values of horizontal intensity made at observatories in Brussels, Paris, 

Innsbruck, Turin, Venice, Genoa, Pisa, Florence, Rome, and Naples in 1839. The values of 

inclination at these observatories are recorded for 1836, 1837, 1838, and 1839. The text is in 

French. 

528. Quilty, J.H., Gippsland Basin Airborne Magnetic Surveys, Victoria 195 1-52 and 1956; 

Bureau of Mineral Resources, Geology and Geophysics of the (hnmonwealth of 

Australia, 1965. 

The journal contains a contour map of both the on-shore and off-shore areas of the Gippsland 

Basin, Victoria. An aeromagnetic survey of that region was conducted in 1951 and 1952. 

Anomalies shown on the contour map indicate a trough containing 15,000 feet of sediment. 

85 
529. Reilly, W.I. and A.L. Burrows, The Geomagnetic Field in New Zealand at Epoch 

1970.5; Department of Scientific and Industrial Research, Bulletin 21 1, Geophysical 

Memoir No. 8. Wellington, New Zealand: Crown, 1973. 

The book shows data for 708 vector determinations at 211 magnetic stations in New Zealand 

and outlying islands and at 269 points on Project Magnet’s survey flight lines providing 

contour maps of seven normal field elements at Epoch 1970.5. 

530. Richardson, L.A. and K. Wadati, Magnetic Data from the Japanese Empire, Western 

Pacific Ocean and Countries Overrun in the War, 1904-1945. 

The files contain values of declination, horizontal intensity, and vertical intensity. Data are 

recorded as monthly and annual means. Observations were made in Japan, China, Korea, and 

the Philippines from 1904 through 1945. The reports contain notes on observatory practices. 

531. Riddihough, R.P., Regional Magnetic Anomalies and Geology in Fennoscandia: A 

Discussion; Canadian Journal of Earth Sciences, 1972. 

The journal discusses a magnetic anomaly map constructed from aeromagnetic profiles in 

Fennoscandia. The map reflects the established tectonic patterns of the Fennoscandian region 

and permits speculation about continental discontinuities colinear with oceanic fracture zones. 

532. Riddihough, R.P., G.V. Haines, and W. Hannaford, Regional Magnetic Anomalies 

of the Canadian Arctic; Canadian Journal of Earth Sciences, 1973. 

The journal contains a contoured residual map of the vertical magnetic field in the Canadian 

Arctic region. The article discusses tectonic patterns and relations between the Canadian Shield, 

the Innuitian Region, and the oceanic ridges of the Arctic Basin. 

533. Rikitake, Tsuneji, Electromagnetic Induction in a Hemi-Spherical Ocean by Sq; Journal 

of Geomagnetism and Geoelectricity, 1960. 

The journal describes a theory of electromagnetic induction within a hemispherical conducting 

sheet. The theory is applied to the induction by Sq in a large ocean of uniform depth bounded 

by two meridians. The patterns of the induced currents are obtained and illustrated both for 

the 24- and 12-hourly components. 

534. Rikitake, Tsuneji, Electromagnetism and the Earth’s Interior; Developments in Solid 

Earth Geophysics: 2. Amsterdam: Elsevier Publishing Company, 1966. 

The text book discusses topics of geomagnetism including the main magnetic field of the 

Earth, the theory of steady dynamo, the stability of the dipole field, secular variation, 

electromagnetic induction, electric conductivity, and conductivity anomalies. 

535. Rikitake, Tsuneji, Resonant Behavior of Electric Currents Electromagnetically Induced 

within a Nonuniform Sheet of Conductor; Journal of Geophysical Research, 1968. 

The journal discusses electromagnetic induction in a nonuniform sheet. A time-dependent 

inducing field is used to clarify the relation of the induced current intensity and the wave 

lengths of the non-uniformity and the inducing field. 

86 
536. Rikitake, Tsuneji and Yukio Hagiwara, Non-steady Bullard-Gellman Dynamo Model 

(2); Journal of Geomagnetism and Geoelectricity, 1968. 

The journal discusses examples of non-steady Bullard-Gellman models by using the equation 

of motion coupled to the induction equation into account. The zonal flow is approximated by 

rotation of a rigid sphere in actual calculation. 

537. Rikitake, Tsuneji, Seiya Uyeda, Takesi Yukatake, and Eiko Nakagawa, The 

Anomalous Behavior of Geomagnetic Variations of Short Period in Japan and Its 

Relation to the Subterranean Structure, 8th Report; Bulletin of the Earthquake Research 

Institute, 1959. 

The journal discusses the results of magnetic observations carried out on two islands in the 

South Sca, 270 and 340 km south of Tokyo, Japan, respectively. Extremely large amplitude, 

short-period vertical component anomalies are analyzed. 

538. Roberts, E.B. et al. (IAGA Committee on Observatories), Description of Geomagnetic 

Observatories; International Association of Geomagnetism and Aeronomy, 1959. 

The journal discusses the location, description and history of observatories in operation 

World-wide in 1959. 

539. Robertson, W.A. and W.F. Fahrig, The Great Logan Paleomagnetic Loop: The Polar 

Wandering Path from Canadian Shield Rocks during the Neohelikian Era; Canadian 

Journal of Earth Sciences, 1971. 

The journal discusses probable paleopole positions during the Neohelikian Era relative to the 

Canadian Shield. Thermal and alternating field demagnetization for five study groups support 

the hypothesis that the relative polar movement giving rise to the Logan Loop was preceded 

and followed by polar stability. 

540. Romana, Antonio, Diffusion of the Copernican System of the World (Difusion del 

Sistema de Copernico en el Mundo); Ebro Observatory, 1973. 

The work discusses the historical significance of Copernicus’ theory and its impact on 

astronomy. The text is in Spanish. 

541. Romana, Antonio, The Special Soviet Program (El programa especial sovietico); Ebro 

Observatory, 1972. 

The work discusses the history of space exploration with an emphasis on the Soviet program 

from 1957 through 1972. The text is in Spanish. 

542. Rooney, W. J., Earth-Current Results at Tucson Magnetic Observatory, 1932-1942; 

Washington, D.C.: Camegie Institution, 1949. 

The journal contains the results of an eleven-year study and analysis of Earth currents 

including hourly values of potential measured at Tucson Observatory. The relationship with 

the solar activity of an eleven-year sunspot cycle observed at the observatory from 1932 to 

1942 is also discussed. Tables include 290 pages of hourly observations of Earth current 

PO ten tial. 

87 
543. Rotanova, N.M., Investigations of the Earth’s Deep Electro-Conductivity Using Dst 

Variations; Academy of Science of the USSR, 1975. 

The journals discusses methods of analyzing deep electro-conductivity in the Earth using Dst 

variations. The text is in Russian. 

544. Rother, Klaus, Rock and Paleomagnetic Research on the Rock Probes in the Territory 

of the DDR Precambrian to the Tertiary and Conclusions for the Changes of the 

Geomagnetic Main Field for Geological-Geotectonic Interpretation (Gesteins und 

palaeomagnetische Untersuchungen an Gesteinsproben vom Territorium der DDR aus dem 

Praekambrium bis zum Tertiaer und Folgerungen fur die Veraendergugen des 

geomagnetischen Haptpfeldes sowie fur geologish-geotektonische Intezpretationsmogluchkeiten). Berlin: Research Branch of Cosmic Physics of the German Academy 

of Science (Forchungsbereich Kosmiche Physik der Deutsche Akadernie der Wissenschaften zu Berlin), 1969. 

The journal is a dissertation presented to the faculty of the Humboldt University of Berlin in 

March of 1970. The work is a contribution to methods for solving geological problems dealing 

with relative dating, the detection of movement, and the genesis of rocks. The text is in 

German. 

535. Roy, J.L., The Dominion Observatory Astatic Magnetometer. Ottawa: Dominion 

The journal discusses the construction and performance of an astatic magnetometer. It is shown 

that the use of a fluxgate system to maintain a steady field-free space at the magnetometer 

greatly reduces the noise level. 

Observatory, 1967. 

546. Roy, J.L., N.D. Opdyke, and E. Irving, Further Paleomagnetic Results from the 

Bloomsburg Formation. Ottawa: Dominion Observatory, 1967. 

The journal contains paleomagnetic results from 161 specimens in the Bloomsburg red beds 

in the Appalachians. The values of mean intensity and direction, magnetization, and magnetic 

pole location collected at 13 localities is used to determine if the curvature of the tectonic arc 

was original or if it was produced by bending in plan. 

547. The Royal Meteorological Institute of Belgium, Terrestrial Magnetism, Atmospheric 

Electricity and Temperature of the Sun: Years 1914 and 1915 (Annales de L’Institut 

Royal Meteorologique de Belgique: Annees 1914 and 1915); Yearbook of the Royal 

Meteorological Institute of Belgium, 1919. 

The journal contains meteorological and geomagnetic data observed at the Royal 

Meteorological Institute of Belgium in 1914 and 1915. Geomagnetic data include observed 

values of inclination, declination, and horizontal intensity. The text is in French. 

548. The Royal Observatory of Greenwich, Results of Magnetical and Meteorologjcal 

Observations: 1899-1903. Greenwich: Royal Observatory, 1903. 

The book contains values of declination, horizontal intensity, and vertical intensity observed 

88 
at the magnetic observatory in Tokyo from 1899 through 1903. Tables are also included 

showing observations of atmospheric electricity. 

549. The Royal Observatory of Brussels, Yearbook of the Royal Observatory of Brussels; 

Second Series, Vol. 1 (Deuxieme Sene, Tome 1). Brussels: F. Hayez, Printery of the 

Royal Academy, 188 1. 

The book contains tables of meteorological and geomagnetic data observed in Belgium from 

1834 though 188 1. Geomagnetic data include three-hour mean values of declination, horizontal 

intensity, and vertical intensity for 1876. The text is in French. 

550. The Royal Observatory of Brussels, Yearbooks of the Royal Observatory of Brussels 

(Annales de L’Observatoire Royal de Bruxelles); Vol. 2. Brussels: F. Hayez, 1885. 

This series of yearbooks contain tables of meteorological and geomagnetic data made from 

observations at the Royal Observatory of Brussels from 1877 through 1879. Tables of magnetic 

data include declination, horizontal intensity, and vertical intensity. The text is in French. 

551. Rudzki, M.P., Results of Meteorological, Seismological and Magnetical Observations 

at the Krakow Observatory (Resultate der meteorologischen, seismologischen und 

magnetischen Beobachtungen an der k. k. Sternwarte Krakau); Krakow Observatory, 

1913. 

The journal makes twenty-six observations of declination correcting errors to earlier 

observations caused by the presence of an electric street car system in Krakow, Poland, in 

191 3. Daily and monthly meteorological and seismological observations are recorded. 

552. Ruiz Lopez, Jose, Magnetic Anomalies of the Iberian Peninsula: Epoch 1960.0 

(Anomalias Magneticas de la Peninsula Iberica: Epoca 1960.0); Institute of Geography 

and Cartography, 1967. 

The journal shows the data of the seven magnetic elements-declination, horizontal intensity, 

vertical intensity, total intensity, inclination, and both north and east components in the Iberian 

Peninsula in 1960. 

553. Rysinova, I.L., The Results of Magnetic Observations of the Magnetic Observatories 

of Matochkin Shar, Franz-Joseph Land and Dickson, 1933; Transactions of the Arctic 

Institute of the USSR, 1937. 

The journal discusses the results of magnetic observations of the Matochkin Shar, the 

Franz-Joseph Land, and the Dickson Observatories during 1933. Included are tables of hourly 

values of declination, horizontal intensity, and vertical intensity. The text is in Russian. 

554. Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at Hobarton, in Van Diemen Island and by the Antarctic Naval Expedition; Vol. 1, 

Commencing with 1841. London: Longman, Brown, Green, and Longmans, 1850. 

The book contains meteorological and magnetic data observed at Hobarton Observatory at Van 

Diemen Island, Australia from 1841 through 1848. Geomagnetic data include hourly mean 

values of declination, inclination, vertical intensity, and horizontal intensity. 

89 
555. Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at the Cape of Good Hope; Vol. 1, Magnetical Observations, 1841 to 1846. London: 

Longman, Brown, Green and Longmans, 185 1. 

The book contains hourly values of declination, inclination, horizontal intensity, vertical 

intensity, and secular change observed at the Cape of Good Hope Observatory from 1841 

through 1846. Monthly means are recorded for 1846-1850. 

556. Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at Hobarton, in Van Diemen Island; Vol. 2. London: Longman, Brown, Green and 

Longmans, 1852. 

The book discusses geomagnetic surveys made at the Horbarton Observatory on Van Diemen 

Island from 1843 through 1848. Included are tables of declination, inclination, horizontal 

intensity, vertical intensity, and total intensity. 

557. Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at Hobarton, in Van Diemen Island; Vol. 3. London: Longman, Brown, Green and 

Longmans, 1853. 

The book discusses magnetic and meteorological observations made at the Hobarton 

Observatory on Van Diemen Island from 1846 through 1848. Geomagnetic data include tables 

of declination, inclination, horizontal intensity, vertical intensity, and total intensity. 

558. Sandkuhl, Ernst, Results of Meteorological and Magnetic Observations at Clausthal 

from January 1, 1876 to January 1, 1886; The Imperial Southern Mountain Region of 

Clausthal (Der Koniglichen Oberbergamts zu Clausthal). Saarbrucken: Drud von Gebuder 

Hofer, 1887. 

The book contains climatology data and observations of magnetic declination in Clausthal, 

Germany, from 1876 to 1886. Magnetic declination was observed daily at 8 A.M. and 1 P.M. 

local time. Hourly, five-day, and monthly means are recorded. Notes on observations are also 

recorded where appropriate. Magnetograms for 1876 through 1885 are included. The text is 

in German. 

559. Sano, S., Magnetic Surveys of Japan and the Spherical Harmonic Analysis of the Earth's 

Magnetic Field for the Epoch 1945; Hydrographic Division, Maritime Safety Agency of 

Tokyo, Japan, 1950. 

The journal contains observed values of declination, inclination, and horizontal intensity made 

at a number of stations in Japan, Korea, Manchuria, and Formosa from 1942 through 1944. 

560. Sano, S., Magnetic Surveys of Japan and the Spherical Harmonic Analysis of the Earth's 

Magnetic Field for the Epoch 1945; Hydrographic Division of the Maritime Safety 

Agency of Japan, 1950. 

The journal contains the results of the fourth magnetic survey of Japan. Declination, 

inclination, and horizontal intensity were observed at stations throughout Japan from 1942 

through 1948. The spherical harmonic model resulting from the survey is also recorded. 

90 
561. Sauer, Herbert H. and J.G. Roederer, Quantitative Magnetospheric Models: A 

Symposium Held at Boulder, Colorado 1970; Environmental Science Services 

Administration Research Laboratories, 1970. 

The publication contains twenty-one papers presented at the Boulder ESSA symposium in 

1970. Topics of papers include magnetospheric models, mapping, a description of the outer 

magnetosphere, drift shell splitting, electron drift effects, and particle motion. 

562. Schenzl, Guido, Contributions to the Knowledge of Magnetic Conditions in Southeastern 

Hungary (Beitrag zur Kenntniss der magnetischen Verhaltnisse im sudostlichen Ungarn); 

Hungarian Scientific Academy, 1875. 

The journal contains values of declination observed at locations throughout Hungary from 1848 

through 1875. Some data are reduced to Epoch 1850. Observations made in 1875 include date, 

time, location, and observed declination. The text is in German. 

563. Schenzl, Cuido and Cusztav Kondor, Mannetikai helymeghatarozasok Magyarorszag 

delnyugati reszien; M.T.A. Math S. Tetmeszett, Kozlemenyek, 1870. 

The journal appears to contain magnetic and meteorological observations made in and around 

Hungary in 1869. There appears to be a conclusion on pages 165-168 summarizing 

observations of declination, inclination, and horizontal intensity from 1848 to 1869. Tables at 

the end of the text summarize actual observations. The text is in Hungarian. 

564. Schering, Karl, Reports of the Magnetic Observatory (Beobachtungen im magnetischen 

Observatorium); Reports from the Imperial Organization of Science and the 

George-Augusts University in Gottingen, 188 1. 

The reports discuss Earth’s magnetic field. Included are tables of horizontal intensity and 

secular variation observed from 1834 through 1880. The text is in German. 

565. Schlich, R. and M. Palomares, Semi- Automatic Treatment in Recording Analogies: 

Application from Magnetograms (Traitement Semi-Automatique D’enregistrements 

Analogiques: application aux magnetogrammes); Yearbook of the Institute of Geophysics 

(Annales L’institut de Physique du Globe), 1966. 

The journal describes computer methods of recording magnetometer readings. Included are 

sample programs and examples from the magnetic observatory at Port Aux Francais. The text 

is in French. 

566. Schmidt, Ad., Representations at the Observatory at Potsdam Employing Proceedings 

of Earth Core of Monthly Bands of Geomagnetic Elements (Darstellung des am 

Observatorium zu Potsdam verwendeten Verfahrens zur Ermittelung des mondentagigen 

Ganges der erdmagnetischen Elemente); Results of Magnetic Reports in Potsdam and 

Seddin in the Year 1922 (Ergebnisse der magnetischen Beobachtungen in Potsdam und 

Seddin im Jahre 1922), 1922. 

The journal discusses the results of magnetic observations made in Potsdam and Seddin in 

1922. Tables of calculations are shown for the north component for the years 1905 through 

91 
1940. The text is in German. 

567. Schmidt, Adolf, Magnetic Declination in West and East Prussia: 1905-1913; Prussian 

Meteorological Institute (Veroffentlichungen des Preussischen Meteorologischen Instituts), 

1922. 

The journal discusses geomagnetic surveys carried out in Prussia. Included are tables of 

declination observed from 1905 through 1913. The text is in German. 

568. Schmucker, Ulrich, Geomagnetic Deep Soundings in Germany 1957-59: Magnetograms 

and First Evaluation (Erdmagnetische Tiefensondierung in Deutschland 1957-59: 

Magnetogramme und Erste Auswertung); Book No. 5. Gottingen: Vandenhoeck and 

Ruprecht, 1959. 

The book discusses a project in Northern Germany to examine the underground 

electromagnetic anomaly. Data from Niemegk and Wingst magnetic observatories are used. 

The text is in German. 

569. Schott, C.A., Distribution of the Magnetic Declination in Alaska and Adjacent Waters 

for the Year 1895, with Two Charts; U.S. Coast and Geodetic Survey, 1895. 

The journal discusses magnetic surveys carried out in Alaska and adjacent waters. Included 

are tables of magnetic declination and secular variation observed from 1861 through 1894 and 

reduced to Epoch 1895.0. 

570. Schott, C.A., The Secular Variation and Annual Change of the Magnetic Force at 

Stations Occupied by E.D. Preston in Connection with the U.S. Eclipse Expedition to 

the West Coast of Africa in 1889-1890; Bulletin of the U.S. Coast and Geodetic Survey, 

1891. 

The builetin discusses secular variation as related to solar flare ,activity in west Africa in 1889 

and 1890. Included are tables of declination, inclination, horizontal intensity, and total 

intensity. 

571. Schott, Charles, Magnetic Traces, 188 1. 

The file contains ten or twelve magnetic traces recorded at Madison, Wisconsin, in September, 

1881. 

572. Schott, Charles, Methods and Results: Report upon Magnetic Observations Made at the 

U.S. Polar Station Ooglaamie, Point Barrow, Alaska 1881-1882-1883; U.S. Coast and 

Geodetic Survey, 1883. 

The report discusses the magnetic observations made at the U.S. Polar Station Ooglaamie, 

Point Barrow, Alaska, in 1881, 1882 and 1883. Tables include monthly mean values of 

declination, inclination, and horizontal intensity. 

573. Schott, Charles A., Contributions to Terrestrial Magnetism-Appendix 139: Report on 

the Record with Computation and Results of the Magnetic Observations Made by the 

Expedition to Lady Franklin Bay, 1881-1884; U.S. Coast and Geodetic Survey. 

92 
Washington, D.C.: U.S. Coast and Geodetic Survey, 1886. 

The book contains the results of the U.S. Coast and Geodetic Survey Polar Expedition of 

1881 -1 884. Observed values of magnetic declination, inclination, and horizontal intensity made 

at Fort Conger, Lady Franklin Bay, and Grinnel Land in 1881 through 1883 are published. 

574. Schott, Charles A., Distribution of the Magnetic Declination in the United States for 

the Epoch January 1, 1900-Appendix 1: Terrestrial Magnetism Report for 1896; U.S. 

Coast and Geodetic Survey. Washington, D.C.: Government Printing House, 1897. 

The book discusses the distribution of magnetic declination in the United States for the Epoch 

January 1, 1900. Included are tables of declination and secular variation. 

575. Schott, Charles A,, Distribution of the Magnetic Declination in the United States for 

the Epoch January 1, 1900; U.S. Coast and Geodetic Survey, 1897. 

The journal contains values of declination in the United States and adjacent areas observed 

prior to 1900. Each observation is reduced to Epoch January 1, 1900. 

576. Schott, Charles A., Distribution of the Magnetic Dip and Magnetic Intensity in the 

United States for the Epoch January 1, 1900; U.S. Coast and Geodetic Survey, 1898. 

The journal contains values of inclination, horizontal intensity, and total intensity in the United 

States. Values are also reduced to Epoch January 1, 1900. 

577. Schott, Charles A., Magnetic Dip and Intensity with Their Secular Variation and 

Geographical Distribution in the United States-Appendix 6: Report for 1885; U.S. 

Coast and Geodetic Survey. Washington, D.C.: Government Printing House, 1886. 

The book discusses inclination, total intensity, and secular variation in the United States. 

Included are tables of data for 1885. 

578. Schott, Charles A., The Magnetic Work of the Greely Arctic Expedition: 1881-1884; 

U.S. Coast and Geodetic Survey, 1889. 

The journal contains a description of the 1881-1884 Greely Arctic Expedition. 

579. Schott, Charles A. Methods and Results: Directions for Measurement of Terrestrial 

Magnetism-Appendix 8 and 9 for 1881, Appendix 12 for 1882, Appendix 6 for 1885; 

U.S. Coast and Geodetic Survey. Washington, D.C.: U.S. Government Printing Office, 

1882. 

The book is a series of appendices containing definitions of declination, inclination, and 

absolute and relative measures of magnetic force. Appendices for 1882 and 1885 contain 

tables of declination, inclination, and total intensity made at locations in the United States and 

adjacent countries from 1541 through 1885. Magnetic charts for declination, inclination, 

horizontal intensity, and total intensity for the Epoch 1885 are included at the end of the text. 

580. Schott, Charles A., Methods and Results: Secular Variation of the Magnetic Declination 

in the United States and at Some Foreign Stations; U.S. Coast and Geodetic Survey, 

1883. 

93 
The journal contains values of magnetic declination observed at locations in the United States 

and foreign stations from 1541 through 1882. Included data were determined to be suitable 

for the study of secular variation. 

581. Schott, Charles A., Methods and Results: Distribution of the Magnetic Declination in 

the United States at the Epoch January 1885; U.S. Coast and Geodetic Survey, 1883. 

The journal contains values of magnetic declination observed at locations in the United States 

and foreign stations from 1541 through 1882 with declinations reduced to 1885. Included data 

were determined to be suitable for the study of secular variation. 

582. Schott, Charles A., Methods and Results: Magnetic Dip and Intensity with Their Secular 

Variation and Geographical Distribution in the United States; U.S. Coast and Geodetic 

Survey, 1886. 

The journal contains observed values of inclination, horizontal intensity, total intensity, and 

secular variation in the United States. Values are also reduced to Epoch 1895.0. 

583. Schott, Charles A., Notes on Measurements of Terrestrial Magnetism; United States 

Coast Survey, 1872. 

The journal contains instructions for the determination of magnetic declination, inclination, and 

horizontal intensity on land. No actual observations are recorded. 

584. Schott, Charles A., Report on Results of Magnetic Observations, Both Absolute and 

Differential, at Key West, 1860 to 1866; United States Coast Survey, 1874. 

The journal contains values of corrected daily, monthly, and annual variation of magnetic 

declination, inclination, and horizontal intensity at Key West, Florida, from 1860-1 866. 

585. Schott, Charles A., Report on the Results from the Observations Made at the 

Magnetical Observatory on Capitol Hill, Washington, D.C. between 1867 and 1869; 

United States Coast Survey, 1869. 

The journal contains monthly mean values of magnetic declination, inclination, and horizontal 

intensity observed on Capitol Hill, Washington, D.C. from 1867 through 1869. Three tables 

summarize observations of magnetic declination, inclination, and horizontal intensity in the 

Washington, D.C. area. 

586. Schott, Charles A., Results of Magnetic Observations Recorded at Los Angeles, 

California: 1882- 1889; Part 3: Differential Measures, Horizontal Intensity; U.S. Coast 

and Geodetic Survey. Washington, D.C.: U.S. Government Printing Office, 1892. 

The book contains nearly three-hundred pages of values for horizontal variation, hourly means 

and diurnal variation from observations recorded at Los Angeles Observatory from 1882 

through 1889. 

587. Schott, Charles A., The Secular Change of Magnetic Declination in the United States 

and Other Parts of North America; United States Coast Survey, 1874. 

The journal contains values of magnetic declination observed at locations in the United States 

94 
and foreign stations from 1609 through 1874. Included data were determined to be suitable 

for the study of secular variation. 

588. Schott, Charles A., Secular Variation of the Earth’s Magnetic Force in the United States 

and Some Adjacent Foreign Countries-Appendix 1 : Terrestrial Magnetism for 1895; 

U.S. Coast and Geodetic Survey. Washington, D.C.: U.S. Government Printing Office, 

1896. 

The book contains values of declination, inclination, and total intensity observed at locations 

throughout Canada, Mexico, and the United States. 

589. Schott, Charles A., Secular Variation of the Earth’s Magnetic Force in the United States 

and in Some Adjacent Foreign Countries-Appendix 1 for 1895. Washington, D.C.: U.S. 

Government Printing Office, 1896. 

The book discusses secular variation in the United States, Canada, Mexico, and adjacent 

countries. Included are tables of declination and inclination made from observations from 

1600 through 1895. 

590. Schott, Charles A., Terrestrial Magnetism: Secular Variation of the Magnetic Declination 

in the United States and at Some Foreign Stations; U.S. Coast and Geodetic Survey, 

1890. 

The journal contains values of magnetic declination observed at locations in the United States 

and foreign stations from 1525 through 1887. Included data were determined to be suitable 

for the study of secular variation. 

591. Schott, Charles A. and George Davidson, Report of the Superintendent of the U.S. 

Coast and Geodetic Survey Showing the Progress of the Work during the Fiscal Year 

Ending with June, 1886; U.S. Coast and Geodetic Survey. Washington, D.C.: U.S. 

Government Printing Office, 1887. 

The book contains data from geodetic and hydrographic surveys and magnetic observations in 

most of the United States conducted in Fiscal Year 1886. Data are arranged by region with 

magnetic observations recorded in Appendix 12. Appendix 7 contains an examination of 

voyages from 1539 to 1603 on the northwest coast of America. 

592. Schott, Charles A. and Werner Suess, Reports on the Magnetic Observatory at 

Madison, Wisconsin; U.S. Coast Survey, 1876-1877. 

The journals contain hand-written notes made at the observatory at Madison, Wisconsin, in 

1876 and 1877. Included are “general remarks” of description of the observatory and tables 

of azimuth recorded from 1876 through 1877. 

593. Schuck, A., Magnetic Observations at Hamburg Bay, the German Bay of the North Sea 

and Central Regions (Magnetische Beobachtungen an der Hamburger Bucht, deutsche 

Bucht der Nordsee, mittlerer Theil); Yearly Changes of the Elements of Geomagnetism: 

1893 to 1896 (Jahrliche Aenderung der Elemente des Erdmagnetismus: 1893-96). 

Hamburg: Emil Korff, 1898. 

95 
The book contains values of declination, inclination, horizontal intensity, and vertical intensity 

observed at stations in Europe from 1893 through 1896. Data are reduced to Epochs. The 

text is in German. 

594. Schuck, Albert, Essays in the Areas of Natural Science presented by the Natural 

Science Club of Hamburg; Observations of Direction, Inclination and Frequency of the 

Magnetic Needle (Beobachtungen der Missweisung, Inklination und Schwingungszeit der 

Magnetnadel) on the Elbe and the North Sea Between Hamburg and Rouen from 1884 

to 1885 and London to Hamburg in 1886. Hamburg: L. Friederichsen and Co., 1886. 

The book contains values of declination, inclination, and horizontal intensity with azimuth 

sightings in 1884 and 1885. D, I, and H for numerous observatories are recorded prior to 

1850, 1850-1858, 1858-1868, and 1868-1871. The text is in German with tables and charts 

summarizing the data. 

595. Schultz, Gunter and Uwe Carstens, A Period Measuring Proton Magnetometer with 

a Direct Readout; The German Hydrographic Journal (Deutsche Hydrographische 

Zeitschrift), 1979. 

The journal discusses utilization of a proton magnetometer using a direct readout. 

596. The Secretariat of the Geophysics Research Board of the National Geophysical 

Research Institute, Progress in Geophysics; Report of the Geophysical Activities in the 

Republic of India, 1965. 

The report contains sections of summaries by the Geophysics Research Board concerning 

topics of geophysics and geology. A section on geomagnetism discusses the magnetic 

observatory at Hyderabad and IQSY programs for 1964. 

597. The Secretariat of the Geophysics Research Board of the National Geophysical 

Research Institute, Progress in Geophysics; Report of the Geophysical Activities in the 

Republic of India, 1967. 

The report contains sections of summaries by the Geophysics Research Board concerning 

topics of geophysics and geology. A section on geomagnetism discusses the magnetic 

observatory at Hyderabad and IQSY programs for 1967. 

598. Serson, P., E. Dawson, J.F. Clark, and G.V. Haines, Ground and High-Level 

The journal discusses the history of geomagnetism and includes a section on the history of 

magnetic observations in the Hudson Bay region. A table and charts on pages 19 through 21 

contain values of secular variation from 1600 through 1965. 

Aeromagnetic Observations. Ottawa: Dominion Observatory, 1968. 

599. Serson, P.H. and W.L.W. Hannaford, A Statistical Analysis of Magnetic Profiles. 

Ottawa: Dominion Observatory, 1957. 

The journal discusses auto-correlation functions computed for profiles of declination, horizontal 

intensity, and total intensity obtained by a three-component airborne magnetometer over 

Western Canada and over the Atlantic Ocean, east of Bermuda. 

96 
600. Shelley, E.P., Daly River Detailed Aeromagnetic Survey, Northern Territory 1966; 

Bureau of Mineral Resources, Geology and Geophysics, 1969. 

The journal contains the results of an aeromagnetic survey covering 55 square miles of the 

Daly River Mineral Field in the Northern Territory. The purpose of the survey was to 

determine the source and extent of the copper mineralization and to assist geological mapping 

in areas of alluvial cover. The results of the survey are shown in two maps. 

601. Shih, K.G., B.L. Johnston, and S.P. Srivastava, Bathymetric and Magnetic Data 

Collected in the Northeastern Pacific and Bering Sea Onboard the C.S.S. Parizeau, 1970; 

Bedford Institute of Oceanography, 1972. 

The journal contains total magnetic field and magnetic anomaly data observed in the 

Northeastern Pacific and in the Bering Sea in 1970. 

602. Shih, K.G., J.B. Maclntyre, and B.L. Johnston, Gravity and Magnetic Data Collected 

in the Northeastern Pacific and Bering Sea on the C.S.S. BafJin in 1970; Data Series 

B 1 -D-72-7, 1972. 

The journal contains total magnetic field and magnetic anomaly observations made in 1970. 

603. Shih, K.G., D.I. Ross, and B.L. Johnston, Gravity and Magnetic Data of Baffin Bay 

Collected in 1970 C.S.S. Hudson and C.S.S. BuDn Cruises; Bedford Institute of 

Oceanography, 1972. 

The journal contains total magnetic field and magnetic anomaly data observed in the region 

of Baffin Bay in 1970. 

604. Slaucitajs, L., Geomagnetism in the Region of the Peninsula of Antarctic, the Adjacent 

Islands and the Weddel Sea in 1951-56 (Mediciones Geomagneticas en la regions de 

la Peninsula Antarctica, Islas Adjacntesy Mar de Weddell en 1951-56); Pure and 

Applied Geophysics (Geofisica Pura e Applicata), 1956. 

The journal discusses geomagnetism in the Antarctic Peninsula, adjacent islands, and the 

weddel Sea. Included are tables of declination, horizontal intensity, and vertical intensity 

observed at a number of stations from 1951 through 1956. The text is in French. 

605. Slaucitajs, L., Magnetic Survey of Latvia: 1937-1943; Baltic University, 1946. 

The journal discusses the history of magnetic measurements in Latvia. Included are tables of 

declination, horizontal intensity, and vertical intensity observed from 1937 through 1943. 

606. Slaucitajs, Leonid, Isogonic Chart of the Baltic Sea for the Year 1930 (Baltijas juras 

izogonu karte 1930. gadam). Riga: Gramatrupnieks, 1930. 

The booklet contains a description of a magnetic survey made in the region of the Baltic Sea. 

An isogonic map of the Baltic Sea region, the coast of Estonia, Latvia, Sweden, and Finland 

shows magnetic declination for the year 1930. The text is in Latvian. 

97 
607. Slaucitajs, Leonidas, Characteristics of Magnetic Variations Observed in the Provinces 

of Buenos Aires and Chubut (Algunas Caracteristicas de las Variaciones Magneticas 

Observadas en las Provincias de Buenos Aires y Chubut); Astronomical Observatory of 

the National University of La Plata, 1962. 

The journal discusses studies of diurnal variation and electro-jet currents in Argentina. Data 

from the magnetic observatories Las Acacias, Trelew, and Pilar are used for the studies. 

Observations of variations made at the Trelew Observatory for 1958 are shown in graphs 

throughout the text. The text is in Spanish. 

608. Slaucitajs, Leonidas, Geomagnetic Information of the South American Antarctic (El 

Conocimiento de la Antartida Sudamericana); Antarctic Institute of Argentina, Publication 

No. 3. Buenos Aires: Antarctic Institute of Argentina, 1957. 

The book summarizes magnetic investigations in the region of the antarctic peninsula since the 

19th century. Data from the Nordenskjold, Charcot, Alemana de Filchner, Shackleton, 

Carnegie, and Ronne expeditions as well as the Argentinean expedition of 1953-54, 1954-55 

and 1955-56 are contained in the report. The text is in Spanish. 

609. Slaucitajs, Leonidas, Results of the Geomagnetic Investigation of 1952 in Tierra del 

Fuego and Parts South of Patagonia (Resultados de las Investigaciones Geomagneticas 

efectuadas en el ano 1952 en Tierra del Fuego y parte S de Patagonia); Astronomical 

Observatory of Eva Peron City (Publicaciones de Observatorio Astronomico de las 

Ciudad Eva Peron), 1952. 

The journal discusses the results of a geomagnetic survey made in 1952 in Chile at Tierra del 

Fuego and in Patagonia. Included is a table of observed values of declination, inclination, and 

horizontal intensity. 

610. Smith, W.O., C.P. Vetter, and G.B. Cummings, Lake Mead Comprehensive Survey 

of 1948-49, Vol. 1; U.S. Geological Survey, Department of the Interior, 1954. 

This is the first volume of a three-volume set detailing the comprehensive survey of Lake 

Mead. The journal describes the scope of the Lake Mead comprehensive survey, of 1948 and 

1949, including the environment of Lake Mead, the program for the survey and geodetic 

surveys. 

611. Smith, W.O., C.P. Vetter, and G.B. Cummings, Lake Mead Comprehensive Survey 

of 1948-49, Vol. 2; U.S. Geological Survey, Department of the Interior, 1954. 

This is the second of a three-volume set detailing the comprehensive survey of Lake Mead. 

The journal describes the scope of the Lake Mead comprehensive survey of 1948 and 1949, 

including hydrographic surveys, reservoir storage, limnology, sedimentology, life of the 

reservoir, and problems for future study. 

612. Smith, W.O., C.P. Vetter, and G.B. Cummings, Lake Mead Comprehensive Survey 

of 1948-49, Vol. 3; U.S. Geological Survey, Department of the Interior, 1954. 

This is the third of a three-volume set detailing the comprehensive survey of Lake Mead. 

The journal contains the results of core and sample collections for the Lake Mead 

98 
environment. Profiles are obtained using echo sounding to supplement the sample data. 

613. Sola, Marcia], Report of the Director of the Philippine Weather Bureau for the Year 

1902; Part 2, Meteorological Service of the Philippine Islands: 1865-1902. Manila: 

Bureau of Public Printing, 1903. 

The yearbook discusses the history of meteorology in the Philippines. Included are chapters 

on instrumentation, a description of the observatories, notes on meteorological techniques and 

two location maps. 

614. Soulat, J.M. and P. Bouvet, Study of Prototype of a Magnetic Digital Recorder (Etude 

du Prototype d’un Enregistreur Magnetique Digital); Ionospheric Research Group (Groupe 

de Recherches Ionospheriques). [Date unknown] 

The journal discusses a digital magnetic recorder prototype to record the magnetic field 

observations. The text is in French. 

615. Soviet Geophysical Committee of the Academy of Sciences of the USSR, Deep 

Electromagnetic Soundings; Soviet Geophysical Committee of the Academy of Sciences 

of the USSR, 1989. 

This catalog contains the results of deep magnetotelluric sounding data recorded at locations 

through the USSR in 1988. The data include the name and locations of the observation sites, 

time and data of the observations, the methods of recording, the type of the apparatus used, 

and the method of processing and characteristics of the cross-section. The text is in Russian. 

616. Soviet Geophysical Committee of the Academy of Sciences of the USSR, Deep 

Electromagnetic Soundings; Soviet Geophysical Committee of the Academy of Sciences 

of the USSR, 1989. 

This catalog contains the results of deep magnetotelluric sounding data recorded at locations 

through the USSR in 1988. The data include the name and locations of the observation sites, 

time and data of the observations, the methods of recording, the type of the apparatus used, 

and the method of processing and characteristics of the cross-section. The text is in Russian. 

617. Sparkes, R., B.L. Johnston, and D.L. Barrett, Bathymetry and Magnetic Data in Davis 

Strait, Lancaster Sound and Jones Sound, Cruise B1 65-022 Labrador; Bedford Institute 

of Oceanography, 1973. 

The journal contains total magnetic field and magnetic anomaly data observed in 1965. 

618. Spencer, Nye S. and George F. Kucera, Handbook of Magnetic Compass Adjustment 

and Compensation; U.S. Navy, H.O. No. 226. Washington, D.C.: United States 

Government Printing Office, 1944. 

The book deals with basic principles of compass deviation and its correction. The text is 

written for the Specialist Officer Training Program of the U.S. Navy at Norfolk, Virginia. 

619. Srivastava, B. J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism 

and Geoelectricity; Annual Report of the National Geophysical Research Institute of 

99 
Hyderabad, India: 1969-1 970, 1970. 

The journal discusses the Institute’s progress in a number of its research projects. Topics 

include: studies on conductivity anomalies; proton vector magnetometry; lunar, luni-solar and 

solar daily variation; spectral analysis of storm-time irregular variation; night-time geomagnetic 

solar flare effect; and, geomagnetic disturbances versus road traffic accidents. 

620. Srivastava, B.J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism 

and Geoelectricity; Annual Report of the National Geophysical Research Institute of 

Hyderabad, India: 1970- 197 1, 197 1. 

The journal discusses the Institute’s progress in a number of its research projects in 

geomagnetism, geoelectricity, paleomagnetism, and geophysical prospecting. Topics include: 

studies on conductivity anomalies; proton vector magnetometry; lunar and solar daily 

variations; spectral analysis of storm-time irregular variation; preliminary investigations for 

geophysical prospecting for chromite; and, model resistivity experiments. 

621. Srivastava, B.J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism and 

Geoelectricity; Annual Report of the National Geophysical Research Institute of 

Hyderabad, India: 1971-1972, 1972. 

The journal discusses the Institute’s progress in a number of its research projects in 

geomagnetism, geoelectricity, paleomagnetism, and geophysical prospecting. Topics include: 

studies of deep-seated electrical conductivity and coastal effect; solar activity versus heart 

diseases and psychiatric cases; study of the geomagnetic field reversal; and, resistivity and 

magnetotelluric sounding for homogeneous and transitional Earth. 

622. Srivastava, B.J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism 

and Geoelectricity; Annual Report of the National Geophysical Research Institute of 

Hyderabad, India: 1972-1973, 1973. 

The journal discusses the Institute’s progress in a number of its research projects in 

geomagnetism, geoelectricity, paleomagnetism, geophysical prospecting, and airborne surveys. 

Topics include: field investigations on geomagnetic induction anomalies along the 

Hyderabad-Waltair profile; applied research in electrical and electromagnetic methods of 

geophysical prospecting; and, developmental airborne geophysical surveys. 

623. Srivastava, S.P., Magnetotelluric Two- and Three-Layer Master Curves. Ottawa: 

The publication discusses extension of the master curve technique to include theoretical 

development in which the dimensions of the inducing field are considered as well as the 

vertical distribution of resistivity. Curves for both apparent resistivity and phase are plotted 

as functions of period for various values of horizontal wave-length of the source and various 

layered models. 

Dominion Observatory, 1967. 

624. Srivastava, S.P., Geophysical Data Collected during Hudson-70, Phase VI1 off British 

Columbia, Canada; Atlantic Oceanographic Laboratory of the Bedford Institute, 197 1. 

The journal contains the data of total magnetic field and magnetic anomaly observations taken 

100 
off of British Columbia in 1970. 

625. Stassinopoulos, E.G. and Gilbert D. Mead, ALLMAG, GDALMG, LINTRA: Computer 

Programs for Geomagnetic Field and Field-Line Calculations; Goddard Space Flight 

Center and the National Space Science Data Center, 1972. 

The report discusses computer programs developed for the calculation of the geomagnetic field 

and the tracing of field lines in space. The programs are described in detail and sample 

calculations are given. 

626. Stearn, Noel H., A Geomagnetic Survey of the Bauxite Region in Central Arkansas; 

Bulletin of the Arkansas Geological Survey, 1930. 

The journal describes data used to create a magnetic map showing boundaries of an igneous 

province and a bauxite area in central Arkansas. The existence of an igneous province of some 

400 square miles is inferred. 

627. Steen, Aksel S., Geomagnetic Observations in the North: Summer 1902 (Jordmagnetiske 

maalinger i Norge: Sommeren 1902); Archives for Mathematics and Natural Science, 

1904. 

The journal contains values of declination, inclination, horizontal intensity, and vertical 

intensity observed at sixteen stations in Norway in 1902. The location, date, time, and 

observed values are recorded for each station. The text is in Norwegian. 

628. Stelling, Ed, Magnetic Observations in the Lena Area in the Summer of 1888 and 

Remarks concerning the Secular Variation of Geomagnetic Elements (Magnetische 

Beobachtungen im Lena-Gebiet im Sommer 1888 und Bermerkungen uber de Saculare 

Anderung der Erdmagnetischen Elemente Daselbst); Vol. 13, No. 4. St. Petersburg: The 

Repertory for Meteorology of the Imperial Academy of Sciences, 1889. 

The book discusses geomagnetism in the region of the Lena River near Yatukst in the USSR. 

Included are tables of declination, inclination, and horizontal intensity observed in 1888. The 

text is in German. 

629. Stelling, Ed, Magnetic Observations from a Journey to Urga in the Summer of 1893 

(Magnetische Beobachtungen auf einer Reise nach Urga im Sommer 1893); Remarks 

concerning the Changes of Geomagnetic Elements in Eastern Siberia (Bemerkungen uber 

die anderungen der erdmagnetischen Elemente im Ost-Sibirien). S t. Petersburg: The 

Imperial Academy of Sciences of St. Petersburg, 1895. 

The book discusses magnetic observations made on a trip from Irkutsk to Urga in eastern 

Siberia in 1893. Observed data include declination, inclination, vertical intensity, and horizontal 

intensity. The text is in German. 

630. Stelling, E.W., D.A. Smirnov, and N.V. Rose, Collection of the Magnetic Observatory 

in Yakutsk, Alaska (Recueil D’Observations Magnetiques, Faites en Iakoutie); Vol. 2. 

Leningrad: Office of the Commission for Studies in the Soviet Socialist Republic, 1926. 

The book discusses geomagnetic observations made in the Yakutsk region from 1736 through 

101 
1921. Included are tables of declination, inclination, and horizontal intensity. The text is in 

both Russian and French with an English summary. 

631. Stewart, Balfour, Results of the Monthly Observations of Dip and Horizontal Force 

Made at the Kew Observatory: April, 1863-March 1869; Proceedings of the Royal 

Society, 1870. 

The journal discusses the results of magnetic observations made at the Kew Observatory. 

Included are tables of inclination and horizontal intensity observed from 1863 through 1869. 

632. Stockard, H.P., U.S. Naval Oceanographic Office Geomagnetic Surveys; Informal 

This report provides information concerning survey locations, dates, navigational control, track 

patterns, data format, and the availability of geomagnetic technical reports and charts. 

Report, 1967. 

633. Stuart, W.F., The High Resolution Magnetic Stations Operated by the Institute of 

Geological Sciences; Geomagnetism Unit of the Institute of Geological Sciences at 

Hailsham, Sussex, England, 1969. 

The report describes the network of high-resolution magnetic recording stations in the British 

Isles with some examples of data recordings. 

634. Sucksdorff, C., On The Processing of Geomagnetic Hourly Data with an Electronic 

Computer; Nurmijarvi Geophysical Observatory of the Finnish Meteorological Office, 

1961. 

The journal discusses the technique of converting hourly data compiled from magnetograms 

into a form suitable for publishing in the yearbook. Sample programs and data are shown. 

635. Sucksdorff, C., M. Kivinen, and H, Nevanlinna, Results of Magnetic Measurements 

in South and East Finland 1967-1971; Studies on Earth Magnetism, 1972. 

The journal contains values of declination, total intensity, and horizontal intensity made in 

South and East Finland between 1967 and 1971. Observed values are also reduced to Epoch 

1970.0. 

636. Sucksdorff, C., D. Soderman, and N. Gustafsson, Numerically Analyzed Magnetic 

Charts of Finland for 1970.0; Finnish Meteorological Institute, 197 1. 

The journal discusses the three-component aeromagnetic survey used in Finland to update data 

to 1970.0. Included are tables of declination, horizontal intensity, vertical intensity, and total 

in tensity. 

637. Sucksdorff, C., D. Soderman, and N. Gustafsson, Numerically Analyzed Magnetic 

Charts of Finland for 1970.0; Studies of Earth Magnetism of the Finnish Meteorological 

Institute, 197 1. 

The journal discusses magnetic charts made of Finland for 1970. The charts were prepared 

using some 400 three-component aeromagnetic survey points for the main area and more than 

500 new land measurements for the eastern boundary area and the coast of the Gulf of 

102 
Finland. The work contains a table of values used to create magnetic charts of declination, 

horizontal intensity, vertical intensity, and total intensity of Finland Epoch 1970.0 as well as 

the resulting charts. The text is in Finnish and English. 

638. Suda, Kanzi, Magnetic Survey of Japan 1949-50; Bulletin of the Hydrographic Office, 

1954. 

The journal contains values of declination and horizontal intensity observed in Japan during 

1949 and 1950. A total of 53 stations were occupied. These are clearly marked as repeat 

observations or new stations. Declination was observed at each station continuously for 

twenty-four to thirty hours. Inclination and horizontal intensity were observed three to four 

times daily. Current and previously observed data are recorded for each repeat station. 

Observations were compared and reduced to Kakioka Magnetic Observatory. 

639. Suslennikov, V.V., Basic Results of Aeromagnetic Surveys of the Karelo-Finnish SSR; 

Razvedka Nedr, 1947. 

The journal discusses an aeromagnetic survey made in the Karelo-Finnish SSR in 1945 and 

1946 with the intent of prospecting for iron ore deposits. The text consists of hand-written 

notes in English. 

640. Svendsen, K.L., United States Magnetic Tables for 1960; U.S. Coast and Geodetic 

Survey, 1962. 

The journal contains values of declination, inclination, horizontal intensity, vertical intensity, 

and total intensity observed in the United States from 1955 through 1960. 

641. Swift, Charles M., A Magnetotelluric Investigation of an Electrical Conductivity 

Anomaly in the Southwestern United States; Geophysics Laboratory of Massachusetts 

Institute of Technology, 1967. 

This thesis reports on projects NR 371-401 and NR 081-264 and investigates magnetotelluric 

anomalies in the southwestern United States. Telluric data are combined with magnetic data 

from Tucson Observatory. Data are analyzed for tensor apparent resistivities, principal 

directions, and two-dimensionality measures. 

642. Szarka, L. and G. Fischer, Subsurface Electromagnetic Parameters in Terms of the 

Distribution of Current; Geophysical Transactions, 1992. 

The journal contains several geophysical articles. Noted here is an article discussing electric 

and magnetic fields below the horizontal surface of a conducting structure. 

643. Tarczy-Hornoch, A., The Calculation of Magnetic Declination in the Carpathian Basin 

(Uber die Berechnung der magnetischen Deklination im Karpathenbecken); Acta Technica 

of the Scientific Academy of Hungary, 1951. 

The bulletin contains calculations of declination made in the Carpathian Basin from 1850 

through 1943. This is a photostat from Acta Technica, Academaie Scientiarum Hungancae, 

Vol. 3, No. 1-2, Budapest, 1952. The text is in German. 

103 
644. Tarczy-Hornoch, A,, Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1967; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1968. 

This annual report of the observatory Nagycenk contains four sections: Earth Currents, 

Geomagnetism, Atmospheric Electricity, and Ionosphere. Geomagnetic data include tables of 

hourly averages of declination, horizontal intensity, and vertical intensity and an analysis of 

daily variations. 

645. Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1967; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1968. 

The journal contains reports on Earth currents, geomagnetism, atmospheric electricity, and the 

ionospheric studies carried out at Nagycenk in 1967. Monthly and yearly mean values for 

horizontal intensity, vertical intensity, and declination are given. 

646. Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1968; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1969. 

This annual report of the observatory Nagycenk contains four sections: Earth Currents, 

Geomagnetism, Atmospheric Electricity, and Ionosphere, Geomagnetic data include tables of 

hourly averages of declination, horizontal intensity, and vertical intensity and an analysis of 

daily variations. 

647. Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1968; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1969. 

This annual report of the observatory Nagycenk contains four sections: Earth Currents, 

Geomagnetism, Atmospheric Electricity, and Ionosphere. Geomagnetic data include tables of 

hourly averages of declination, horizontal intensity, and vertical intensity and an analysis of 

daily variations. 

648. Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1970; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1971. 

This annual report of the observatory Nagycenk contains four sections: Earth Currents, 

Geomagnetism, Atmospheric Electricity, and Ionosphere. Geomagnetic data include tables of 

hourly averages of declination, horizontal intensity, and vertical intensity and an analysis of 

daily variations. 

649. Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1970; Observatory of Nagycenk of 

the Hungarian Academy of Sciences, 1971. 

This annual report of the observatory Nagycenk contains four sections: Earth Currents, 

Geomagnetism, Atmospheric Electricity, and Ionosphere. Geomagnetic data include tables of 

104 
hourly averages of declination, horizontal intensity, and vertical intensity and an analysis of 

daily variations. 

650. Teisseyre, Roman, Bibliography 1979-1988 and Activity Report for the 35-Year 

The journal lists the bibliography of publications written by the staff of the Institute of 

Geophysics of the Polish Academy of Sciences and a bibliography of articles on general topics 

of geophysics throughout Poland from 1979 through 1988. 

Anniversary; Institute of Geophysics, Polish Academy of Sciences, 1990. 

651. Tenani, Mario, Results of Absolute Determination of Variation of Geomagnetism 

Performed at Spitsbergen (Risultati Delle Determinazioni Assolute e di Variazione del 

Magnetism0 Terrestre eseguite allo Spitsbergen); Yearbook of Hydrography, Collection 

of Documents: Hydrography and Navigation (Annali Idrografici, Raccolta de Documenti: 

Idrografia e La Navigazione). Genoa: Institute of Hydrography of R. Marina, 1939. 

The book contains meteorological, oceanographic, and magnetic measurements in and near Italy 

from 1925 to 1928. Magnetic declination, inclination, and horizontal intensity were observed 

at four sites near Spitsbergen in 1928. The book is fragile. The text is in Italian. 

652. Theberge, Jr., A.E., Magnetic Survey off Southern California and Baja California; 

Operational Data Report NOS DR-12, National Ocean Survey, 1971. 

The journal contains a residual magnetic anomaly map of Southern California and' Baja 

California constructed from data collected in 1970. 

653. Thomas, M.D. and J.G. Tanner, Cryptic Suture in the Eastern Grenville Province; 

Nature, 1975. 

The journal discusses the separation and rejoining of Grenvillia and Interior Laurentia forming 

the present day Canadian Shield. The work examines the idea that a suture exists within the 

Grenville Province and is defined by metamorphosed equivalents of rocks in the adjacent, older 

provinces. 

654. 

The 

Tichonov, N., A.G. Ivanov, V.A. Troickaja, and B.P. Pjakanov, Concerning the 

Connection of Geostorms and Earthquakes (Uber den Zusammenhang von Erdstormen 

und Erdbeben); Bergakademie: Newspaper for Mountain Construction, Cabins Systems 

and Other Science (Bergakademie: Zeitschrift fur Bergbau, Huttenwesen and verwandte 

Wissenschaften), 1956. 

journal discusses the connection of geostorms and earthquakes in Russia in 1950 and 

1951. The text is in German. 

655. Tipper, D.B., Strangways Range Detailed Aeromagnetic Survey Northern Territory, 1965; 

Bureau of Mineral Resources, Geology and Geophysics, 1969. 

The journal contains the results of an aeromagnetic survey covering 115 square miles in the 

Alice Springs area. The purposes of the survey was to outline known copper and apatite 

deposits, to discover anoinalous areas, and to assist geological mapping. Five maps show the 

results of the survey. 

105 
656. Tipper, D.B. and R. Gerdes, Laverton-Edjundina Airborne Magnetic and Radiometric 

Survey, Western Australia, 1969; Bulletin of the Bureau of Mineral Resources, Geology 

and Geophysics of the Commonwealth of Australia, 1971. 

The journal shows data from an airborne magnetic survey in Western Australia in 1969. It 

is shown that magnetic patterns are atmbuted to differences in properties between rock units 

at or near ground level. 

657. Torta, J.M., Regional Model of Spanish Geomagnetic Field Anomalies, Secular 

Variation and Fields of References (Modelizacion Regional Del Campo Geomagnetic0 

Sobre Espana: Campo Anomalo, Variacion Secular y Campo de Referencia); Ebro 

Observatory, 1992. 

The journal discusses the study of modeling the geomagnetic field of Spain and neighboring 

areas using the Spherical Cap Harmonic Analysis technique. Included are tables, charts, and 

isoporic maps showing the values of inclination, declination, horizontal intensity, and north and 

east component. The text is in Spanish with an English abstract. 

658. U.S. Coast and Geodetic Survey, Cheltenham Observatory 

The journal contains tables of hourly values of declination, horizontal 

intensity observed at the Cheltenham Observatory in 1919 and 1920. 

1919-1920; U.S. Coast and Geodetic Survey, 1921. 

659. U.S. Coast and Geodetic Survey, Magnetic Declination in 

Virginia, West Virginia, Kentucky, and Tennessee; U.S. Coast 

1928. 

Office Computations 

intensity, and vertical 

Delaware, Maryland, 

and Geodetic Survey, 

The book contains values of declination reduced to 1925 in Delaware, Maryland, Virginia, 

West Virginia, Kentucky, and Tennessee. Station locations and descriptions follow the reduced 

observations. An isogonic chart for the area is included. 

660. US. Coast and Geodetic Survey, Magnetic Declination in the Philippine Islands in 

1925; U.S. Coast and Geodetic Survey, 1930. 

The journal contains values of declination, inclination, and horizontal intensity at stations 

throughout the Philippine Islands. Previous observations at the magnetic repeat stations are 

also recorded along with descriptions of the stations. 

661. U.S. Coast and Geodetic Survey, Magnetic Declination in Florida: 1935; U.S. Coast 

and Geodetic Survey, 1935. 

The journal describes magnetic secular variation and its effect on surveying practices. Tables 

describing values of secular change in Florida from 1750 through 1935 are included along with 

an isogonic chart for Florida for Epoch 1935. Complete descriptions of the magnetic stations 

are given on pages 18 through 37. 

662. U.S. Coast and Geodetic Survey, Magnetic Declination in South Carolina: 1935. 

Washington, D.C.: U.S. Government Printing Office, 1935. 

106 
Values of magnetic declination reduced to Epoch 1935 are recorded for several stations in 

Georgia and South Carolina along with the station descriptions. The book also contains annual 

mean values of declination at the magnetic observatories Cheltenham, Toronto, Tucson, Sitka, 

and Honolulu. A one-degree grid of magnetic declination in Georgia and South Carolina from 

1750 through 1935 is also included. 

663. U.S. Coast and Geodetic Survey, Magnetic Hourly Values in Tucson, Arizona: 1949; 

U.S. Coast and Geodetic Survey, 1952. 

The publication contains hourly, daily, monthly, and annual mean values of declination, 

inclination, hokzontal intensity, vertical intensity, and total intensity observed at the Tucson 

Magnetic Observatory in 1949. A summary of annual mean values for 1910 through 1950 is 

included. 

664. U.S. Coast and Geodetic Survey, Magnetograms and Hourly Values, Tucson, Arizona, 

1950; U.S. Coast and Geodetic Survey, 1953. 

The publication contains hourly, monthly, and annual mean values of declination, horizontal 

intensity, and vertical intensity observed at the Tucson Magnetic Observatory in 1950. A 

summary of annual mean values from 1910 through 1952 is given. 

665. U.S. Coast and Geodetic Survey, Magnetograms and Hourly Values, Tucson, Arizona, 

1951; U.S. Coast and Geodetic Survey, 1953. 

The publication contains hourly, monthly, and annual mean values of declination, horizontal 

intensity, and vertical intensity observed at the Tucson Magnetic Observatory in 1951. A 

summary of annual mean values from 1910 through 1952 is given. 

666. U.S. Naval Oceanographic Office, U.S. Naval Oceanographic Office: Geomagnetic 

Surveys; U.S. Naval Oceanographic Office, 1967. 

The report discusses a description of U.S. Naval Oceanographic surveys beginning in 1953. 

Included are reports of airborne surveys, shipboard surveys, and Project Magnet. Location 

charts for the various surveys are included. 

667. The United States National Committee for the International Geophysical Year, 

Antarctic Program of the United States National Committee for the International 

Geophysical Year, 1957-58; National Research Council of the National Academy of 

Sciences, 1957. 

The publication discusses the seven Antarctic stations, the program’s personnel, facilities, 

equipment, communications, and the program’s operations in support of the International 

Geophysical Year 1957-1958. 

668. U.S. Coast and Geodetic Survey, Magnetic Observations in the American Republics 

1941-44; Leo Otis Colbert, compiler; Serial 677. Washington, D.C.: United States 

Government Printing Office, 1946. 

The book covers the work of the American Republics Magnetic Program for 1941 through 

1944 providing data in terms of declination, inclination, and horizontal intensity at 145 stations 

107 
in southern Mexico, the West Indies, and Central and South America. 

669. U.S. Coast and Geodetic Survey, Magnetic Declination Tables and Isogonic Charts for 

1902; Second Edition. Washington, D.C.: U.S. Government Printing Office, 1903. 

The book contains a history of geomagnetism and geomagnetic methods with more than 

one-hundred fifty pages of tables of values of magnetic declinations. Values in the United 

States and outlying territories are recorded as observed, and reduced to January 1, 1902. 

670. U.S. Coast and Geodetic Survey, Magnetic Observations Made at the Girard College 

Magnetic Observatory, 1840-1845; Vol. 2. Washington, D.C.: The U.S. Coast and 

Geodetic Survey, 1846. 

The book contains meteorological and geomagnetical observations made at Girard College, 

Philadelphia. Hourly values of declination, and vertical and horizontal intensity were observed 

from 1843 through 1844. Special measurements of inclination were made during 1944. 

671. U.S. Coast and Geodetic Survey, Magnetic Observations by U.S. Coast and Geodetic 

Survey Vessels: 1900-1907; Miscellaneous Journals of the U.S. Coast and Geodetic 

Survey, 1905. 

The work is a collection of three journals containing data observed world-wide by five ships 

of the U.S. Coast and Geodetic Survey from 1900 through 1905. Recorded values include 

declination, inclination, and horizontal intensity. 

672. U.S. Coast and Geodetic Survey, Magnetic Observations in the American Republics: 

1941-44. Washington, D.C.: U.S. Government Printing Office, 1946. 

The book contains the results of magnetic surveys made in cooperation with the republics of 

Mexico, the West Indies, and Central and South America. There are fifty pages of data 

concerning the location and description of stations and four pages showing declination, 

inclination, and horizontal intensity measured in 1941-1944. 

673. U.S. Coast arid Geodetic Survey, Principal Facts of the Earth’s Magnetism and 

Methods of Determining the True Meridian and the Magnetic Declination. Washington, 

D.C.: U.S. Government Printing Office, 1919. 

The book contains a history of geomagnetism, a description of magnetic variations, and ten 

tables of magnetic declination values observed in the United States from 1904 through 1914. 

674. The U.S. Coast and Geodetic Survey, Report of the Superintendent of the U.S. Coast 

and Geodetic Survey Showing the Progress of the Work during the Fiscal Year Ending 

with June, 1887; Charles A. Schott, The Magnetic Work of the Greely Arctic Expedition. 

Washington, D.C.: U.S. Government Printing Office, 1889. 

The book contains geodetic, magnetic and hydrographic surveys in most of the United States. 

Appendix 10 is a report on the magnetic work of the Greely Arctic Expedition. Magnetic 

declination, secular variation, and storm extremes are recorded. Appendix 16 is a bibliography 

of geodesy. 

108 
675. The U.S. Coast and Geodetic Survey, Report of the Superintendent of the U.S. Coast 

and Geodetic Survey Showing the Progress of the Work during the Fiscal Year Ending 

with June, 1888. Washington, D.C.: U.S. Government Printing Office, 1889. 

The book contains data from geodetic, topographic, magnetic, and hydrographic surveys for 

most of the United States and adjacent lands. Appendix 6 contains magnetic determinations 

for the Seventeenth Century based on "Arcano Del Mare" published in 1646. Appendix 7 

contains secular variation of magnetic declination in the United States. 

676. The U.S. Coast and Geodetic Survey, Report of the Superintendent of the U.S. Coast 

and Geodetic Survey for the Fiscal Year Ending June 30, 1895. Washington, D.C.: U.S. 

Government Printing Office, 1896. 

The book contains topographic, magnetic, hydrographic, and gravity measurements throughout 

the United States. Appendix 1 contains magnetic observations in the U.S and some foreign 

countries by C. Schott. The book is a comprehensive report of work carried out by the Coast 

and Geodetic Survey in 1895. 

677. U.S. Coast Survey, Directions and Notes of Terrestrial Magnetism: 1872-1902. 

This volume is a series of ten reports on terrestrial magnetism throughout the world. The 

reports contain tables of scale readings for declination and inclination made from 1872 through 

1902. 

Washington, D.C.: U.S. Coast Survey, 1872-1902. 

678. U.S. Department of Commerce Coast and Geodetic Survey, Magnetic Declination in 

California and Nevada, 1935; U.S. Coast and Geodetic Survey, 1935. 

Data is provided for magnetic surveys in California and Nevada for secular change, magnetic 

storms, diurnal variation, local disturbance, and compass correction. The data retrace old 

compass surveys. 

679. U.S. Naval Oceanographic Office, Geomagnetic Survey Information; U.S. Naval 

The brochure contains index charts and brief descriptions of geomagnetic surveys including 

shipboard data obtained with nuclear precision magnetometers and airborne magnetic 

measurements obtained from vector airborne magnetometers. 

Oceanographic Office, 1965. 

680. U.S. Naval Oceanographic OMice, U.S. Naval Oceanographic Office Geomagnetic 

Surveys 1953-1965; Magnetics Division of the Hydrographic Surveys Department, 1966. 

The brochure presents information concerning survey locations, data, navigational control, track 

patterns, data format, and the availability of geomagnetic technical reports and charts. 

681. Van Bemmelen, W., Magnetic Survey of the Dutch East-Indies Made in the Years 

1903-1907; Royal Magnetical and Meteorological Observatory at Batavia. Batavia: 

Government Printing Office, 1909. 

The book discusses the magnetic survey of the Dutch East Indies carried out from 1903 

through 1907. Included in the work is the history of the survey, personnel, instrumentation, 

109 
station location, and tables of declination, inclination, and horizontal intensity. 

682. Van Bemmelen, W., On Pulsations: Royal Magnetical and Meteorological Observatory 

at Batavia, 1906. 

The journal discusses geomagnetic observations made at the Batavia Observatory from 1895 

through 1906. Included are tables of Earth currents, spasms, and daily periods of frequency. 

683. Van Dijk, G., Magnetic Character of the Annual Polar International: 1932-1933 

(Caractere Magnetique L’ Annee Polaire Internationale: 1932-1 933); International Union 

of Geodesy and Geophysics, 1937. 

The journal discusses geomagnetic surveys in the polar regions. Included are tables showing 

the classification of stations according to magnetic character at several locations throughout 

the world. 

684. Van Dijk, G., Magnetic Characteristics of the Years 1890-1905 (Caractere magnetique 

des annees 1890-1905); IUGG Association of Geomagnetism and Electricity, 1938. 

Van Dijk used data from twenty-nine observatories world-wide to compute the value of the 

magnetic character. Daily, monthly, and annual mean values are recorded for 1890 through 

1905. Quiet and disturbed days are noted. The text is in French. 

685. Van Ruymbeke, M., The Horizontal Pendulum Equipped to Recover the Displacement 

of Variable Capacity (Sur un pendule horizontal equipe d’un capteur de deplacement a 

capacite variable); Geodesic Bulletin (Bulletin Geodesique), 1976. 

The journal describes the Verbaandert-Melchior horizontal pendulum used for tilt 

measurements. Results of tidal analysis for two one-month fifty-days recording in the 

Laboratory of Geodynamics at Walferdange are included. The text is in French. 

686. Van Ryckevorsel, Eric and E. Engelenburg, Magnetic !Survey of the Eastern Part of 

Brazil; Amsterdam: Johannes Muller, 1890. 

The book discusses the magnetic survey carried out in Brazil from 1880 through 1885. 

Included are tables of declination, inclination, and horizontal intensity. 

687. Van Voorhis, Gerald and James Walczak, Summary of Magnetization: Computations 

for Kelvin Seamount; Preliminary Marine Sciences Department of the U.S. Naval 

Oceanographic Office, 1963. 

The journal contains the results of a survey of the New England Seamount Chain conducted 

by the U.S.S. Sheldruke in 1962. Values included are declination, inclination, vertical intensity, 

north component, and east component. Airborne data were used as an independent check of 

the method. Data are contained in tables and charts on pages 5-19. 

688. Vanyan, L.L., A.A. Zhamaletdoinov, et al., Results of Researches on the International 

Geophysical Projects; Geomagnetic Researches, 1988. 

The journal contains eleven articles pertaining to topics of magneto-tellurics relating to 

international geophysical projects. The text is in Russian. 

110 
689. Veinberg, B.P., V.P. Shibaev, and A.N. Pushkov, The Results of Magnetic 

Determinations at the Equidistant Points and Epochs: 1500-1940; Institute of Terrestrial 

Magnetism, Ionosphere and Radiowave Propagation of the Academy of Sciences of the 

USSR, 1969. 

The journal contains values of declination and inclination reduced to Epoch and displayed in 

ten by ten degree charts of longitude and latitude. The editor, Dr. Pushkov, was attempting 

to disseminate the data gathered by Veinberg and Shibaev. The text is in Russian with an 

English preface. 

690. Verma, R.K., D. Ghosh, D.K. Ghosh, and D. Prakash, Results of Vertical 

Magnetometer Surveys over Raniganj Coal Field, India; Geophysical Research Bulletin, 

1973. 

The journal discusses the vertical magnetometer survey conducted over the region of the 

Raniganj coal field. A magnetic anomaly map is included which indicates the presence of a 

magnetic high practically along the northern part of the basin. 

691. Vestine, E.H., WMS Notes (World Magnetic Survey Notes); International Union of 

Geodesy and Geophysics and the International Association of Geomagnetism and 

Aeronomy (IAGA), 1964. 

The journal contains information pertaining to the World Magnetic Survey and notes on 

geomagnetic operations world-wide. The work includes information on national programs and 

a roster of WMS scientists. 

692. Vestine, E.H., WMS Notes (World Magnetic Survey Notes); International Union of 

Geodesy and Geophysics and the International Association of Geomagnetism and 

Aeronomy (IAGA), 1964. 

The journal contains information pertaining to the World Magnetic Survey and notes on 

geomagnetic operations world-wide. The work includes information on national programs and 

a roster of WMS scientists. 

693. Vestine, E.H., WMS Notes (World Magnetic Survey Notes); International Union of 

Geodesy and Geophysics and the International Association of Geomagnetism and 

Aeronomy (IAGA), 1966. 

The journal contains information pertaining to the World Magnetic Survey and notes on 

geomagnetic operations world-wide. The work includes information on national programs and 

a roster of WMS scientists. 

694. Vestine, E.H., Lucille Laporte, Caroline Cooper, Isabelle Lange, and W.C. Hendrix, 

Description of the Earth’s Main Magnetic Field and Its Secular Change, 1905-1945; U.S. 

Department of Terrestrial Magnetism, Publication 578. Washington, D.C.: Carnegie 

Institution, 1947. 

The book summarizes a 

discusses the distribution 

study of the Earth’s main field and its secular change. The work 

of stations and influences of fluctuations of the field. Included in the 

111 
book are graphs, isoporic charts, and tables of declination, inclination, horizontal intensity, and 

secular change from 1905 through 1945. 

695. Von Drygalski, Erich and Karl Luyken, German South Pole Expedition: 1901-1903 

(Deutsche Sud-Polar Expedition: 1901-1903); Karl Luyken, Geomagnetic Results of the 

Kerguelen Station (Erdmagnetische Ergebnisse der Kerguelen-Station). Berlin: Georg 

Reimer, 1906. 

The book discusses the history of geomagnetic surveys in the Antarctic and future plans for 

an expedition in the years 1901 through 1903. Included are tables concerned with the 

calibration of instruments to be used in the expedition. The text is in German. 

696. Voppel, Dietrich and Karl Wienert, The Geomagnetic Survey of the Federal Republic 

of Germany, Epoch 1965.0 (Die geomagnetische Vermessung der Bundesrepublik 

Deutschland, Epoche 1965.0); German Hydrographic Journal (Deutschen Hydrographischen Zeitschrift), 1974. 

The journal discusses the geomagnetic survey made in Federal Republic of Germany in 1964 

and 1965. The data, reduced to Epoch 1965.0, contains declination, horizontal intensity, and 

total intensity observed by means of QHMs and proton spin magnetometers. 

697. Voppel, Dietrich, Surat P. Srivastava, and Ulrich Fleischer, Detailed Magnetic 

Measurements South of the Iceland-Faroe Ridge; German Hydrographic Journal 

(Deutsche Hydrographische Zeitschrift), 1979. 

The journal discusses a number of anomalies observed and recorded southwest of the 

Iceland-Faroe Ridge. The article postulates that the ocean-continent boundary lies west of the 

Faroe Islands. 

698. Vozoff, K., A. Orange, and H.S. Lahman, Magneto-Telluric Deep Earth Resistivity 

at Eight U.S. "Type Locations"; Geoscience Incorporated, 1969. 

The journal discusses magnetotelluric measurements carried out in eight areas of the United 

States in 1968. The purpose of the survey is to see if systematic differences exist in their 

deep crustal and upper mantle electrical resistivities. The work was carried out by Geoscience 

under contract Nonr 4900(00) with the Office of Naval Research. 

699. Walter, A., Annual Reports of the Director of the Royal Alfred Observatory for the 

Years 1897-1919; Royal Alfred Observatory of the Colony of Mauritius, 1919. 

The work is a series of fifteen yearbooks of meteorological and geomagnetic observations for 

the years 1897 and 1903 through 1919 on the Colony of Mauritius. Included are tables of 

horizontal intensity and vertical intensity. 

700. Walter, A., Annual Reports of the Director of the Royal Alfred Observatory for the 

Years 1920-1931; Royal Alfred Observatory of the Colony of Mauritius, 1920-1931. 

The reports are a summary of yearly operations of the Royal Alfred Observatory in the Colony 

of Mauritius. Each report contains tables of meteorological and geomagnetic data. Included 

in the tables of geomagnetic data are values of declination, inclination, horizontal intensity. 

112 
and vertical intensity. 

701. Wasilewski, P J., Magnetic Results Antarctic Peninsula Traverse: 1961-1962; US. Coast 

and Geodetic Survey, 1963. 

The report contains tabulations of the measurements of magnetic fields made on the Antarctic 

Peninsula Traverse conducted during the 196 1 - 1962 austral summer. 

702. Wasserfall, K.F., The Horizontal Component of Magnetic Intensity at Oslo Observatory 

1843- 1930; Geophysical Publications (Geofysiske Publikasjoner), 1942. 

The journal discusses the history of the work done at the Oslo Observatory beginning in 1841. 

Included are tables of daily values for horizontal intensity for 9 and 14 o’clock for the interval 

1843-1930. 

703. Wasserfall, K.F., The Magnetic Declination at Oslo Observatory 1843-1930; 

The journal discusses the history of magnetic surveys made at the Oslo Observatory. Included 

are tables showing hourly values of declination and secular variation from 1843 through 1930. 

Geophysical Publications (Geofysiske Publikasjoner), 1945. 

704. Weber, Albert M., A Description of the Methods of Compiling the 1955 Magnetic 

Charts; U.S. Coast and Geodetic Survey, 1955. 

The publication is a paper which discusses the methods used in compiling the U.S. Coast and 

Geodetic Survey’s magnetic charts. The work gives the background and history of the 

compilation of magnetic charts. 

705. Weber, Ernst K., Fritz Gassman, Ernst Niggli, and Hans Rothlisberger, The 

Magnetic Anomalies of Western Locarno (Die Magnetische Anomalie Westlich von 

Locarno); Swiss Mineralogy and Petrographic Journal (Schweizerische Mineralogische 

und Petrograp hisc he Mi tteilungen), 1949. 

The journal contains a table of observations of altitude, absolute, and relative vertical and 

horizontal intensity, and two charts plotting magnetic anomalies in the Lake Maggiore region 

in northern Italy. The text is in German. 

706. Weill, Gilbert M., National Report of French Works Carried out from 1967 through 

1970: Geomagnetism and Aeronomy (Rapport National Sur Les Travaus Francais 

Executes de 1967 a 1970: Geomagnetisme et D’ Aeronomie); French National Committee 

of Geodesy and Geophysics, 1971. 

The journal is a collection of articles concerning a variety of geomagnetic topics. Included 

are: observatories and instruments, secular variation, paleomagnetism, magnetotellurics, 

magnetic prospecting, and electricity in the magnetosphere. The text is in French. 

707. Weinberg, B.P., Catalog of Magnetic Determinations in the USSR and in Adjacent 

Countries from 1556 to 1926; Parts 1, 2, and 3. Leningrad: Central Geophysical 

Observatory of the USSR, 1929. 

The catalog contains values of declination, inclination, and secular variation in the USSR, parts 

113 
of China and Mongolia from 1556 through 1926. 

708. Weinstein, B., Magnetic Storms in the Area of German Telegraphs and Its Connection 

with the Geomagnetic Appearance (Erdstrome im Deutschen Reichstelengraphen-gebiet 

und ihr Zusammenhang mit den Erdmagnetischen Erscheinungen); Braunschweig: 

Friedrich Vieweg und Sohn, 1900. 

The book discusses problems of inaccurate geomagnetic values when telegraph systems are 

near observatories. The text is in German. 

709. Weiss, O., D.J. Simpson, and G.L. Paver, Some Magnetometric and Gravimetric 

Surveys in the Transvaal; Geological Survey Division of the Department of Mines, 1936. 

The journal contains a discussion of the methods used in an Earth-magnetic and gravimetric 

investigation undertaken in the Transvaal region of South Africa. Included with the journal are 

eight plates showing magnetometric and gravimetric traverses across the Lower Witwatersrand, 

the Doornkop Fault, the Witpoortje Fault, and magnetometric surveys of Gossan and chromitite 

seams. 

710. Wesselowski, K., Report of the Proceedings and Results of the Third International Polar 

Conference (Bericht uber die Verhandlungen und Ergebnisse der 3. internationalen 

Polar-Konferenz); Royal Academy of Science at St. Petersburg, 188 1. 

The report discusses the proceedings and results of the Third International Polar Conference 

held at St. Petersburg in 1881. 

711. Wexler, Harry, Antarctic Program of the United States National Committee for the 

International Geophysical Year, 1957-1958; National Research Council of the National 

Academy of Sciences, 1956. 

The publication discusses the seven Antarctic stations, the program’s personnel, facilities and 

equipment, communications, and the program’s operations in support of the International 

Geophysical Year. 

712. Weyer, G.D.E., Concerning the Secular Variation of Magnetic Declination in Rio de 

Janeiro (Ueber die sakulare Variation der magnetischen Deklination in Rio de Janeiro; 

Annuals of Hydrography and Maritime Meteorology (Annalen der Hydrographie und 

Maritimen Meteorologie), 1888. 

The journal discusses geomagnetism in the Rio de Janeiro region. Included are tables of 

observed and calculated values of declination from 1450 through 1880. Measurements are 

calculated and predicted through 1990. The text is in German. 

713. Whitham, K. and E. Hoge, Geomagnetic Investigations in British East Africa during 

1959. Ottawa: Dominion Observatory, 1961. 

The journal, written in three parts, outlines a geomagnetic survey of East Africa undertaken 

in 1960. Part One discusses the selection of fifty-eight magnetic stations, equipment, and field 

techniques; included are field observations reduced to Epoch, isogonic, and isodynamic charts 

and a summary on the secular variation of the area. Part Two deals with diurnal variation 

114 
including a discussion of the results of the survey. Part Three, a miscellaneous study of the 

magnetization of country rock, is missing from the journal. 

714. Wiegank, Friedrich, Magnetostratographic-Geochronological Research in the History 

of Plio-Pleistocean in Middle Europe and Its Relationship to Global Geologic, Paleoclimatic and Paleoecological Development (Magnetostratigraphisch-geochronologische 

Untersuchungen zur Geschichte des Plio-Pleistozans in Mitteleuropa und ihrer 

Beziehungen zur globalen geologische, palaoklimatischen und palaookologischen 

Entwicklung); Central Institute for Geophysics of the Academy of Science of the DDR, 

1990. 

The journal discusses the history of paleomagnetic research in Plio-Pleistocean Middle Europe 

and its relationship to later climatic and ecological developments. The text is in German. 

715. Wijkander, Aug., Works of the Swedish Arctic Expedition in 1872-1873 (Faites 

Pendant L’expedition Arctique Suedoise en 1872-1873); Vol. 1 and 2. Stockholm: P.A. 

Norstedt and Soner, 1877. 

The book discusses the 1872-1873 Swedish Arctic Expedition. Included are tables of 

declination, inclination, horizontal intensity, and magnetic disturbances and magnetograms. The 

text is in Swedish. 

716. Wild, H., Communications of the International Polar Commission: Parts 1-6. 

(Mittheilungen der Internationalen Polar-Commission: Erstes Heft bis Sechstes Heft). 

St. Petersburg: Commission of the Royal Academy of Science, 1882-1884. 

The journal discusses geomagnetic surveys carried out in the Arctic from 1882 through 1884. 

Included are tables of horizontal intensity. 

717. Wild, H., Concerning the Accuracy of Absolute Determinations of Horizontal Intensity 

of Geomagnetism (Uber die Genauigkeit Absoluter Bestimmungen der Horizontal-Intensitat des Erdmagnetismus); Repertory of Meteorology of the Royal Academy 

of Science (Repertorium fur Meteorologie der Herausgeg. von der Kaiserlichen Akademie 

der Wissenshaften), 1883. 

The journal discusses the measurement of horizontal intensity and the accuracy of absolute 

determinations. The text is in German. 

718. Wild, H., Fixed Observations of Geomagnetic Elements and Magnetic Storms at the 

Pavlovsk Observatory (Termins-Beobachtungen der Erdinagnetischen Elemente und 

Erdstroine im Observatoriuin zu Pawlowsk); Imperial Academy of Sciences of St. 

Petersburg, Observations from September, 1882 to August, 1883. St. Petersburg: Imperial 

Academy of Sciences, 1885. 

The book contains hourly mean values of declination, horizontal intensity, vertical intensity, 

and geomagnetic stonns observed at the Pavlovsk Observatory from 1882 through 1883. The 

text is in German. 

115 
719. Wild, H., Meteorologic and Magnetic Observations in St. Petersburg: 1876 

(Meteorologische und Magnetische Beobachtungen in St. Petersburg: 1876); Yearbook 

of the Physical Central Observations: Series 1876 (Annalen des Physikalischen CentralObservatoriums). St. Petersburg: Imperial Academy of Science, 1877. 

The book contains meteorological and magnetic observations in St. Petersburg, Russia. Included 

are tables of declination, inclination, horizontal intensity, vertical intensity, and total intensity. 

Hourly values, daily monthly and annual means are also included. The text is in Russian and 

German. 

720. Wild, H., Program of the Proceedings of the Fourth International Polar Conference 

(Program der Verhandlungen der Vierten Internationalen Polar-Conferenz); Royal 

Academy of Science (Kaiserlichen Akademie der Wissenschaften), 1884. 

The journal discusses the nature of meteorological and geomagnetic observations in terms of 

expectations and minimal requirements needed during polar explorations. 

721. Wild, Henry, On the Causes of the Phenomena of Terrestrial Magnetism and on Some 

Electro-Mechanism for Exhibiting the Secular Changes in Its Horizontal and Vertical 

Components; Proceedings of the Royal Society, 1890. 

The journal discusses theories of geomagnetic origins. Included are tables showing secular 

changes in declination and inclination from 1605 through 1880. The text is in English, 

German, and French. 

722. Williams, Carol, D.M. Porteous, and K.G. Shih, Gravity and Magnetic Data Collected 

in the North Atlantic Ocean C.S.S. Hudson, 1965; Bedford Institute of Oceanography, 

1972. 

The journal shows total magnetic field observations and magnetic anomaly data in the North 

Atlantic Ocean. 

723. Wilson, Charles R. and John 0. Annexstad, Study of Geomagnetic Micropulsations; 

Electronics Branch of the Physical Sciences Division of the Office of Naval Research, 

1966. 

The report contains a study of the correlation of micropulsation activity, a morphological 

description of auroral zone micropulsations, and an analysis of the conjugate relationships 

between micropulsations, a study of the variations, and a theoretical study of the 

hydromagnetic oscillations of field lines and the propagation of hydromagnetic waves. 

724. WMS Special Committee of International Geophysical Cooperation, Report on 

The book discusses the aeromagnetic survey of the Japanese Islands and neighboring seas 

undertaken from 1961 through 1964. Included are tables of all seven elements reduced to 

Epoch 1965.0. 

Aeromagnetic Survey in Japan, Kyoto: World Data Center C2 for Geomagnetism, 1967. 

725. Wold, Richard J. and Thomas R. Wolfe, Computer Methods of Analyzing 

Aeromagnetic Data; Geophysical and Polar Research Center of the Department of 

116 
Geology of the University of Wisconsin, 1966. 

The journal discusses computer conversion of digitally recorded aeromagnetic data to map 

projections. Also discussed is the surface fitting of various degree polynomials to original data 

and contouring by an X-Y plotter. 

726. Woolley, R. v.d. R., Annual Values of Geomagnetic Elements since 1941; Royal 

Observatory Bulletins, 1967. 

The journal contains values for the seven geomagnetic elements---declination, horizontal 

intensity, vertical intensity, total intensity, inclination, and geographic north and east 

components from a number of observatories around the world from 1941 through 1965. 

727. Yonemura, S., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy; 

Vol. 5; A Magnetic Survey of Japan for the Epoch 1923.0. Tokyo: Hydrographic Office 

of the Imperial Japanese Navy, 1926. 

This book contains sixteen tables of magnetic observations covering Japan, and the Marshall, 

Caroline and the Mariana Archipelagos. Observations were made by the Japanese Hydrographic 

Department, the Chinese government, and Camegie Institution. Measurements include: mean 

secular acceleration of declination for 1896- 1923, mean secular variations of declination, 

inclination and horizontal intensity, and the values of declination on the Siberian coast. The 

work includes 28 maps. 

728. Young, G.A. and A.L. Kontis, A Study of Aeromagnetic Component Data Plantagenet 

Bank; Technical Report of the Marine Surveys Division, U.S. Naval Oceanographic 

Office, 1964. 

The journal shows data dealing with the directional components for the anomaly associated 

with Plantagenet Bank as well as total intensity, inclination, and declination of the anomalous 

magnetic field. 

729. Yukutake, Takesi, William I. Paddock, and Joe H. Allen, Annual Mean Values of 

Geomagnetic Components for Selected Observatories, 1940-73. Boulder: World Data 

Center A for Solid Earth Geophysics, 1979. 

The journal contains compiled values of north and east component and vertical intensity from 

observatories located world-wide. The values are based on all-day means obtained by 

communication with observatories or taken from year books. 

730. Zaccara, G., C. Raimondi, C. Morelli, S. Diceglie, and V. Cotecchia, Geophysical 

Studies in the Pugliese Region (Studio geofisico della regione publiese); METANO, 

1956. 

The tectonic features of the Publiese Region, Italy are examined based on geomagnetic, 

gravity, and seismic data. Magnetic anomalies in the vertical component are measured by 

magnetic variometers. The Bouguer anomalies are calculated from a first-order net with 

measurements on land and sea. 

117 
731. Zatrutina, R.F. and Z.M. Mikhaylova, International Geophysical Year Bibliography 

of Literature in the Russian Language for 1958; NASA Technical Translation, 1960. 

The publication is a bibliography containing the titles of 625 books and articles devoted to 

general and specialized questions of the International Geophysical Year, including a section 

devoted to geomagnetics, geodesy, gravimetry, and electrostatic fields of the Earth. 

732. Zmuda, A.J., World Magnetic Survey: 1957-1969; Bulletin of the International Union 

of Geodesy and Geophysics, 1971. 

The bulletin outlines the history of magnetic surveys, presents data from modem airborne and 

satellite surveys and discusses theories of the origins of the geomagnetic field. 

118 
119 
Blank page retained for pagination 
Appendix I 

Index by Date of Publication 

The following short bibliographies are sorted by year of publication and alphabetically by 

author within each year. Reports containing data collected prior to 1900 which have no date 

of publication or a date of publication more recent than 1900, are listed at the end of this 

index (on page 156). For a more complete reference, please refer to the main bibliography, 

sorted by author. 

Reports published prior to 1850: 

Christie, S. Hunter, Discussion of the Magnetic Observations Made by Captain Back, 

R.N. during His Late Arctic Expedition; 1836. 

Gaimard, M. Paul, Voyages of the Scientific Commission of the North in Scandinavia 

to Spitzberg and Feroe: 1838, 1839 and 1840 (Voyages de la Commission Scientifique 

du Nord, Scandinavie, En Laponie au Spitzberg aux Feroe; 1838, 1839 and 1840); 

1840. 

Quetelet, A,, Geomagnetism in Italy (Magnetisme Terrestre en Italie); 1840. 

Kreil, Karl, Magnetic and Meteorological Observations of Prague: 1840- 1842 

(Magnetische und meteorologische Beobachtungen zu Prag: 1840-1842); 1842. 

Le Comte Cancrine, M. and A.T. Kupffer, Yearbook of Magnetism and Meteorology 

of the Russian Corps of Mining Engineers (Annuaire Magnetique et Meteorologique 

de Corps Ingenieurs des Mines de Russie); 1843. 

Gilliss, J.M., Magnetical and Meteorological Observations Made at Washington under 

Orders of the Honorable Secretary of the Navy, August 13, 1838; 1845. 

Kreil, Karl and Karl Fritsch, Magnetic and Geographic Location Determinations in the 

Austrian Empire (Magnetische und geographische Ortsbestimmungen im 

osterreichischen Kaiserstatte); 1846-1 851. 

U.S. Coast and Geodetic Survey, Magnetic Observations Made at the Girard College 

Magnetic Observatory, 1840-1 845; 1846. 

Bache, A.D., Observations at the Magnetic and Meteorological Observatory at the Girard 

College, Philadelphia, 1840-1845; 1847. 

Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland in the Observatory of Gen. Sir Thomas Makdougall Brisbane in 1844; 

1848. 

Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland; 1849. 

121 
Reports published between 1850 and 1869: 

Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

Elliot, Charles M., Magnetic Survey of the Eastern Archipelago; 1851. 

Elliot, C.M., Magnetical Observations Made at the Honorable East India Company’s 

Magnetical Observatory at Singapore in the Years 1841 - 1845; 185 1. 

Kreil, Karl and Karl Fritsch, Magnetic and Geographic Location Determinations in the 

Austrian Empire (Magnetische und geographische Ortsbestimmungen im 

osterreichischen Kaiserstatte); 1846-1 85 1. 

Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at the Cape of Good Hope; 1851. 

Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at Hobarton, in Van Diemen Island; 1852. 

Sabine, Edward, Observations Made at the Magnetical and Meteorological Observatory 

at Hobarton, in Van Diemen Island; 1853. 

Lamont, J., Magnetic Maps of Germany and Bavaria according to New Bavarian and 

Austrian Methods under Use of Old Determinations (Magnetische Karten von 

Deutschland und Bayern nach den neuen Bayerischen und Oesterreichischen Messung, 

unter Benutzung einiger alterer Bestimmungen); 1854. 

Hilgard, J.E., Magnetic Observations on the Boundary Line between the United States 

and Mexico under the Treaty of 1853; 1855. 

Mahmoud-Effendi, Records of the Present Condition of Isoclinic and Isodynamic Lines 

(Memoire sur L’Etat Actuel Des Lignes Isocliniques Et Isodynamiques); 1856. 

Bache, A.D., Abstract of a Discussion of the Horizontal Component of the Magnetic 

Force from Observations Made at the Girard College Observatory, Philadelphia in the 

Years 1840-1845; 1862. 

Lenz, R., Inquiries in an Unregulated Distribution of Geomagnetism in the Northern Part 

of the Finnish Sea Basin (Untersuchung einer unregelmassigen Vertheilung des 

Erdmagnetismus im nordlichen Theile des Finnischen Meerbusens); 1862. 

Evans, Frederick J., On the Magnetic Character of the Armour-Plated Ships of the Royal 

Navy, and on the Effect on the Compass of Particular Arrangements of Iron in a Ship; 

1865. 

Jelinek, Carl and Carl Fritsch, Yearbook of the K.K. Central Organization for 

Meteorology and Geomagnetism (Jahrbucher der K.K. Central-Anstalt Fur 

Meteorologie und Erdmagnetismus); 1867. 

De Souza, J.A., Monthly Magnetic Determinations from December 1866 to May 1869 

Inclusive, Made at the University of Coimbra; 1869. 

Schott, Charles A., Report on the Results from the Observations Made at the Magnetical 

Observatory on Capitol Hill, Washington, D.C. between 1867 and 1869; 1869. 

Jelinek, Carl and Carl Fritsch, Yearbook of the K.K. Central Organization for 

Meteorology and Geomagnetism (Jahrbucher der K.K. Central-Anstalt Fur 

Meteorologie und Erdmagnetismus); 1870-1 873. 

at Hobarton, in Van Diemen Island and by the Antarctic Naval Expedition; 1850. 

122 
Schenzl, Guido and Gusztav Kondor, Mannetikai helymeghatarozasok Magyarorszag 

Stewart, Balfour, Results of the Monthly Observations of Dip and Horizontal Force 

delnyugati reszien; 1870. 

Made at the Kew Observatory: April, 1863-March 1869; 1870. 

Reports published between 1870 and 1879: 

Schott, Charles A., Notes on Measurements of Terrestrial Magnetism; 1872. 

U.S. Coast Survey, Directions and Notes of Terrestrial Magnetism: 1872-1902; 

Jelinek, Carl and Carl Fritsch, Yearbook of the K.K. Central Organization for 

Meteorology and Geomagnetism (Jahrbucher der K.K. Central- Anstalt Fur 

Meteorologie und Erdmagnetismus); 1870-1 873. 

Fritsche, H., Results of Astronomical and Magnetic Observations (Resultate aus 

Astronomischen und Magnetischen Beobachtung); 1874. 

Hilgard, J.E. and Charles A. Schott, Report Appendices for 1874, 1876, 1879, 1880, 

Schott, Charles A., Report on Results of Magnetic Observations, Both Absolute and 

Differential, at Key West, 1860 to 1866; 1874. 

Schott, Charles A., The Secular Change of Magnetic Declination in the United States 

and Other Parts of North America; 1874. 

Kingston, J.I., Abstracts and Results of Magnetical and Meteorological Observations at 

the Magnetic Observatory, Toronto, Canada; 1875. 

Schenzl, Guido, Contributions to the Knowledge of Magnetic Conditions in Southeastern 

Hungary (Beitrag zur Kenntniss der magnetischen Verhaltnisse im sudostlichen 

Ungarn); 1875. 

Schott, Charles A. and Werner Sues, Reports on the Magnetic Observatory at Madison, 

Wisconsin; 1876- 1877. 

Kiefer, H., Magnetic Inclination in Tiflis: 1870-1 876 (Magnetische Inclinationen in Tiflis: 

Liznar, Josef, Concerning Magnetic Declination and Inclination at Vienna: 1852-1 87 1 

(Uber die magnetische Declination and Inclination zu Wien: 1852-187 1); 1877. 

Osnaghi, Ferdinand, Yearbook of the K. K. Central Institution for Meteorology and 

Geomagnetism; 1877-1 88 1. 

Schott, Charles A. and Werner Sues, Reports on the Magnetic Observatory at Madison, 

Wisconsin; 1876-1 877. 

Wijkander, Aug., Works of the Swedish Arctic Expedition in 1872-1873 (Faites Pendant 

L’expedition Arctique Suedoise en 1872-1 873); 1877. 

Wild, H., Meteorologic and Magnetic Observations in St. Petersburg: 1876 

(Meteorologische und Magnetische Beobachtungen in St. Petersburg: 1876); 1877. 

Hilgard, J.E., Methods and Results on A Chart of the Magnetic Declination in the United 

States; 1879. 

1 872- 1902. 

1882, 1886; 1874-1 886. 

1870-1 876); 1877. 
Osnaghi, Ferdinand, Yearbook of the K.K. Central Institution for Meteorology and 

Geomagnetism; 1877-1 88 1. 

Reports published between 1880 and 1889: 

The Royal Observatory of Brussels, Yearbook of the Royal Observatory of Brussels; 

Schering, Karl, Reports of the Magnetic Observatory (Beobachtungen im magnetischen 

Schott, Charles, Magnetic Traces; 188 1. 

Wesselowski, K., Report of the Proceedings and Results of the Third International Polar 

Conference (Bericht uber die Verhandlungen und Ergebnisse der 3. internationalen 

Polar-Konferenz); 188 1. 

Hann, J., Yearbook of the K.K. Central Establishment for Meteorology and Geomagnetism 

(Jahrbucher der K.K. Central-Anstalt fur Meteorologie und Erdmagnetismus); 1882. 

Schott, Charles A., Methods and Results: Directions for Measurement of Terrestrial 

Magnetism; 1882. 

Wild, H., Communications of the International Polar Commission: Parts 1-6. 

(Mittheilungen der Internationalen Polar-Commission: Erstes Heft bis Sechstes Heft); 

Curtis, G.E., Hourly Readings of the Declinometer, December 188 1 -September 9, 1882: 

Ooglaamie, Alaska; 1883. 

Schott, Charles, Methods and Results: Report upon Magnetic Observations Made at the 

U.S. Polar Station Ooglaamie, Point Barrow, Alaska 1881-1882-1883; 1883. 

Schott, Charles A., Methods and Results: Distribution of the Magnetic Declination in the 

United States at the Epoch January 1885; 1883. 

Schott, Charles A., Methods and Results: Secular Variatidn of the Magnetic Declination 

in the United States and at Some Foreign Stations; 1883. 

Wild, H., Comerning the Accuracy of Absolute Determinations of Horizontal Intensity 

of Geomagnetism (Uber die Genauigkeit Absoluter Bestimmungen der 

Horizontal-Intensitat des Erdmagnetismus); 1883. 

Chambers, Charles Dreckman, Vinayek Narayen Nene, and Frederick Chambers, 

Magnetical and Meteorological Observations Made at the Government Observatory, 

Bombay, in the Year 1883-1890; 1884-1891. 

Hann, J., Yearbook of K.K. Central Establishment for Meteorology and Geomagnetism 

(Jahrbucher der K.K. Central- Anstalt fur Meteorologic und Erdmagnetismus); 1884. 

Moureaux, M. Th., Magnetic Observations for the Observatory of Parc Saint-Maur for 

the Years 1883 and 1889 (Observations Magnetiques Faites a L’Observatoire du Parc 

Saint-Maur Pendant Les Annes 1883 et 1884); 1884. 

Wild, H., Communications of the International Polar Commission: Parts 1-6. 

(Mittheilungen der Internationalen Polar-Commission: Erstes Heft bis Sec hstes Heft); 

1881. 

Observatorium); 188 1. 

1882-1884. 

1882-1 884. 

124 
Wild, H. Program of the Proceedings of the Fourth International Polar Conference 

(Program der Verhandlungen der Vierten Internationalen Polar-Conferenz); 1884. 

De Gasparis, A., Notes on the Values of Magnetic Inclination (Avvertenze e Valori 

dell’Inclinazione Magnetica); 1885. 

Denza, P.F., Magnetic Inclination at Torino; 1885. 

The Royal Observatory of Brussels, Yearbooks of the Royal Observatory of Brussels 

(Annales de L’Observatoire Royal de Bruxelles); 1885. 

Wild, H., Fixed Observations of Geomagnetic Elements and Magnetic Storms at the 

Pavlovsk Observatory (Termins-Beobachtungen der Erdmagnetischen Elemente und 

Erdstrome im Observatorium zu Pawlowsk); 1885. 

The Bureau of Navigation, The Variation of the Compass; 1886. 

Hilgard, J.E. and Charles A. Schott, Report Appendices for 1874, 1876, 1879, 1880, 

Missionaries of the Society of Jesus, (Missionnaires de la Compagnie de Jesus) Yearbook 

Schott, Charles A., Contributions to Terrestrial Magnetism: Appendix 139; 1886. 

Schott, Charles A., Magnetic Dip and Intensity with Their Secular Variation and 

Geographical Distribution in the United States; 1886. 

Schott, Charles A., Methods and Results: Magnetic Dip and Intensity with Their Secular 

Variation and Geographical Distribution in the United States; 1886. 

Schuck, Albert, Essays in the Areas of Natural Science Presented by the Natural Science 

Club of Hamburg; 1886. 

Sandkuhl, Ernst, Results of Meteorological and Magnetic Observations at Clausthal from 

January 1, 1876 to January 1, 1886; 1887. 

Schott, Charles A. and George Davidson, Report of the Superintendent of the U.S. 

Coast and Geodetic Survey Showing the Progress of the Work during the Fiscal Year 

Ending with June, 1886; 1887. 

Gelcich, Eugen, Magnetic Location Determinations at the South-East Austrian-Hungarian 

Border (Magnetiische Ortsbestimmungen an den sudostlichen Grenzen OstereichUngarns); 1888. 

Missionaries of the Society of Jesus, (Missionnaires de la Compagnie de Jesus) Yearbook 

for Zi-Ka-Wei Observatory; 1888. 

Weyer, G.D.E., Concerning the Secular Variation of Magnetic Declination in Rio de 

Janeiro (Ueber die sakulare Variation der magnetischen Deklination in Rio de Janeiro; 

1888. 

Davis, Gualterio G., Enlightening Notes upon the Climate in the Republic of Argentina 

(Ligeros Apuntes Sobre el Clima de la Republica Argentina); 1889. 

Schott, Charles A., The Magnetic Work of the Greely Arctic Expedition: 1881-1884; 

1889. 

Stelling, Ed, Magnetic Observations in the Lena Area in the Summer of 1888 and 

Remarks Concerning the Secular Variation of Geomagnetic Elements (Magnetische 

Beobachtungen im Lena-Gebiet im Sommer 1888 und Bermerkungen uber de Saculare 

Anderung der Erdmagnetischen Elemente Daselbst); 1889. 

1882, 1886; 1874-1 886. 

for Zi-Ka-Wei Observatory; 1886. 

125 
The U.S. Coast and Geodetic Survey, 

and Geodetic Survey Showing the 

Ending with June, 1887; 1889. 

The U.S. Coast and Geodetic Survey, 

and Geodetic Survey Showing the 

Ending with June, 1888; 1889. 

/I 

Report of the Superintendent of the U.S. Coast 

Progress of the Work during the Fiscal Year 

Report of the Superintendent of the U.S. Coast 

Progress of the Work during the Fiscal Year 

Reports published between 1890 and 1899: 

Galton, F., The Kew Observatory, Richmond, Surrey 1890-1899; 1890. 

Preston, E.D., Magnetic and Gravity Observations on the West Coast of Africa and at 

Some Islands in the North and South Atlantic; 1890. 

Schott, Charles A., Terrestrial Magnetism: Secular Variation of the Magnetic Declination 

in the United States and at Some Foreign Stations; 1890. 

Van Ryckevorsel, Eric and E. Engelenburg, Magnetic Survey of the Eastern Part of 

Brazil; 1890. 

Wild, Henry, On the Causes of the Phenomena of Terrestrial Magnetism and on Some 

Electro-Mechanism for Exhibiting the Secular Changes in Its Horizontal and Vertical 

Components; 1890. 

Chambers, Charles Dreckman, Vinayek Narayen Nene, and Frederick Chambers, 

Magnetical and Meteorological Observations Made at the Government Observatory, 

Bombay in the Year 1883-1890; 1884-1891. 

Moureaux, M. Th., The Magnetic Anomaly of the Paris Basin (L’Anomalie Magnetique 

du Bassin De Paris); 1891. 

Schott, C.A., The Secular Variation and Annual Change of the Magnetic Force at Stations 

Occupied by E.D. Preston in Connection with the U.S. Eclipse Expedition to the West 

Coast of Africa in 1889-1890; 1891. 

Delporte, A. and L. Gillis, Astronomic and Magnetic Observations in the Territory of the 

Independent State of the Congo ( Observations Astronomiques and Magnetiques sur 

le Territoire de L’Etat Independant du Congo); 1892. 

Schott, Charles A., Results of Magnetic Observations Recorded at Los Angeles, 

California: 1882-1 889; 1892. 

Cirera, P. Ricardo, Geomagnetism in the Philippines (El Magnetism0 Terrestre en 

Filipinas); 1893. 

Dechevrens, Marc, Bulletin of Magnetic and Meteorological Observations (Bulletin des 

observations Magnetiques et Meteorologiques); 1894- 1907. 

Lagrange, Ch., The Declination of a Free Compass in a Stationary state: Is It Independent 

of the Sun’s Magnetism? (La Declinaison d’unne Boussole Libre et a L’etat Statique, 

Est-elle independante de Son Moment Magnetique?); 1895. 

Pardo De Figueroa, Don Rafael, Compensation of Magnetic Declination in the Iberian 

Peninsula (Compensacion de Declinaciones Magneticas en la Peninsula Iberia); 1895. 

Schott, C.A., Distribution of the Magnetic Declination in Alaska and Adjacent Waters 

for the Year 1895, with Two Charts; 1895. 

126 
Stelling, Ed, Magnetic Observations from a Journey to Urga in the Summer of 1893 

Magnetische Beobachtungen auf einer Reise nach Urga im Sommer 1893); 1895. 

Schott, Charles A., Secular Variation of the Earth’s Magnetic Force in the United States 

and Some Adjacent Foreign Countries; 1896. 

The U.S. Coast and Geodetic Survey, Report of the Superintendent of the U.S. Coast 

and Geodetic Survey for the Fiscal Year Ending June 30, 1895; 1896. 

Bauer, L.A., First Report upon Magnetic Work in Maryland; 1897. 

Fritsche, H., Magnetic Observations at 509 Locations in Asia and Europe during the 

Period 1867-1894 (Observations Magnetiques sur 509 lieux Faites en Asia et en 

Europe pendant la periode de 1867-1894); 1897. 

Moureaux, M. Th., Magnetic Determinations from the Government of Koursk (Russia) 

(Determinations Magnetiques faites dans Le Gouvernment de Koursk (Russie); 1897. 

Schott, Charles A., Distribution of the Magnetic Declination in the United States for 

the Epoch January 1, 1900; 1897. 

Konkoly, Thege Miklos, The Royal Hungarian Institution for Meteorology and 

Geomagnetism in Budapest and the Royal Hungarian Meteorological and Physical 

Observatory in O’Gyalla; 1898. 

Schott, Charles A., Distribution of the Magnetic Dip and Magnetic Intensity in the 

United States for the Epoch January 1, 1900; 1898. 

Schuck, A., Magnetic Observations at Hamburg Bay, the German Bay of the North Sea 

and Central Regions (Magnetische Beobachtungen an der Hamburger Bucht, deutsche 

Bucht der Nordsee, mittlerer Theil); 1898. 

Littlehales, G.W., The Secular Change in the Direction of the Terrestrial Magnetic Field 

at the Earth’s Surface; 1899. 

Pernter, J.M., Yearbook of K.K. Central-Establishment for Meteorology and Geomagnetism: Series 1896-1 897 (Jahrbucher of the K.K. Central- Anstalt for Meteorologie 

und Erdmagnetismus) (Jahrgang 1896- 1897); 1899. 

Reports published between 1900 and 1909: 

Bauer, L.A., The Magnetic Work of the United States Coast and Geodetic Survey; 1900. 

Baylor, James B. and Daniel L. Hazard, General Report on the Magnetic Survey of 

North Carolina, Louisiana, South Carolina, Alabama, Georgia, Mississippi and 

Massachusetts; 1900-1935. 

Weinstein, B., Magnetic Storins in the Area of German Telegraphs and Its Connection 

with the Geomagnetic Appearance (Erdstrome irn Deutschen Reichstelengraphengebiet und ihr Zusammenhang mit den Erdmagnetischen Erscheinungen); 1900. 

Doyle, Rev. John, Magnetical Dip and Declination in the Philippine Islands; 1901. 

Ha~ard, D.L., Magnetic Survey of North Carolina; 1901. 

Passalskii, P.T., Magnetic Anomalies in the Region of Krivoi-Rog (Anomalies 

ArcEowski, H., Results of the Voyage of the S.Y. Belgica in 1897-1898-1899 under the 

rnagnetiques dans la region des mines de Krivoi-Rog); 1901. 

Command of A. De Gerlache De Gomery; 1902. 

127 
Bauer, L.A., Magnetic Declination Tables and Isogonic Charts for 1902; Principal Facts 

Relating to Earth’s Magnetism; 1902. 

Contarino, F., Determination of Absolute Magnetic Inclination at the Observatory of 

Capodimonte in 1898, 1899, and 1900. (Determinazioni assolute del’Inclinazione 

Magnetica del’Osservatorio di Capodimonte eseguite negli anni 1898, 1899, e 1900); 

1902. 

Fritsche, Hermann Peter Heinrich, The Daily Periods of Geomagnetic Elements (Die 

Tagliche Periode Erdmagnetischen Elemente); 1902. 

Paulsen, Adam, Anomalies of the Geomagnetic Field in Denmark (Anomalies du Champ 

Magnetique Terrestre en Danemark); 1902. 

U.S. Coast Survey, Directions and Notes of Terrestrial Magnetism: 1872-1902; 

Bauer, L. A. and J.A. Fleming, Magnetic Observatories of the United States Coast and 

Geodetic Survey in Operation July 1, 1902; 1903. 

Bidlingmaier, Friederich, Geomagnetic Ocean Observations and Subsequent Investigations 

(Erdmagnetische See-Beobachtungen und Anschliessende Untersucungen); 1903. 

Fritsche, H., Atlas of Geomagnetism for the Epochs 1600, 1700, 1780, 1842 and 1915; 

1903. 

Hazard, Daniel L., Magnetic Dip and Intensity Observations January, 1897, to June 30, 

1902; 1903. 

The Royal Observatory of Greenwich, Results of Magnetical and Meteorological 

Observations: 1899-1903; 1903. 

Sola, Marcial, Report of the Director of the Philippine Weather Bureau for the Year 

1902; 1903. 

U.S. Coast and Geodetic Survey, Magnetic Declination Tables and Isogonic Charts for 

1902; 1903. 

Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1902 and June 30, 1903; 1904. 

Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1903 and June 30, 1904; 1904. 

Richardson, L.A. and K. Wadati, Magnetic Data from the Japanese Empire, Western 

Pacific Ocean and Countries Overrun in the War; 1904-1945. 

Steen, Aksel S., Geomagnetic Observations in the North: Summer 1902 (Jordrnagnetiske 

maalinger i Norge: Sommeren 1902); 1904. 

Bauer, L.A., United States Magnetic Tables and Magnetic Charts for 1905; 1905. 

Fassig, Oliver L., Magnetic Observations in the Bahama Islands; 1905. 

Mascart, E., Yearbook of the Central Bureau of Meteorology of France: Year 1902 

Maso, Miguel Saderra, Annual Report of the Director of the Philippine Weather Bureau 

U.S. Coast and Geodetic Survey, Magnetic Observations by U.S. Coast and Geodetic 

Bauer, L.A., The Magnetic Survey of the North Pacific Ocean: Instruments, Methods, 

1872-1 902. 

(Annales du Bureau Central Meteorologique de France: Annee 1902); 1905. 

for the Year 1903; 1905. 

Survey Vessels: 1900-1 907; 1905, 

and Preliminary Results; 1906. 

128 
Bauer, L.A., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Between July 1, 1905 and June 30, 1906; 1906, 

Contarino, F., Determination of Absolute Magnetic Inclination (Determinazioni assolute 

della Inclinazione Magnetica); 1906. 

Maso, M. Saderra, Annual Report of the Director of the Weather Bureau for the Year 

1904; 1906. 

Pernter, J.M., Yearbook of the K.K. Central Establishment for Meteorology and 

Geomagnetism (Jahrbucher der K.K. Central-Anstalt fur Meteorologie und 

Erdmagnetismus); 1906. 

Van Bemmelen, W., On Pulsations; 1906. 

Von Drygalski, Erich and Karl Luyken, German South Pole Expedition: 1901-1903 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1903 

Dechevrens, Marc, Bulletin of Magnetic and Meteorological Observations (Bulletin des 

Guerrieri, E., Determination of Absolute Magnetic Inclination (Determinazioni assolute 

Keeling, B.F.E., Magnetic Observations in Egypt 1895-1905 with a Summary of Previous 

Kesslitz, Wilhelm, Observations of a Geomagnetic Excursion: Group IV (Erdmagnetische 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1904 

Chree, C., Magnetic Declination at Kew Observatory 1890-1900; 1908. 

Faris, R.L., Results of Magnetic Observations Made by the Coast and Geodetic Survey 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1905 

Beattie, J.C., Report of a Magnetic Survey of South Africa; 1909. 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Ceikie, A., Magnetic Observations: The National Antarctic Expedition, 1901-1904; 1909. 

Hazard, Daniel L., Results of Observations Made at the Coast and Geodetic Survey 

Mathias, E., Investigations of Geomagnetism (Recherches sur le Magnetisme Terrestre); 

Van Bemmelen, W., Magnetic Survey of the Dutch East-Indies Made in the Years 

(Deutsche Sud-Polar Expedition: 1901-1903); 1906. 

(Annales du Bureau Central Meteorologique de France: Annee 1903); 1907. 

Observations Magnetiques et Meteorologiques); 1894-1907. 

della Inclinazione Magnetica); 1907. 

Magnetic Work in Northern Africa; 1907. 

Reisebeobachtungen: Gruppe IV); 1907. 

(Annales du Bureau Central Meteorologique de France: Annee 1904); 1908. 

Between July 1, 1906 and June 30, 1907; 1908. 

(Annales du Bureau Central Meteorologique de France: Annee 1905); 1909. 

and Geodetic Survey Between July 1, 1907, and June 30, 1908; 1909. 

Magnetic Observatory near Honolulu, Hawaii, 1902-1912; 1909, 1913. 

1909. 

1903- 1907; 1909. 

129 
Reports published between 1910 and 1919: 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1906 

Central Meteorological 0 bservatory of Tokyo, Results of Magnetical and Meteorological 

Faris, R.L., Terrestrial Magnetism: Distribution of the Magnetic Declination in Alaska 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Moos, N.A.F., Magnetic Observations Made at the Government Observatory, Bombay 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1907 

Bidlingmaier, F., Results of Magnetic Observations in 1910 (Ergebnesse der magnetischen 

Faris, R.L., Terrestrial Magnetism: Distribution of the Magnetic Declination in the United 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1908 

Bauer, L.A., Land Magnetic Observations: 1905-1910; 1912. 

Hazard, D.L,., Magnetic Declination in the Caribbean Sea and Central America; 1912. 

The Imperial Academy of Science of St. Petersburg, Magnetic Data of the Russian 

Empire; 19 12. 

Magnetic Observations in the West Indies: 1911, 1912, 1913 (Udskrift af 

Deviations-Journalen Misoisningobservationer Vestindien 19 1 1 - 12- 13); 19 13. 

Alessio, Alberto, Geomagnetic Determinations Performed in the State of Maggiore from 

1905-1906 (Determinazioni de Magnetism0 Terrestre esequite dallo Stato Maggiore 

della 1905-1906); 1913. 

Bruckmann, W., Report in the Swiss High Alps concerning the Changes of Geomagnetic 

Strength with the Altitude (Beobachtungen in den Schweizer Hochalpen uber die 

Anderung der erdmagnetischen Kraft mit der Hohe); 1913. 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey Between July I, 1911, and December 31, 1912; 1913. 

Hazard, Daniel L., Results of Observations Made at the Coast and Geodetic Survey 

Magnetic Observatory near Honolulu, Hawaii, 1902- 191 2; 1909, 19 13. 

Rudzki, M.P., Results of Meteorological, Seismological and Magnetical Observations at 

the Krakow Observatory (Resultate der meteorologischen, seismologischen und 

magnetischen Beobachtungen an der k. k. Stemwarte Krakau); 1913. 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

and Geodetic Survey in 1913; 1914. 

(Annales du Bureau Central Meteorologique de France: Annee 1906); 1910. 

Observations: 1905-1910; 1910. 

and Adjacent Regions for 1910; 1910. 

and Geodetic Survey Between July 1, 1908, and June 30, 1909; 1910. 

for the Period 1846-1905; 1910. 

(Annales du Bureau Central Meteorologique de France: Annee 1907); 191 1, 

Beobachtungen im Jahr 191 1); 191 1. 

States for January 1, 1910; 1911. 

and Geodetic Survey Between July 1, 1909, and June 30, 1910; 1911. 

(Annales du Bureau Central Meteorologique de France: Annee 1908); 1912. 

130 
Bauer, L.A. and J.A. Fleming, Land Magnetic Observations 191 1-1913; 1915. 

Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory at Cheltenham, Maryland, from 1913 through 

1920; 1915. 

Nakano, Tokuro, Results of a Magnetic Survey of Japan for the Epoch 1913.0 executed 

by the Hydrographic Office; 1915. 

Farr, Coleridge C., Magnetic Survey of the Dominion of New Zealand and Some of the 

Outlying Islands for the Epoch 30th June, 1903; 1916. 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1915; 1916. 

Bauer, L.A., Ocean Magnetic Observations 1905-1916 and Reports on Special 

Researches; 19 17. 

Chree, C. and D.L. Hazard, 1) Magnetic Activity and Hourly Ranges and 2) Activity 

of the Earth’s Magnetism; 1917. 

Halard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1916; 1917. 

Hazard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1915; 1917. 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1917; 1918. 

Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1915 and 1916; 1918. 

Nunome, M., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy: 

Vol. 2; 1918. 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1913 

(Annales du Bureau Central Meteorologique de France: Annee 19 13); 19 19. 

De Azpiazu, Ubaldo and Gil Rodrigo, Geomagnetism: Its Study in Spain (Magnetism0 

Terrestre: su estudio in Espana); 1919. 

The Royal Meteorological Institute of Belgium, Terrestrial Magnetism, Atmospheric 

Electricity and Temperature of the Sun: Years 1914 and 1915 (Annales de L’Institut 

Royal Meteorologique de Belgique: Annees 1914 and 19 15); 19 19. 

U.S. Coast and Geodetic Survey, Principal Facts of the Earth’s Magnetism and Methods 

of Determining the True Meridian and the Magnetic Declination; 1919. 

Walter, A., Annual Reports of the Director of the Royal Alfred Observatory for the 

Years 1897-1919; 1919. 

Reports published between 1920 and 1929: 

Angot, Alfred, Yearbook of the Central Bureau of Meteorology of France: Year 1914 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

Hesselberg, Th., Various Papers on the Projected Cooperation with Roald Amundsen’s 

(Annales du Bureau Central Meteorologique de France: Annee 1914); 1920. 

and Geodetic Survey in 1919; 1920. 

North Polar Expedition; 1920. 

131 
Jones, Lester, Magnetic Ranges: San Francisco Bay, California; 1920. 

Ljungdahl, Gustaf S., Magnetic Declination Variables in 19 19: Stockholm’s Northern 

Areas (Magnetiska Deklinationsbestamningar ar 1919: Stockholms Norra Skaagard); 

1920. 

Walter, A., Annual Reports of the Director of the Royal Alfred Observatory for the 

Years 1920-1931; 1920-1931. 

Bauer, L.A., J.A. Fleming, H.W. Fisk, W.J. Peters, and S.J. Barnett, Land Magnetic 

Observations 1914-1920 and Special Reports, Vol. 4; 1921. 

Bauer, L.A., J.A. Flemming, H.W. Fisk, and W.J. Peters, Land Magnetic Observations 

Hazard, Daniel L., Directions for Magnetic Measurements; 1921. 

Keranen, J., Results of Magnetic Observations in 1916 in Finnish Lapland; 1921. 

U.S. Coast and Geodetic Survey, Cheltenham Observatory Office Computations 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1921; 1922. 

Ljungdahl, Gustaf S., Magnetic Declination in 1919 in Gottland (Magnetiska 

klinationsbestamningar ar 1919 pa Gottland); 1922. 

Ljungdahl, Custaf S., Research in Magnetic Declination Anomalies at Lake Werner: 

1914, 1916 and 1917 (Undersokning av Magnetiska Deklinationen inom Anomalierna 

vid Varern: 1914, 1916 and 1917); 1922. 

Maurain, Ch., Yearbook of the Institute of Geophysics of the University of Paris and 

the Central Bureau of Terrestrial Magnetism (Annales de L’Institut de Physique du 

Globe de L’Universite de Paris et du Bureau Central de Magnetisme Terrestre); 1922. 

Schmidt, Ad., Representations at the Observatory at Potsdam Employing Proceedings of 

Earth Core of Monthly Bands of Geomagnetic Elements (Darstellung des am 

Observatonum zu Potsdam verwendeten Verfahrens zur Ermittelung des 

mondentagigen Ganges der erdmagnetischen Elemente); 1922. 

1914-1 920; 192 1. 

1919-1920; 1921. 

Schmidt, Adolf, Magnetic Declination in West and East Prussia: 1905-1913; 1922. 

Heck, N. H. and W.E. Parker, Instructions for the Compensation of the Magnetic 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Jackson, W.E.W., Magnetic Survey Work on the MacMillan Arctic Expedition of 1926; 

Ault, J.P., S.J. Mauchly, W.J. Peters, L.A. Bauer, and. J.A. Fleming, Ocean Magnetic 

Hazard, Daniel L., Magnetic Declination in the United States in 1925; 1926. 

Keranen J. and H. Odelsio, Magnetic Measurements in the Baltic Sea-South Quarken: 

Stelling, E.W., D.A. Smirnov, and N.V. Rose, Collection of the Magnetic Observatory 

Compass; 1923. 

and Geodetic Survey in 1924; 1925. 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1921 and 1922; 1925. 

1925. 

and Electric Observations, 1915-1921; 1926. 

First Report; 1926. 

in Yakutsk, Alaska (Recueil D’Observations Magnetiques, Faites en Iakoutie); 1926. 

132 
Yonemura, S., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy: 

Fisk, H.W. and H.U. Sverdrup, Land Magnetic and Electric Observations, 1918-1926; 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

Keranen, J. and H. Odelsio, Magnetic Measurements in the Baltic Sea-South Quarken: 

Hazard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

McFarland, W.N. and R.W. Knox, Magnetic Declination in Texas in 1927; 1928. 

U.S. Coast and Geodetic Survey, Magnetic Declination in Delaware, Maryland, Virginia, 

Errulat, Fr., Geomagnetic Measurements in the Area of the Free State of Danzig 

Ha~ard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1925; 1929. 

Laska, V., Magnetic Bulletin (Bulletin Magnetique); 1929. 

Weinberg, B.P., Catalog of Magnetic Determinations in the USSR and in Adjacent 

Vol. 5; 1926. 

1927. 

and Geodetic Survey in 1926; 1927. 

Second Report; 1927. 

and Geodetic Survey in 1927; 1928. 

West Virginia, Kentucky and Tennessee; 1928. 

(Erdmagnetische Messungen im Gebiete der Freien Stadt Danzig); 1929. 

Countries from 1556 to 1926: 1929. 

Reports published between 1930 and 1939: 

French, C.A. and R.C. Madili, Magnetic Results, 1924-1926; 1930. 

Hartnell, George, Distribution Coefficients of Magnets; 1930. 

Halard, Daniel L., Results of Magnetic Observations Made by the United States Coast 

and Geodetic Survey in 1929; 1930. 

Slaucitajs, Leonid, Isogonic Chart of the Baltic Sea for Year 1930 (Baltijas juras izogonu 

karte 1930. gadam); 1930. 

Stearn, Noel H., A Geomagnetic Survey of the Bauxite Region in Central Arkansas; 

1930. 

U.S. Coast and Geodetic Survey, Magnetic Declination in the Philippine Islands in 

1925; 1930. 

Baseler, O., The Measurement of Geomagnetic Anomaly near Pr.-Eylau in East Prussia 

and an Attempt of Its Interpretation (Die Vermessung der erdmagnetischen Anomalie 

bei Pr.-Eylau in Ostpreussen and ein Versuch ihrer Deutung); 1931. 

McFarland, W.N., Results of Observations Made at the United States Coast and Geodetic 

Survey Magnetic Observatory near Tucson, Arizona: 1923 and 1924; 1931. 

Walter, A. Annual Reports of the Director of the Royal Alfred Observatory for the Years 

Hazard, Daniel L., Magnetic Declination in the United States in 1930; 1932. 

Guerrieri, Eugenio, Determination of Absolute Magnetic Inclination at the Capodimonte 

Observatory during the Years 191 3- 1921 (Determinazioni assolute della Inclinazione 

Magnetica durante gli anni 1913-1921); 1933. 

1920-1931; 1920-1931. 

133 
Bramhall, Ervin and Arthur Zuhn, Values of the Magnetic Elements at Little America; 

Hazard, Daniel L., Alaska: Magnetic Tables and Magnetic Charts for 1930; 1934. 

Hazard, Daniel L., Results of Observations Made at the United States Coast and 

Geodetic Survey Magnetic Observatory near Tucson, Arizona: 1925 and 1926; 1934. 

Heck, N.H., Celebration of the Completion of One-Third Century of Continuous Operation 

at the Cheltenham Magnetic Observatory; 1934. 

Baylor, James B. and Daniel L. Hazard, General Report on the Magnetic Survey of 

North Carolina, Louisiana, South Carolina, Alabama, Georgia, Mississippi and 

Massachusetts; 1 900- 1 93 5. 

Hoge, E., Research of Anomalies of the Vertical Component of the Geomagnetic Field 

in the Region of the High Fagnes (Etude des Anomalies de la Composante Verticale 

du Champ Magnetique Terrestre Dans la Region des Hautes Fagnes); 1935. 

U.S. Coast and Geodetic Sur vey, Magnetic Declination in Florida: 1935; 1935. 

U.S. Coast and Geodetic Survey, Magnetic Declination in South Carolina: 1935; 1935. 

U.S. Department of Commerce Coast and Geodetic Survey, Magnetic Declination in 

Krogness, 0. and K.F. Wasserfall, Results from the Magnetic Station at Dombas: 

La Cow, D. and Johs. Olsen, Contribution to the Knowledge of Modem Variometers 

Behavior; Experiences from the Magnetic Observatory Godhavn (Contribution a la 

Connaissance du Comportement des Variotnetres Modernes; Experiences Obtenues a 

L’Observatoire Magnetique De Godhavn); 1936. 

La Cour, D. and E. Sucksdorff, Example of QHM for the Control of Variometers for 

Declination and Horizontal Intensity (Exemple D’emploi du Qhm pour le Controle 

des Variometres pour la Declinaison et pour la Force Horizontale); 1936. 

Ljungdahl, Gustaf S., Earth Magnetic Researches along the Coasts of Sweden-Part 1: 

Magnetic Declination at the Epoch July 1, 1929; 1936. 

Otagaki, T., Magnetic Survey of Japan: 1932-1933; 1936. 

Weiss, O., D.J. Simpson, and G.L. Paver, Some Magnetometric and Gravimetric 

Besairie, Henri, Contributions in the Study of Magnetic Declination of Madagascar and 

British National Committee for the Polar Year, British Polar Year Expedition: Fort 

Fedorov, E.K., Magnetic Observations in Taimyr Peninsula 1935; 1937. 

International Union of Geodesy and Geophysics and the Royal Meteorological 

Institute of Pays-Bas, Magnetic Character of the Year 1936 (Caractere Magnetique 

L’Annee 1936); 1937. 

Rysinova, I.L., The Results of Magnetic Observations of the Magnetic Observatories of 

Matochkin Shar, Franz-Joseph Land and Dickson, 1933; 1937. 

Van Dijk, G., Magnetic Character of the Annual Polar International: 1932-1933 

(Caractere Magnetique L’ Annee Polaire Internationale: 1932-1933); 1937. 

1934. 

California and Nevada 1935; 1935. 

19 16-33; 1936. 

Surveys in the Transvaal; 1936. 

Its Connections with Geology; 1937. 

Rae, N.W. Canada, 1932-33; 1937. 

134 
Bartels, J. and G. Fanselau, Geophysical Moon-Tables 1850- 1975 (Geophysikalische 

Heck, N.H., Instructions for the Compensation of the Magnetic Compass; 1938. 

Howe, Herbert H. and David G. Knapp, United States Magnetic Tables and Magnetic 

Massachusetts Geodetic Survey, Magnetic Declination in Massachusetts: 1935; 1938. 

Van Dijk, G., Magnetic Characteristics of the Years 1890-1905 (Caractere magnetique 

des annees 1 890- 1905); 1938. 

Ljungdahl, Gustaf S., The Re-Survey of the Magnetic Main Repeat-Stations in Sweden 

for the Epoch July 1, 1936; 1939. 

Tenani, Mario, Results of Absolute Determination of Variation of Geomagnetism 

Performed at Spitsbergen (Risultati Delle Determinazioni Assolute e di Variazione del 

Magnetism0 Terrestre eseguite all0 Spitsbergen); 1939. 

Mond-Tafeln 1850-1975); 1938. 

Charts for 1935; 1938. 

Reports published between 1940 and 1950: 

French, C.A., and R.C. Madili, Magnetic Results, 1927-1937: 1940. 

Jordan, W.H. and E.P. Rothrock, A Magnetic Survey of Central South Dakota; 1940. 

Joesting, Henry R., Magnetometer and Direct-Current Resistivity Studies in Alaska; 

Harang, Leiv, Pulsations in the Terrestrial Magnetic Records at High Latitude Stations; 

La Cour, D., The Magnetometric Zero Balance, the BMZ; 1942. 

Wasserfall, K.F., The Horizontal Component of Magnetic Intensity at Oslo Observatory 

Deel, Samuel A., Alaska Magnetic Tables and Magnetic Charts for 1940; 1944. 

Spencer, Nye S. and George F. Kucera, Handbook of Magnetic Compass Adjustment 

Blum, V.J., The Magnetic Field over Igneous Pipes; 1945. 

Deel, Samuel A., Magnetic Declination in the United States 1945; 1945. 

Ludy, Albert K. and J. Herbert Howe, Magnetism of the Earth; 1945. 

Richardson, L.A. and K. Wadati, Magnetic Data from Japanese Empire, Western Pacific 

Ocean and Countries Overrun in the War; 1904-1945. 

Wasserfall, K.F., The Magnetic Declination at Oslo Observatory 1843-1930; 1945. 

Slaucitajs, L., Magnetic Survey of Latvia: 1937-1 943; 1946. 

U.S. Coast and Geodetic Survey, Magnetic Observations in the American Republics 

U.S. Coast and Geodetic Survey, Magnetic Observations in the American Republics: 

Suslennikov, V.V., Basic Results of Aeromagnetic Surveys of the Karelo-Finnish SSR; 

1941. 

1942. 

1 843- 1930; 1942. 

and Compensation; 1944. 

194 1-44; 1946. 

194 1-44; 1946. 

1947. 

135 
Vestine, E.H., Lucille Laporte, Caroline Cooper, Isabelle Lange, and W.C. Hendrix, 

Description of the Earth’s Main Magnetic Field and its Secular Change, 1905-1945; 

1947. 

Bock, R. and Schumann, W.S., Catalog of the Annual Means of Magnetic Elements of 

the Observatories and the Stations on which the Conditions of Geomagnetic 

Observations are Based (Katalog der Jahresmittel der magnetischen Elemente der 

Observatorien and der Sationen, an denen eine Zeitlang erdmagnetische Beobachtungen 

stattfanden; Nr, 8-Nr. 11); 1948. 

Deel, Samuel A. and H. Herbert Howe, United States Magnetic Tables and Magnetic 

Charts for 1945; 1948. 

Dixon, B.A., Hourly Ranges of the Magnetic Elements during the Polar Year 1932-3 at 

the Observatories of Lerwick and Eskdalemuir; 1949. 

Eaton, Norma F., Magnetic Declination in Texas, 1945; 1949. 

Good, S.E. and F.J. Pettijohn, Magnetic Survey and Geology of the Stager Area, Iron 

Grenet, G., Meteorology and Geophysics of the Sahara: 1943 (Meteorologique et 

Howe, Herbert H., Magnetic Observations in the American Republics 1945-48; 1949. 

Rooney, WJ., Earth-Current Results at Tucson Magnetic Observatory, 1932- 1942; 1949. 

Weber, Ernst K., Fritz Gassman, Ernst Niggli, and Hans Rothlisberger, The Magnetic 

Anomalies of Western Locarno (Die Magnetische Anomalie Westlich von Locarno); 

1949. 

County Michigan; 1949. 

Geoph ysique de Sahara: 1943); 1949. 

Reports published between 1950 and 1960 

Grenet, G., Meteorology and Geophysics of the Sahara: 1944 (Meteorologique et 

Grenet, G., Meteorology and Geophysics of the Sahara: 1945 (Meteorologique et 

Grenet, G., Meteorology and Geophysics of the Sahara: 1946 (Meteorologique et 

Heaviside, Oliver, Electromagnetic Theory; 1950. 

Sano, S., Magnetic Surveys of Japan and the Spherical Harmonic Analysis of the Earth’s 

Magnetic Field for the Epoch 1945; 1950. 

Kakioka Magnetic Observatory, Memoirs of the Kakioka Magnetic Observatory; 195 1. 

National Meteorological Service of Argentina (Servicio Meteorological Nacional de 

Argentina), Climatological and Geomagnetical Data of the Southern Orcadas Islands 

1903-1 950 (Dittos Clirnatologicos y Geomagneticos Islas Orcadas del Sur: 

Navarro De Fuentes, Jose Rodriguez, and H. Amorim Ferreira, The Magnetic Map 

Project of the Iberian Peninsula (Proyecto de Mapa Magnetic0 de la Peninsula 

Iberica); 195 1. 

Geophysique de Sahara: 1944); 1950. 

Geophysique de Sahara: 1945); 1950. 

Geophysique de Sahara: 1946); 1950. 

1903-1 950); 195 1. 

136 
Tarczy-Hornoch, A., The Calculation of Magnetic Declination in the Carpathian Basin 

(Uber die Berechnung der magnetischen Deklination im Karpathenbecken); 195 1. 

Burrows, A.L., Magnetic Survey: Christchurch; 1952. 

Chamberlain, N.G., Observations of Terrestrial Magnetism at Heard, Kerguelen and 

Macquarie Islands, 1947-1948: 1952. 

Mauersberger, P., K. Sellien, E. Thiele, and M. Richard, [Four titles:] (1) Consideration of the Secular Variation of the Geomagnetic Fields as the Source of Potential 

Wandering (Betrachtungen uber die zeitliche Anderung der Parameter des 

geomagnetischen Feldes auf Grund der vorliegenden Potentialentwicklungen); (2) The 

Normal Field of Gravity for Germany (Das Normalfeld der Schwere fur Deutschland; 

(3) The Rossiger Normal Field of Vertical Intensity and Its Secular Variation (Das 

Rossigersche Normalfeld der Vertikalintensitat und seine zeitliche Anderung; and, (4) 

A Design for the Magnetic Variometer of Least Volume (Uber die Andernung 

geomagnetischer Variometer auf engstem Raum); 1952. 

Slaucitajs, Leonidas, Results of the Geomagnetic Investigation of 1952 in Tierra del 

Fuego and Parts South of Patagonia (Resultados de las Investigaciones Geomagneticas 

efectuadas en el ano 1952 en Tierra del Fuego y parte S de Patagonia; 1952. 

U.S. Coast and Geodetic Survey, Magnetic Hourly Values in Tucson, Arizona: 1949; 

1952. 

Gaibar-hertas, Constantino, Secular Variation of the Magnetic Field (Variacion Secular 

Del Campo Geomagnetico); 1953. 

Knapp, David G., Reversible Susceptibility and the Induction Factor Used in 

Geomagnetism; 1953. 

U.S. Coast and Geodetic Survey, Magnetograms and Hourly Values, Tucson, Arizona, 

1950; 1953. 

U.S. Coast and Geodetic Survey, Magnetograms and Hourly Values, Tucson, Arizona, 

1951; 1953. 

Just, Heinz, The Second Geomagnetic Reference Numbers according to Fanselau (Die 

zweiten erdmagnetischen Kennziffern nach Fanselau); 1954. 

National Academy of Sciences, Geomagnetic Transient Fluctuations; 1954. 

Smith, W.O., C.P. Vetter, and G.B. Cummings, Lake Mead Comprehensive Survey of 

Suda, Kanzi, Magnetic Survey of Japan 1949-50; 1954. 

Bullard, E.C., S.K. Runcorn, J. Coulomb, David Knapp, FJ. Lowes, E.H. Vestine, 

et al., Introduction to a Discussion on “Movements in the Earth’s Core and Electrical 

Conductivity”; 1955. 

Calmet, Fernando Noriega, Geomagnetic Map of Peru for 1955.0 (Carta Geomagnetica 

Del Peru a 1950.0); 1955. 

Cattala, Louis, Recent Measurements of Magnetic Declination in Madagascar and 

Declination Maps for 1955.0 (Nouvelles Mesures de la Declinaison Magnetique a 

Madagascar et Carte des Declinaisons Pour 1955.0); 1955. 

Cattala, Louis and Charles Poisson, [Two titles:] (1) Some Measurements of the 

Magnetic Declination toward the Southeast of Madagascar (Quelques Mesures de la 

Declination Magnetique dans le sud et L’Ouest de Madagascar); and (2) Studies of 

1948-49; 1954. 

137 
the Variations of Magnetic Declination of Madagascar (Recherches Sur La Variation 

De La Declinaison Magnetique a Madagascar); 1955. 

Gerard, V.B. and J.A. Lawrie, Aeromagnetic Surveys in New Zealand 1949-1952; 

1955. 

Ostrekina, M.E., Results of Magnetic Observations at Polar-Arctic Stations from 

Weber, Albert M., A Description of the Methods of Compiling the 1955 Magnetic 

Charts; 1955. 

Bartels, Julius and Naoshi Fukushima, A Q-Index for the Geomagnetic Activity in 

Quarter-Hour Intervals (Ein Q-Index fur die erdmagnetische Aktivitat in 

viertelstundlichen Intervallen); 1956, 

De Miguel Gonzalez-Miranda, Luis, Thunderstorms in Telluric Currents (Tormentas en 

Corrientes Teluricas); 1956. 

Knapp, D.G., Arctic Aspects of Geomagnetism; 1956. 

Slaucitajs, L., Geomagnetism in the Region of the Peninsula of Antarctic, the Adjacent 

Islands and the Weddel Sea in 1951-56 (Mediciones Geomagneticas en la regions de 

la Peninsula Antarctica, Islas Adjacntesy Mar de Weddell en 1951-56); 1956. 

Tichonov, N., A.G. Ivanov, V.A. Troickaja, and B.P. Pjakonov, Concerning the 

Connection of Geostorms and Earthquakes (Uber den Zusammenhang von Erdstormen 

und Erdbeben); 1956. 

Wexler, Harry, Antarctic Program of the United States National Committee for the 

International Geophysical Year, 1957-1 958; 1956. 

Zaccara, G., C. Raimondi, C. Morelli, S. Diceglie, and V. Cotecchia, Geophysical 

Studies in the Pugliese Region (Studio geofisico della regione publiese); 1956. 

Bonnet, G., J. Hunaerts, and M. Nocolet, Analysis of the Ionospheric Results Obtained 

in Africa during the Solar Eclipse of February 25, 1952 (Analyse de Resultats 

Ionospheriques Obtenus en Afrigue Lors de L’Eclipse de Solei1 du 25 Fevrier 1952); 

1957. 

Davidson, R.J., L.W. Williams, R.P. Loh, J. Horvath, and 0. Keunecke, Geophysical 

Survey of the Kenison Bell Tin Field, Tasmania; 1957. 

Fleming, I.A. et al. (Committee of the International Association of Geomagnetism 

and Aeronomy), Description of Geomagnetic Observations (Description Des 

Observatoires Geomagnetiques); 1957. 

Gama, Lelio I., A Precise Theory of Magnetometry (Precis de Theorie du Magnetometre); 

1957. 

Hazard, Daniel L., Directions for Magnetic Measurements: Third (1 930) Edition, 

Corrected, 1957; 1957. 

LaHaye, E., L. Koenigsfeld, A. de Vuyst, and E. Hoge, New Collection of Magnetic 

Data from Belgium (Nouveau Leve Magnetique de la Belgique); 1957. 

Serson, P.H. and W.L.W. Hannaford, A Statistical Analysis of Magnetic Profiles; 1957. 

Slaucitajs, Leonidas, Geomagnetic Information of the South American Antarctic (El 

Conocimiento de la Antartida Sudamencana); 1957. 

The United States National Committee for the International Geophysical Year, 

Antarctic Program of the United States National Committee for the International 

1934-1948; 1955. 

138 
Geophysical Year, 1957-58; 1957. 

Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey over Parts of Perak, Selangor 

and Negri Sembilan: Area 1; 1958. 

Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey over Parts of Kedah and 

Perlis: Area 6; 1958. 

Bouska, J., Geomagnetic Report of the Observatory of Pruhonice and of Budkov; 1958. 

Committee of the International Geophysical Year of the Academy of Sciences of 

De Jesus, Angel G., Magnetic Declination in the Philippines in 1955; 1958. 

Gama, Lelio I., Installation of the Tatuoca Magnetic Observatory; 1958. 

Gesco, Reynaldo P., Extremes, Daily Variations, Monthly and Annual Means of D, H, 

Z, Reference and Scale Values and a Brief Description of the Observatory of Trelew 

(Extremos, Variacion Diurna, Promedios Mensuales Y Anuales De D, H, Z, Valores 

de Lineas de Referencia, Valores de Escala y Breve Descripcion del Observatorio 

Magnetico de Trelew); 1958. 

the USSR, [Multiple titles on topics of geomagnetism]; 1958. 

Gilbert, William, On the Magnet (De Magnete), Reprint; 1958. 

Gun Bayer, Francis S., The Lunar Magnetic Field Revealed by Its Projections on Earth; 

1958. 

Henderson, John R. and Isidore Zietz, Interpretation of an Aeromagnetic Survey of 

Indiana; 1958. 

Horvath, J. and R.J. Davidson, Geophysical Survey of the Rye Park Scheelite Deposit, 

New South Wales; 1958. 

LaHaye, Edm., Development of the Geophysics Center at Dourbes (Realisation du Centre 

de Physique du Globe a Dourbes); 1958. 

The Magnetic 0 bservatory of Maddalena (Osservatorio Magnetico di La Maddalena), 

Indices of Geomagnetic Activity; 1958-1963. 

Nelson, J.H., R.E. Gebhardt, and J.L. Bottum, The Constant-Field Coil House at the 

Fredericksburg Magnetic Observatory; 1958. 

Agocs, W.B., J.R. Paton, and J.B. Alexander, Extract from Colombo Plan Report on 

Airborne Magnetometer and Scintillation Counter Survey of Parts of Trengganu and 

Pahang; 1959. 

Bouska, J., Geomagnetic Report of the Observatory of Pruhonice and of Budkov; 1959. 

Medvedev, N.D., Geomagnetic Observations in Eastern Antarctica; 1959. 

Rikitake, Tsuneji, Seiya Uyeda, Takesi Yukatake, and Eiko Nakagawa, The 

Anomalous Behavior of Geomagnetic Variations of Short Period in Japan and Its 

Relation to the Subterranean Structure; 8th Report; 1959. 

Roberts, E.B. et al. (IAGA Committee on Observatories), Description of Geomagnetic 

Observatories; 1959. 

Schmucker, Ulrich, Geomagnetic Deep Soundings in Germany 1957-59: Magnetograms 

and First Evaluation (Erdmagnetische Tiefensondierung in Deutschland 1957-59: 

Magnetogramme und Erste Auswertung); 1959. 

139 
Reports published between 1960 and 1969: 

Grivet, P., Measurement of Weak Terrestrial Magnetic Fields (Mesure des champs 

magnetiques faibles du type champ terrestre); 1960. 

Kalinin, J.D., J.N. Avsjuk, V.I. Koptev, O.G. Sorokgtin, and O.P. Kolomiytsev 

(Committee of the International Geophysical Year of the Academy of Sciences 

of the USSR), [Multiple titles:] (1) Geomagnetism; (2) Structure of the Central Sector 

of the Eastern Antarctica According to Seismic and Gravimetrical Research Data; and, 

(3) A Year on the Geomagnetic Pole; 1960. 

Mayaud, P.N., Geomagnetic Data 1957, Indices K and C, Rapid Variations, Reprint of 

Appendix B: Circular on Very Calm Periods Report on the Measure of K-Indices; 

1960. 

Rikitake, Tsuneji, Electromagnetic Induction in a Hemi-Spherical Ocean by Sq; 1960. 

Zatrutina, R.F. and Z.M. Mikhaylova, International Geophysical Year Bibliography of 

Cabes, Lucien, Installation of Instruments and Methods of Observation (Installation des 

Forbush, Scott E. and Mateo Casaverde, Equatorial Electrojet in Peru; 1961. 

Kakioka Magnetic Observatory, Report of the Geomagnetic and Geoelectric 

Knapp, David G., Some Features of Magnetic Storms in High Latitudes; 1961. 

Sucksdorff, C., On The Processing of Geomagnetic Hourly Data with an Electronic 

Computer; 196 1. 

Whitham, K. and E. Hoge, Geomagnetic Investigations in British East Africa During 

1959; 1961. 

BOSSO~~SCO, M., A. Elena, and A. Caneva, Geomagnetic Research (Richerche Di 

Geomagnetismo); 1962. 

Cain, Joseph C., Ivan R. Shapiro, John D. Stolarik, and James P. Heppner, 

Measurements: of the Geomagnetic Field by the Vanguard I11 Satellite; 1962. 

De Vuyst, A., L. Koenigsfeld, and Edm. LaHaye, Distribution of the Geomagnetic 

Field in Belgium for the Epoch 1960.5 (La Distribution Du Champ Magnetique 

Terrestre en Belgique a L’Epoque 1960.5); 1962. 

Graulich, J.M. and J.L. Koenigsfeld, Geomagnetic Research of the Southern 

Grand-Halleux Mass: Stavelot (Etude geomagnetique de la partie meridionale du 

massif devillien de Grand-Halleux: massif de Stavelot); 1962. 

Literature in the Russian Language for 1958; 1960. 

Instruments et Methodes D’observations); 1961. 

Observations; 196 1. 

Mansurov, S.M., Geomagnetic Secular Variation in East Antarctica; 1962. 

Meyers, H. and A.X. Meyer, Magnetic Results Ellsworth Highland Traverse and 

Nelson, James H., L. Hurwitz, and David C. Knapp, Magnetism of the Earth; 1962. 

Slaucitajs, Leonidas, Characteristics of Magnetic Variations Observed in the Provinces 

of Buenos Aires and Chubut (Algunas Caracteristicas de las Variaciones Magneticas 

Observadas en las Provincias de Buenos Aires y Chubut); 1962. 

McMurdo-to-Pole Traverse Antarctica: 1960-1961; 1962. 

Svendsen, K.L., United States Magnetic Tables for 1960; 1962. 

1 40 
Afshar, H.K., The Construction of the Magnetic Map of Iran; 1963. 

Afshar, H.K., Geomagnetic Activities in Iran during Years 1961 and 1962; 1963. 

Angenheister, G., Measurement of Geomagnetic Fields of Longitudinal Profiles in the 

North Alpine Region and in the Alps: 1958-1962 (Vermessung des erdmagnetischen 

Feldes langs Profilen im nordlichen Alpenvorland und in den Alpen: 1958-1962); 

1963. 

De Vuyst, A., The Definition of the Normal Magnetic Field of Belgium for the Epoch 

1960.5 (La Definition D’un Champ Magnetique Normal De La Belgique pour L’Epoch 

1960.5); 1963. 

De Vuyst, A., The Magnetic Anomalies of Belgium (Les Anomalies Magnetiques de la 

Belgique); 1963. 

DiPiazza, N.J., An Interpretation of an Aeromagnetic and Gravity Survey of Eastern 

Virginia; 1963. 

Finger, D.L., The Conference on Problems of the Study of Magnetic Field of the Earth 

on the World Ocean; 1963. 

Hernandez, Roberto P.J. and Mercedes Barrionuevo, Appendix of Magnetic 

Cartography (Apendice Cartografia Magnetica); 1963. 

Heuring, F.T., A Study of the Harmonic Description of the GeomagneLic Field at Satellite 

Altitudes; 1963. 

Institute of Geography and Cartography of Spain and the National Meteorological 

Service of Portugal, Results of Magnetic Measurements at Stations Referenced to 

1960.0: Iberian Peninsula (Relacion de Valores Magneticos de las Estaciones Referidos 

a 1960.0: Peninsula Iberica); 1963. 

Ionosphere Research Committee of the Science Council of Japan, Catalogue of 

Disturbances in Ionosphere, Geomagnetic Field, Field Intensity of Radio Wave, 

Cosmic Ray Solar Phenomena and Other Related Phenomena: No. 46; 1963. 

Knapp, David G. and John W. Gettemy, A New Longitude Effect in the Geomagnetic 

Solar Daily Variation; 1963. 

Koenigsfeld, L., Anomalies of Secular Variation of the Geomagnetic Field in Belgium 

from 1913 and 1957 (Les Anomalies de la Variation Seculaire de Champ Magnetique 

Terrestre en Belgique de 1913 et 1957); 1963. 

Kontis, A.L. and G.A. Young, Analysis of Approximating Residual Total Magnetic 

Intensity by the Projection of the Anomalous Force on the Earth’s Normal Field; 

1963. 

The Magnetic Observatory of Maddalena (Osservatorio Magnetic0 di La Maddalena), 

Indices of Geomagnetic Activity; 1958-1963. 

Moitoret, V.A., Airborne Geomagnetic Data: 1953-1961; 1963. 

Nagata, T. and M. Sawada, Annual Mean Values of Geomagnetic Elements since 1955; 

Van Voorhis, Gerald and James Walczak, Summary of Magnetization: Computations 

Wasilewski, P.J., Magnetic Results Antarctic Peninsula Traverse: 1961 -1962; 1963. 

1963. 

for Kelvin Seamount; 1963. 

Barraclough, 

Catalogue 

- 

D.R. and Marion P. Fisher, Geomagnetism Unit: User Manual and 

for Machine-Readable Data; 1964. 

141 
Bhaskara Rao, V., P. Sitapathi Rao, P.V. Sanker Narayan, C.V. Raju, S.V.S. Sarma, 

R. Ramakrishnayya, D. Atchuta Rao, P.C. Paul, and K.C. Sogani, [Multiple 

titles:] (1) Regional Magnetic Profiles over the Gondwana Sections of the Godavary 

Valley; (2) Results of a Totai Intensity Magnetic Survey in Uppal Area, Hyderabad; 

(3) Magnetic Investigation on a Charnockite Intrusion at Waltair; and, (4) 

Electromagnetic and Magnetic Studies for Lead Ore in the Shishkhani Area, Alrnora 

District, Uttar Pradesh; 1964. 

Cain, Joseph C. and Christopher D. Wright, A Compilation of Magnetic Observatories; 

1964. 

Cain, Joseph C., W.E. Daniels, Shirley J. Hendricks, and D.C. Jensen, An Evaluation 

of the Main Geomagnetic Field 1940-1962; 1964. 

Clark, J.F., Magnetic Results, 1948- 196 1 ; 1964. 

The Geophysical and Polar Research Center of the Department of Geology, Regional 

Aeromagnetic Map of Wisconsin; 1964. 

Criffths, D.H., R.P. Riggihough, H.A.D. Cameron, and P. Kennett, Geophysical 

Investigation of the Scotia Arc; 1964. 

Hope, E.R. (translator), Large-Scale Geomagnetic Features in the Region of Transition 

from the Asiatic Continent to the Pacific Ocean; 1964. 

Howe, Herbert H. and L. Hurwitz, Magnetic Surveys; 1964. 

Ionosphere Research Committee of the Science Council of Japan, Catalogue of 

Disturbances in Ionosphere, Geomagnetic Field, Field Intensity of Radio Wave, 

Cosmic Ray Solar Phenomena and Other Related Phenomena: No. 47; 1964. 

Keranen, J., Summary of the Activity of the Geophysical Institute of Sodankyla 

(Ubersicht uber die Tatigkeit der Geophysikalischen Institution in Sodankyla); 1964. 

Matsuzaki, Takuichi, Magnetic Survey of Japan: 1959-60; 1964. 

Ostenso, Ned A. and Edward C. Thiel, Aeromagnetic Reconnaissance of Antarctica 

Pao, H.P. and C.C. Chang, Magnetohydrodynamic Boundary Layer between Parallel 

Paul, P.A., Depth Rules for Some Geometric Bodies for Interpretation of Aeromagnetic 

Perkins, D.M., Magnetic Results South Pole Traverse: 1962-1963; 1964. 

Price, A.T. and D.J. Stone, The Quiet-Day Magnetic Variations during the ICY; 1964. 

Vestine, E.H., WMS Notes (World Magnetic Survey Notes); 1964. 

Young, G.A. and A.L. Kontis, A Study of Aeromagnetic Component Data Plantagenet 

Avery, O.E. and F.N. Waits, Proton Magnetometer Test on Board a Survey Aircraft; 

Baron, J. Gregory and G.R. Lorentzen, An Airborne Geomagnetic Investigation of a 

Baron, J. Gregory, James R. Heirtzler, and George Lorentzen, An Airborne 

Cain, J.C., Annual Mean Values of Geomagnetic Elements since 1900; 1965. 

between Byrd and Wilkes Stations; 1964. 

Streams of Different Magnetic Fields and Temperatures; 1964. 

Anomalies; 1964. 

Bank; 1964. 

1965. 

Reported Declination Anomaly in Eastern Panama; 1965. 

Geomagnetic Survey of the Reykjanes Ridge: 1963; 1965. 

142 
The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1964 (Ergebnisse der Magnetischen Beobachtungen am Geophysikalischen Observatorium Kobenzl 1964); 1965. 

The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1965 (Ergebnisse der Magnetischen Beobachtungen am Geophysikalischen Observatorium Kobenzl 1965); 1965. 

Department of Geophysics of the Directory of Hydrography and Navigation, 

Geomagnetic Observations on the Island of Trinidad: November to December, 1964 

(Observacoes Geomagneticas na Ilha da Trindada: Novembro-Dezembro de 1964); 

1965. 

Eleman, Folke, Kjell Borg, Ulf Oquist, and Chr. Sucksdorff, The Aeromagnetic Survey 

of Denmark, Finland, Norway, Sweden; 1965. 

Evans, A.E. and Loomer, E.I., Summary of Observations at Magnetic Observatories in 

Northwest Territories for 1963; 1965. 

Institute of Geophysics, The History of the Earth’s Magnetic Field; 1965. 

Kahle, A.B., J.W. Kern, and E.H. Vestine, Spherical Harmonic Analyses for the 

Kalashvikov, A.G. and V.A. Troitskaya, Short-Period Pulsations of the Earth’s 

Kontis, A.L. and G.A. Young, A Study of Aeromagnetic Data: New England Seamount 

Lubimova, E.A. and G.B. Udintsev, Expedition on the American Scientific Research 

Moitoret, V.A., Airborne Geomagnetic Data: Supplement No. 1, 1962-1963; 1965. 

National Geographic Institute of Guatemala (Instituto Geografico Nacional de 

Guatemala, Magnetic Observations in the Region of Central America (Observaciones 

Magneticas en la Region Centroamericana); 1965. 

Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1965. 

The Pan American Committee of the Geophysical Sciences, Magnetic Observations 

in the Region of Central America (Observationes Magneticas en la Region 

Centroamericana); 1965. 

Spheroidal Earth, 11; 1965. 

Electromagnetic Field; 1965. 

Area; 1965. 

Ship Argo; 1965. 

Parkinson, W.D., Errors and Limitations of the Magnetic Compass; 1965. 

Phelan, Michael, Magnetic Results Filchner Ice Shelf Traverse: 1963-1964; 1965. 

Prior, L.S. and J.C. Dooley, Geophysical Observatory Report; 1965. 

Quilty, J.H., Gippsland Basin Airborne Magnetic Surveys, Victoria 1951-52 and 1956; 

The Secretariat of the Geophysics Research Board of the National Geophysical 

U.S. Naval Oceanographic Office, Geomagnetic Survey Information; 1965. 

Alldredge, L.R. and I. Saldukas, The Automatic Standard Magnetic Observatory; 1966. 

Brittain, J.H. and J.R. Boyle, Earth Movement Investigations and Geodetic Control for 

1965. 

Research Institute, Progress in Geophysics; 1965. 

Stanford Linear Accelerator Center; 1966. 

143 
Cain, Joseph, Folke Eleman, S. J. Hendricks, Herbert Meyers, and K.L. Svendsen, 

U.S. Coast and Geodetic Survey: NASA Geomagnetic Data Reduction Program; 1966. 

Cumme, C. and E.A. Lauter, Final Report on IQSY Activities in the German 

Democratic Republic: 1964-1 965; 1966. 

Dawson, E. and L.C. Dalgetty, Magnetic Charts of Canada for Epoch 1965.0; 1966. 

Ewing, J., J.L. Worzel, M. Ewing, and C. Windisch, Ages of Horizon A and the 

The Hydrographic Surveys Department of the U.S. Naval Oceanographic Office, 

Le Borgne, E. and J. Le Mouel, The New Magnetic Maps of France (La Nouvelle 

Matsuzaki, T. and S. Utashiro, On Magnetic Anomalies over Toya Lake and Its 

Matsuzaki, T. and S. Utashiro, On the Aeromagnetic Surveys in the Kagoshima Bay 

Miyadi, Masasi, Report on Aeromagnetic Survey in Japan; 1966. 

Orlov, V.P. and V.N. Belugin, Catalogue of Annual Means of Geomagnetic Field at 

Magnetic Observatories Beginning in 1930 and Their Changes in Time from Year to 

Year; 1966. 

Peddie, Norman, Geomagnetic Report: South Pole-Queen Maud Land Traverse I, 

Rikitake, Tsuneji, Electromagnetism and the Earth’s Interior; 1966. 

Schlich, R. and M. Palomares, Semi-Automatic Treatment in Recording Analogies: 

Application from Magnetograms (Traitement Semi-Automatique D’enregistrements 

Analogiques: application aux magnetogrammes); 1966. 

U.S. Naval Oceanographic Office, U.S. Naval Oceanographic Office Geomagnetic 

Surveys 1953-1965; 1966. 

Vestine, E.H., WMS Notes (World Magnetic Survey Notes); 1966. 

Wilson, Charles R. and John 0. Annexstad, Study of Geomagnetic Micropulsations; 

Wold, Richard J. and Thomas R. Wolfe, Computer Methods of Analyzing Aeromagnetic 

Amaro, Carlos C., Report on the Work of the Department of Geomagnetism of the 

Borisov, A.A. and C.I. Kruglyakova, Regional and Zonal Anomalies of the Geomagnetic 

Bracey, Dewey R., Blake Ridge Aeromagnetic Survey; 1967. 

Breiner, S. and R.L. Kovach, Local Geomagnetic Events Associated with Displacements 

on the San Andreas Fault; 1967. 

Cain, Joseph C., S. Hendricks, R. Langel, and William V. Hudson, A Proposed Model 

for the International Geomagnetic Reference Field: 1965; 1967. 

De Vuyst, Andre Pierre, De Verdeling, De Op En Neerwaartse Voortzetting en de 

Statistische Behandeling van de Magnetische Anomalieen van de Vertikale Intensiteit 

van Belgie; 1967. 

Oldest Atlantic Sediments; 1966. 

Geomagnetic Surveys 1953-1965; 1966. 

Carte Magnetique de la France); 1966. 

Vicinity; 1966. 

and Its Vicinity; 1966. 

1964-1 965; 1966. 

1966. 

Data; 1966. 

Institute of Geophysics of the National University of Mexico; 1967. 

Field in the European Part of the USSR; 1967. 

I 44 
Dennis, Leonard S. and Patrick T. Taylor, Aeromagnetic Survey of Tampico Bank; 

1967. 

Deutsch, E.R., J.L. Roy, and G.S. Murphy, An Improved Astatic Magnetometer for 

Paleomagnetism; 1967. 

Elstner, CI. and H. Wirth; Lindner, KI. and H. Wirth, [Two titles:] (1) Relative 

Gravity Measurements between Potsdam and the Antarctica (Relative Schweremessungen Zwischen Potsdam und Antarktika); and, (2) Report of the DDR Participant Group on the 10th Soviet Antarctic Expedition in the Winter of 1965 (Bencht 

der DDR-Teilnehmergruppe an der 10.Sowjetischen Antarktisexpedition Uberwinterung 

1965); 1967. 

Fanselau, G. and H. Wolter, Methodology of Precision Structure Research of Sq 

(Methodik der Feinstruktur-Untersuchung des Sq); 1967. 

Haines, G.V., A Taylor Expansion of the Geomagnetic Field in the Canadian Arctic; 

1967. 

Heirtzler, J.R. and D.E. Hayes, Magnetic Boundaries in the North Atlantic Ocean; 1967. 

Hide, R., Motions of the Earth's Core and Mantle, and Variations of the Main 

Knapp, David G., Charting Magnetic Dip Poles and Associated Field Patterns; 1967. 

Law, L.K. and T.R. Hartz, Canadian National Report on Geomagnetism and Aeronomy; 

1967. 

McDonald, Keith L. and Robert H. Gunst, An Analysis of the Earth's Magnetic Field 

from 1835 to 1965; 1967. 

McElhinny, M.W., The Paleomagnetism of the Southern Continents: A Survey and 

Analysis; 1967. 

Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories: Part 2; 1967. 

Orlov, V.P. (editor), Sh. Sh. Dolginov, V.N. Nalivaiko, et al., Catalog of Data from 

Tension Models along Geomagnetic Poles from the Satellite Data of "Kosmos-49"; 

1967. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1967. 

Roy, J.L., The Dominion Observatory Astatic Magnetometer; 1967. 

Roy, J.L., N.D. Opdyke, and E. Irving, Further Paleomagnetic Results from the 

Ruiz Lopez, Jose, Magnetic Anomalies of the Iberian Peninsula: Epoch 1960.0 

The Secretariat of the Geophysics Research Board of the National Geophysical 

Srivastava, S.P., Magnetotelluric Two- and Three-Layer Master Curves; 1967. 

Stockard, H.P., U.S. Naval Oceanographic Office Geomagnetic Surveys; 1967. 

Swift, Charles M., A Magnetotelluric Investigation of an Electrical Conductivity Anomaly 

U.S. Naval Oceanographic Office, U.S. Naval Oceanographic Office: Geomagnetic 

Geomagnetic Field; 1967. 

Bloomsburg Formation; 1967. 

(Anomalias Magneticas de la Peninsula Iberica: Epoca 1960.0); 1967. 

Research Institute, Progress in Geophysics; 1967. 

in the Southwestern United States; 1967. 

Surveys; 1967. 

145 
WMS Special Committee of International Geophysical Cooperation, Report on 

Woolley, R. v.d. R., Annual Values of Geomagnetic Elements since 1941; 1967. 

Cain, Joseph C. and Shirley J. Hendricks, The Geomagnetic Secular Variation, 

Cain, Joseph, Shirley Hendricks, Walter Daniels, and Duane Jensen, Computation of 

Fukushima, Naoshi and Takesi Nagata, Morphology of Magnetic Disturbance; 1968. 

Gupta, Jadish Chandra, Information on the Geomagnetic Data Collected for the Lunar 

Haines, G. V., Polynomial Estimation of Certain Geomagnetic Quantities, Applied to a 

Hill, Donald W., An Evaluation of the 1965.0 Epoch, H.O. World Magnetic Variation 

Hine, Alfred B. Sc., Magnetic Compasses and Magnetometers; 1968. 

Matsuzaki, Takuichi, Data Report of Hydrographic Observations: Magnetic Survey of 

Nagata, T., A National Magnetic Survey over Japan and Adjacent Areas; 1968. 

Orlov, V.P., M.P. Ivchenko, and G.Y. Kolomyueva, The Secular Path of the 

Geomagnetic Field for the Period 1960- 1965; 1968. 

Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1968. 

Physics Laboratory of the Faculty of Science of the University of Madagascar, 

Magnetism; 1968-1 969. 

Rikitake, Tsuneji, Resonant Behavior of Electric Currents Electromagnetically Induced 

within a Nonuniform Sheet of Conductor; 1968. 

Rikitake, Tsuneji and Yukio Hagiwara, Non-steady Bullard-Gellman Dynamo Model 

(2); 1968. 

Serson, P., E. Dawson, J.F. Clark, and G.V. Haines, Ground and High-Level 

Aeromagnetic Observations; 1968. 

Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1967; 1968. 

Bohme, W., Concerning the Two-Year Cycle of the Earth’s Atmosphere and Its Cause 

(Uber den etwa 2jahrigne Zyklus der allgemeinen Zirkulation und seine Ursachen); 

1969. 

Brown, J., Shenna MacIntosh, J.C. Riddick, and W.F. Stuart, Progress Report on the 

Development of a Rubidium Magnetometer System; 1969. 

Caner, B., P.A. Camfield, F. Andersen, and E.R. Niblett, A Large-Scale Magnetotelluric Survey in Western Canada; 1969. 

De Miguel, Luis, The Study of Profound Magnetic Anomalies in the Iberian Peninsula 

(Estudio de Anomalias Magneticas Profundas en la Peninsula Iberica); 1969. 

Fabiano, E.B. and N.W. Peddie, Grid Values of Total Magnetic Intensity IGRF-1965; 

1969. 

Aeromagnetic Survey in Japan; 1967. 

1900-1965; 1968. 

the Main Geomagnetic Field from Spherical Harmonic Expansions; 1968. 

Current System Project; 1968. 

Survey of Scandinavia; 1968. 

Chart; 1968. 

Japan, 1962- 1965; 1968. 

146 
Gama, Lelio I., The Normal Magnetic Field in Brazil and Its Secular Variation: 1965.0) 

(Campo Magnetic0 Normal e Sua Variacao Secular No Brasil: 1965.0); 1969. 

Hannaford, W. and G.V. Haines, A Three-Component Aeromagnetic Survey of the 

Nordic Countries and the Greenland Sea; 1969. 

Hansel, Horst and Hans-Joachim Wilke, Results of Special Geophysical Analogy 

Experiments and Their Interpretation (Durchfuhrung spezieller geophysikalischer 

Analogieexperiments und ihre Deutung); 1969. 

Institute of Military Geography of Chile (Instituto Geografico Militar de Chile), 

Geomagnetic Measurements (Mediciones Geomagneticas); 1969. 

Joselyn, J.A., A Degree of Disturbance Analysis Technique for the Horizontal Magnetic 

Field; 1969. 

Kruger, A. and E.A. Lauter, Work of the Proton-Flare-Project for the Observation 

Period 1966 (Arbeiten zum Proton-Flare-Project der Beobachtungsperiode 1966); 1969. 

Mayaud, P.N., Topics in the Classification of International Magnetic Days (A propos de 

las classification des jours magnetiques internationaux); 1969. 

The Ninth General Assembly of IPGH and the Second Reunion of the Pan American 

Committee of Geophysical Science, Magnetic Stations in Central America in the 

Period 1970-1974 (Estaciones Magneticas en America Central Para el Period0 1970 

a 1974); 1969. 

Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1969. 

Rother, Klaus, Rock and Paleomagnetic Research on the Rock Probes in the Territory 

of the DDR Precambrian to the Tertiary and Conclusions for the Changes of the 

Geomagnetic Main Field for Geological-Geotectonic Interpretation (Gesteins und 

paleomagnetische Untersuchungen an Gesteinsproben vom Territorium der DDR aus 

dem Praekambrium bis zum Tertiaer und Folgerungen fur die Veraendergugen des 

geomagnetischen Haptpfeldes sowie fur geologish-geotektonische Interpretationsmogluchkeiten); 1969. 

Shelley, E.P., Daly River Detailed Aeromagnetic Survey, Northern Territory 1966; 1969. 

Stuart, W.F., The High Resolution Magnetic Stations Operated by the Institute of 

Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Tipper, D.B., Strangways Range Detailed Aeromagnetic Survey Northern Territory, 1965; 

Veinberg, B.P., V.P. Shibaev, and A.N. Pushkov, The Results of Magnetic 

Vozoff, K., A. Orange, and H.S. Lahman, Magneto-Telluric Deep Earth Resistivity at 

Geological Sciences; 1969. 

Laboratory of the Hungarian Academy of Sciences: 1968; 1969. 

1969. 

Determinations at the Equidistant Points and Epochs: 1500-1940; 1969. 

Eight U.S. "Type Locations"; 1969. 

147 
Reports published between 1970 and the present: 

Brosge, William P., Earl E. Brabb, and Elizabeth R. King, Geologic Interpretation 

Cain, Joseph C., Geomagnetic Models From Satellite Surveys; 1970. 

Cain, Joseph C. and Ronald E. Sweeney, Magnetic Field Mapping of the Inner 

Campbell, W.H., An Introduction to Geomagnetic Instruments and Observing; 1970. 

The Central Establishment for Meteorology and Geodynamics, Results of Magnetic 

Observations at the Kobenzl Geophysical Observatory 1969 (Ergebnisse der 

Magnetischen Beobachtungen am Geophysikalischen Observatorium Kobenzl 1969); 

1970. 

of Reconnaissance Aeromagnetic Survey of Northeasten Alaska; 1970. 

Magnetosphere; 1970. 

Dubourdieu, Georges, On the Earth’s Mechanism; 1970. 

Grim, Paul J., Bathymetric and Magnetic Anomaly Profiles from a Survey South of 

Panama and Costa Rica (U.S. Coast and Geodetic Survey Oceanographer, August 

1969); 1970. 

Gudoias, Basilio, Graciela Font de Affolter, and Alejandro Mateo, Gravimetric 

Observations in the Province of Buenos Aires in 1967 (Observationes Gravimetricas 

en la provincia de Bueno Aires, Ano 1967); 1970. 

Haines, G.V., W. Hannaford, and P.H. Serson, Magnetic Anomaly Maps of the Nordic 

Countries and the Greenland and Norwegian Seas; 1970. 

Kontis, Angelo L., A Study of Multi-Level Aeromagnetic Survey Data off Barking Sands, 

Kauai, Hawaii; 1970. 

Lamden, R.J., A Fourier Covariance Analysis of the Long Period Magnetic Field 

Variations in the British Isles during 1958; 1970. 

Perez-Urquiola, Manuel Catalan and Francisco Gomez-Armario, Proton 

Magnetometers: A Procedural Control of Geomagnetic References (Magnetometros de 

Protones: un Procedimiento Sencillo de Control De Referencias Geomagneticase); 

1970. 

Sauer, Herbert H. and J.C. Roederer, Quantitative Magnetospheric Models: A 

Symposium Held at Boulder, Colorado 1970; 1970. 

Srivastava, B.J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism and 

Geoelectricity; 1970. 

Cain, Joseph C. and Shirley J. Cain, Derivation of the International Geomagnetic 

Reference Field (IGRF 10/68); 197 1. 

Darker, W.R., Determining Mean Hourly Values by Electronic Integration; 197 1. 

Engelmann, Gerhard, The Prussian Sea Charts Produced before the Foundation of the 

German Navy (Das preussiche Seekartenwerk vor Grundung der Kriegsmarine); 1971. 

Haines, G.V., W. Hannaford, and R.P. Riddihough, Magnetic Anomalies over British 

Columbia and the Adjacent Pacific Ocean; 1971. 

The Institute of Geophysics of the National University of Mexico, Yearbook of the 

Institute of Geophysics for 1970 (Anales del Instituto de Geofisica para 1970); 1971. 

Kendall, P.C., Geomagnetism and Aeronomy Research in the United Kingdom: 

1967-1 970; 197 1. 

148 
National Committee of Geodesy and Geophysics, National Report of Geomagnetism 

and Aeronomy for 1967-1971; 1971. 

Orlov, V.P. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1971. 

Praus, Olrich, Jon M. DeLaurier, and L.K. Law, The Extension of the Alert 

Geomagnetic Anomaly through Northern Ellesmere Island, Canada; 197 1. 

Robertson, W.A. and W.F. Fahrig, The Great Logan Paleomagnetic Loop: The Polar 

Wandering Path from Canadian Shield Rocks during the Neohelikian Era; 1971. 

Srivastava, B J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism and 

Geoelectric i ty ; 197 1. 

Srivastava, S.P., Geophysical Data Collected during Hudson-70, Phase VI1 off British 

Columbia, Canada; 197 1. 

Sucksdorff, C., D. Soderman, and N. Gustafsson, Numerically Analyzed Magnetic 

Charts of Finland for 1970.0; 1971. 

Tarczy-Hornoch, A., Geophysical Observatory Reports of the Geophysical Research 

Laboratory of the Hungarian Academy of Sciences: 1970; 1971. 

Theberge, Jr., A.E., Magnetic Survey off Southern California and Baja California; 1971. 

Tipper, D.B. and R. Gerdes, Laverton-Edjundina Airborne Magnetic and Radiometric 

Survey, Western Australia, 1969; 1971. 

Weill, Gilbert M., National Report of French Works Carried out from 1967 through 

1970: Geomagnetism and Aeronomy (Rapport National Sur Les Travaus Francais 

Executes de 1967 a 1970: Geomagnetisme et D’Aeronomie); 1971. 

Zmuda, A.J., World Magnetic Survey: 1957-1969; 1971. 

B hargava, B.N., Geomagnetism and Geoelectricity; 1972. 

Cage, Allan L. and Edward J. Zawalick, A Discussion of the Geomagnetic Indices Kp 

Campbell, W.H., Introduction to Solar Terrestrial Activity for Geomagnetic Studies Part 

Council of Scientific and Industrial Research, Rapid Variations of Earth’s ElectroDarker, W.R. and D.L. McKeown, Record of Observations at Agincourt Magnetic 

Del Castillo, Luis, Magnetic Investigation in the Vicinity of Derby, Adams County, 

Gama, Lelio I., Diurnal Variation of the Geomagnetic Field of Brazil (Sobre A Variacao 

Greenhouse, John P., Geomagnetic Time Variations on the Sea Floor off Southern 

Haines, G.V. and W. Hannaford, Magnetic Anomaly Maps of British Columbia and 

Haworth, R.T. and L.F. Barrett, Bathymetry, Gravity and Magnetic Data over the 

Haworth, R.T., L.F. Barrett, and J.B. MacIntyre, Bathymetry, Gravity and Magnetic 

and Ap, 1932 to 1971; 1972. 

11: The Earth’s Main Field; 1972. 

magnetic Field: January-December, 1972; 1972. 

Observatory: 1968 and January to March 1969; 1972. 

Colorado, USA.; 1972. 

Diurna Do Campo Magnetic0 No Brad); 1972. 

California; 1972. 

the Adjacent Pacific Ocean: 1972. 

Orpheus Gravity Anomaly, Cruise B1 27-64 Hudson; 1972. 

Data Cruise B1 72-009 Duwsori; 1972. 

149 
Knapp, David G., A Review of Geomagnetic Research in NOAA 1971-1972; 1972. 

Manchester, K.S., K.G. Shih, and B.L. Johnston, Magnetic and Bathymetric Profiles 

Manchester, K.S., K.G. Shih, and B.L. Johnston, Magnetic and Bathymetric Profiles 

Meyer, O., D. Voppel, U. Fleischer, H. Closs and K. Gerke, Results of Bathymetric, 

Pagac, P., M. Krajcovic, S. Ochaba, M. Hvozdara, P. Bobovnicky, et al., 

Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Riddihough, R.P., Regional Magnetic Anomalies and Geology in Fennoscandia: A 

Romana, Antonio, The Special Soviet Program (El programa especial sovietico); 1972. 

Shih, K.G., B.L. Johnston, and S.P. Srivastava, Bathymetric and Magnetic Data 

Collected in the Northeastern Pacific and Bering Sea Onboard the C.S.S. Purizeuu, 

1970; 1972. 

Shih, K.G., J.B. MacIntyre, and B.L. Johnston, Gravity and Magnetic Data Collected 

in the Northeastern Pacific and Bering Sea on the C.S.S. BufJin in 1970; 1972. 

Shih, K.G., D.I. Ross, and B.L. Johnston, Gravity and Magnetic Data of Baffin Bay 

Collected in 1970 C.S.S. Hudson and C.S.S. Buffin Cruises; 1972. 

Srivastava, B J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism and 

Geoelectricity; 1972. 

Stassinopoulos, E.G. and Gilbert D. Mead, ALLMAG, GDALMG, LINTRA: Computer 

Programs for Geomagnetic Field and Field-Line Calculations; 1972. 

Sucksdorff, C., M. Kivinen, and H. Nevanlinna, Results of Magnetic Measurements 

in South and East Finland 1967-1971; 1972. 

Williams, Carol, D.M. Porteous, and K.B. Shih, Gravity and Magnetic Data Collected 

in the North Mantic Ocean C.S.S. Hudson, 1965; 1972. 

Bhargava, B.N., Geomagnetism and Geoelectricity; 1973. 

Council of Scientific and Industrial Research, Rapid Variations of the Earth’s 

Electromagnetic Field: January-December, 1973; 1973. 

Dubourdieu, Georges, Concerning the Theory of Internal Pulsations of the Earth and 

Certain Variations of Terrestrial Magnetic Fields (Sur La Theorie Des Pulsations 

Internes De La Terre Et Sur Certaines Variations Du Champ Magnetique Terrestre); 

1973. 

The Geophysical Institute of the University of Alaska: S.I. Akasofu and K. 

Kawasaki, Analysis Center for Geomagnetic Disturbances; 1973. 

O’Donnell, J.E. and H.E. Kaufmann, Repeat Magnetic Field Survey of San Fernando 

Earthquake Epicentral Area; 1973. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1973. 

Reilly, W.I. and A.L. Burrows, The Geomagnetic Field in New Zealand at Epoch 

1970.5; 1973. 

in the Davis Strait and Labrador Sea, B1 5-63 Baffin Cruise; 1972. 

in the Eastern Canadian Arctic Areas B1 12-63 Labrador Cruise; 1972. 

Magnetic and Gravimetric Measurements between Iceland and 70”N; 1972. 

[Miscellaneous articles on geomagnetism]; 1972. 

Elements at the World Magnetic Observatories; 1972. 

Discussion; 1972. 

150 
Riddihough, R.P., G.V. Haines, and W. Hannaford, Regional Magnetic Anomalies of 

Romana, Antonio, Diffusion of the Copernican System of the World (Difusion del 

Sparkes, R., B.L. Johnston, and D.L. Barrett, Bathymetry and Magnetic Data in Davis 

Srivastava, B.J., P.V. Sanker Narayan, D.S. Bhaskara Rao, et al., Geomagnetism and 

Verma, R.K., D. Ghosh, D.K. Ghosh, and D. Prakash, Results of Vertical 

Brzozowy, Peter, Magnetic and Seismic Reflection Surveys of Lake Superior; 1974. 

Gaibar-Puertas, C. and M. Pfannenstiel, Geological Interpretation of a Bathymetric-Geomagnetic Profile from the Alboran and Balearen Sea. (Geologische 

Interpretation einiger bathymetrisch-geomagnetischer Profile aus dem Alboran und 

Balearenmeer); 1974. 

the Canadian Arctic; 1973. 

Sistema de Copernico en el Mundo); 1973. 

Strait, Lancaster Sound and Jones Sound, Cruise B1 65-022 Labrador; 1973. 

Geoelectricity; 1973. 

Magnetometer Surveys over Raniganj Coal Field, India: 1973. 

The Geophysical Institute of the University of Alaska, Annual Report; 1974. 

Haines, G.V. and W. Hannaford, A Three-Component Aeromagnetic Survey of the 

Hannaford W. and G.V. Haines, A Three-Component Aeromagnetic Survey of British 

Jacobs, J.A., Annual Report: 1974; 1974. 

Melchior, Paul, Bibliography of the Results of Observations of Earth Tides (Bibliographie 

Melchior, Paul, Information Bulletin (Bulletin D'Informations); 1974. 

Mikhailova, N.P., A.M. Glevskaya, and V.N. Tsikora, Paleomagnetism of Volcanogenic 

Rocks and the Reconstruction of the Geomagnetic Field of the Neogene System: 1974. 

Payo Subiza, Gonmlo, Yearbooks of the Central Geophysical Observatory "Alfonso Rey 

Pastor"-Toledo, Almeria, Logrono, Santa Cruz De Tenerife: 1972 (Anuario del 

Observatorio Central Geofisico "Alfonso Rey Pastor"-Toledo, Almeria, Logrono, 

Santa Cruz De Tenerife: 1972); 1974. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of the Annual Mean Values of 

Magnetic Elements at World Magnetic Observatories; 1974. 

Voppel, Dietrich and Karl Wienert, The Geomagnetic Survey of the Federal Republic 

of Germany, Epoch 1965.0 (Die geomagnetische Vermessung der Bundesrepublik 

Deutschland, Epoche 1965.0); 1974. 

The Academy of Science of the USSR, Analysis of the Space-Time Structure of the 

Geomagnetic Field; 1975. 

Djurovic, D., The Duration of the Tide within Universal Stomis and Coordinates of the 

Pole and TU1 for the Interval 1967-1974 (Les termes de inaree dans le Temps 

Universe1 and Coordonnees du pole et TU 1 -TUC pour I'ntervalle 1967-1 974); 1975. 

Griveau, P., N. Debeglia, A. Gerard, C. Weber, C. Gateau, J.M. Prevosteau, F. 

Munck, et al., IMultiple titles on geomagnetism); 1975. 

Husti, C.J., Geodetic- Astronomical Observations in the Netherlands, 1947- 1973; 1975. 

Canadian Arctic; 1974. 

Columbia and the Adjacent Pacific Ocean; 1974. 

des Resultats D'observations de marees Terrestres); 1974. 
The Institute of Geophysics of the National University of Mexico, Yearbooks of the 

Institute of Geophysics for 1972 and 1973 (Anales del Instituto de Geofisica para 

1972 y 1973); 1975. 

Loomer, E.I., Annual Report for Magnetic Observatories: 1970; 1975. 

Melchior, Paul, Earth Tides in 1974; 1975. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Rotanova, N.M., Investigations of the Earth’s Deep Electro-Conductivity Using Dst 

Thomas, M.D. and J.C. Tanner, Cryptic Suture in the Eastern Grenville Province; 1975. 

De Meyer, F., Results of Observations of Earth Tides in 1974 (Resultats des Marees 

Fischer, Marion P., Annual Mean Values of Geomagnetic Elements since 1941; 1976. 

LeBorne, E. and J.L. LeMouel, Aeromagnetism at Leve and the French Antilles (Le 

Leve Aeromagnetique des Antilles Francaises); 1976. 

Lorenzen, K.F. and H. Berckhemer, The Geomagnetic Field in the Area of the Laacher 

See (Das geomagnetische Feld im Gebiet des Laacher Sees); 1976. 

Melchior, P., B. Ducarme, and J.C. Usandivaras, [Two titles:] (1) The Ratio L/H: A 

Simple Method for the Prospection of Tidal Deformations of Cavities in the Earth’s 

Crust; and, (2) Studies of the Structure of the Diurnal Spectrum of Earth Tides by 

the Method of Least Squares; 1976. 

Melchior, Paul, General Bibliography of Earth Tides: Supplement I1 (Bibliographie 

Generale des Marees Tenestres: Supplement 11); 1976. 

Melchior, Paul, Information Bulletin (Bulletin D’lnformations); 1976. 

Moens, M., Solid Earth Tide and Arctic Oceanic Loading Tide at Longyearbyen 

(Spitsbergen); 1976. 

National Committee of Geologists of the Soviet Union, Geochemistry, Mineralogy and 

Petrology; 1976. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of Annual Mean Values of Magnetic 

Elements at the World Magnetic Observatories; 1976. 

Van Ruymbeke, M., The Horizontal Pendulum Equipped to Recover the Displacement 

of Variable Capacity (Sur un pendule horizontal equipe d’un capteur de deplacement 

a capacite variable); 1976. 

Elements at the World Magnetic Observatories; 1975. 

Variations; 1975. 

terrestres en 1974); 1976, 

McQuillin, R. and D.A. Ardus, Exploring the Geology of Shelf Seas; 1977. 

Melchior, Paul, Information Bulletin (Bulletin D’Informations); 1977. 

Petrova, G.N., Archaeomagnetic Determinations of Geomagnetic Fie!d Elements; 1977. 

Barraclough, D.R., Spherical Harmonic Models of the Geomagnetic Field; 1978. 

Courtillot, V. and J.L. LeMouel, Aeromagnetic Survey of the Republic of Djibouti (Le 

Leve Aeromagnetique de la Republique de Djibouti); 1978. 

Courtillot, V., J.L. LeMouel, and B. Lepetre, Magnetic Observations from the 

Geomagnetic Repeat Stations of France, 1977 (Observations Magnetiques, Resau 

Magnetique de Repetition de la France Campagne 1977); 1978, 

Fabiano, E.B., W.J. Jones, and N.W. Peddie, The Magnetic Charts of the United States 

for Epoch 1975; 1979. 

152 
The Hungarian Geophysical Institute, Annual Report of the Hungarian Geophysical 

Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles; 1979. 

Lowman, Paul D. and Herbert V. Frey, A Geophysical Atlas for Interpretation of 

Satellite-Derived Data; 1979. 

Ochaba, S. and A. Pospiechova, [Multiple titles:] (1) Contribution to the Study of the 

Geomagnetic Field and Its Secular Variation Distribution in Slovakia; (2) The Normal 

Geomagnetic Field on Limited Part of the Earth's Surface Expressed by Taylor Series, 

Derived from IGRF and, (3) Secular Variation of the Geomagnetic Field in Slovakia 

and Their Interpretation by Means of a Dipole and Quadrupole; 1979. 

Schultz, Gunter and Uwe Carstens, A Period Measuring Proton Magnetometer with a 

Direct Readout; 1979. 

Voppel, Dietrich, Surat P. Srivastava, and Ulrich Fleischer, Detailed Magnetic 

Measurements South of the Iceland-Faroe Ridge; 1979. 

Yukutake, Takesi, William I. Paddock, and Joe H. Allen, Annual Mean Values of 

Geomagnetic Components for Selected Observatories, 1940-73; 1979. 

Clark, J.F., Geomagnetic Surveys at West Hawk Lake, Manitoba, Canada; 1980. 

Eckerson, Frank M., NURE-GJOIS Data Repository Catalog (National Uranium Resource 

Haines, G.V. and W. Hannaford, A Three-Component Aeromagnetic Survey of Eastern 

Knapp, David G., On Modeling Magnetic Fields on a Sphere with Dipoles and 

Loomer, E.I., Annual Report for Magnetic Observatories: 1971; 1980. 

McWilliams, J.B. Sc., The Secular Variation of Magnetic Declination in Ireland (1980); 

1980. 

Ochaba, S. and M. Hvozdara, The Geomagnetic Field and Its Secular Variation in 

Slovakia Determined from Magnetic Survey and the International Geomagnetic 

Reference Field, Vol. 10; 1980. 

Pushkov, A.N. and M.P. Ivchenko, The Summary of the Annual Mean Values of 

Magnetic Elements at the World Magnetic Observatories; 1980. 

Barraclough, D.R., A Bibliographic Guide to the Production of Local and Regional 

Magnetic Charts; 1981. 

Dawson, E., L.R. Newitt, A. Nandi, and D. Nagy, A Spherical Harmonic Approach to 

Mapping the Magnetic Declination in Canada for 1980 (Une Approche Par 

Harmonique Spherique de la Cartographie de la Declinaison Magnetique au Canada 

Pour 1980); 1981. 

Malin, S.R.C. and Edward Bullard, The Direction of the Earth's Magnetic Field at 

London, 1570-1975; 1981. 

The Natural Environment Research Council of the Institute of Geological Sciences, 

Magnetic Results 1978-79: Eskdalemuir, Hartland and Lerwick Observatories; 198 1. 

Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles; 1982. 

Establishment of Education of the University of Madagascar (Etablissement 

d'Enseigement I'Universite de Madagascar), Magnetism (Magnetisme); 1983. 

Institute "Roland Eotvos" for 1978; 1979. 

Evaluation); 1980. 

Canada; 1980. 

Quadrupoles; 1980. 

153 
Fabiano, E.B., N.W. Peddie, D.R. Barraclough, and A.K. Zunde, International 

Geomagnetic Reference Field 1980: Charts and Grid Values; 1983. 

Fabiano, E.B., N.W. Peddie, D.R. Barraclough, and A.K. Zunde, International 

Geomagnetic Reference Field 1980: Charts and Grid Values (IAGA Bulletin No. 47); 

1983. 

National Geophysical Data Center, Proceedings of the Aeromagnetic Data Workshop: 

November 16-18, 1982; 1983. 

Demetrescu, C. and T. Nestianu, Normal Values of the Geomagnetic Elements H, Z and 

F in Romania, at 1980.0 (Valori Normale Ale Elementelor Geomagnetice H, Z and 

F in Romania, La Epoca 1980.0); 1984. 

Demetrescu, D., M. Ene, and T. Nestianu, The Secular Variation of the Geomagnetic 

Field in Romania between 1974 and 1981; 1984. 

Khramov, A.N., Paleomagnetic Directions and Paleomagnetic Poles: Data for the USSR; 

1984. 

The Natural Environment Research Council of the British Geological Survey, 

Magnetic Results 1982: Eskdalemuir, Hartland and Lerwick Observatories; 1984. 

Gurariy, G.Z., Geomagnetic Field Reversals: Catalogue 1957- 1982; 1985. 

The Natural Environment Research Council of the British Geological Survey, 

Magnetic Results 1982: Eskdalemuir, Hartland and Lerwick Observatories; 1985. 

Peddie, Norman W. and Audronis K. Zunde, An Assessment of the Near-Surface 

Accuracy of the International Geomagnetic Reference Field 1980 Model of the Main 

Geomagnetic Field; 1985. 

Banerjee, Subir K., Robert F. Butler, and Victor A. Schmidt, Problems and Current 

Trends in Rock Magnetism and Paleomagnetism; 1986. 

Byrdatkay, C.T., Archaeomagnetic Determinations of Geomagnetic Field Elements; 1986. 

Golovkov, V.P., E.M. Dimant, and G.I. Kolomiitseva, Summary of the Annual Mean 

Values of Magnetic Elements at the World Magnetic Observatories; 1986. 

Khramov, A.N., Paleomagnetic Directions and Pole Positions; 1986. 

Cagle, Lana G., 1985 World Magnetic Model: Charts and Grid Values; 1987. 

Eighmy, Jeffrej L., J. Holly Hathaway, and Sharilee Counce, Independently Dated 

Virtual Geomagnetic Poles: The Colorado State University Archaeometric Data Base; 

1987. 

Langel, R.A. and B.J. Benson, The Magsat Bibliography; 1987. 

Eighmy, Jeffrey L. and Pamela Y. Klein, 1988 Additions to the List of Independently 

Harris, T.J., P.R. Robinson, A.C.J. Greenwood, and A.J. Forbes, Magnetic Results 

Jankowski, Jerzy, Results of Geomagnetic Observations Polish Polar Station Hornsund, 

Vanyan, L.L. and A.A. Zhamaletdoinov, et al., Results of Researches on the 

Golovkov, V.P., E.M. Dimant, and G.I. Kolomiitseva, Summary of the Annual Mean 

Khramov, A.N., Paleomagnetic Directions and Pole Positions; 1989. 

Dated Virtual Geomagnetic Poles and the Southwest Master Curve; 1988. 

1986: Eskdalemuir, Hartland and Lerwick Observatories; 1988. 

Spitsbergen, 1982-1983; 1988. 

International Geophysical Projects; 1988. 

Values of Magnetic Elements at the World Magnetic Observatories; 1989. 

154 
Kis, K., K. Kloska, K., F. Kovacs, S. Toth, J. Vero, A. Adam, et al., Studies of 

Hungarian Geodesy, Geophysics and Tectonics; 1989. 

Lange, Richard C. and Barbara A. Murphy, Data for 301 Archaeomagnetic Dating 

Samples from Arizona and New Mexico; 1989. 

Soviet Geophysical Committee of the Academy of Sciences of the USSR, Deep 

Electromagnetic Soundings; 1989. 

Eighmy, Jeffrey L. and Pamela Y. Klein, 1990 Additions to the List of Independently 

Dated Virtual Geomagnetic Poles and the Southwest Master Curve; 1990. 

Kilenyi, Eva (editor), [Multiple titles:] (1) Electromagnetic parameters . . .; (2) Magnetic 

Anomalies Due to Spherical Sources; and, (3) Magnetic Susceptibility Anisotropy 

Measurements; 1990. 

Langel, R.A., R.T. Baldwin, J.R. Ridgway, and W. Minor Davis, A Compressed 

Marine Data Set for Geomagnetic Field Modeling; 1990. 

Otaki, Mitsuo and Koichi Tsukahara, Geomagnetic Survey with the Triaxial Fluxgate 

Magnetometer; 1990. 

Teisseyre, Roman, Bibliography 1979-1988 and Activity Report for the 35-Year 

Anniversary; 1990. 

Wiegank, Friedrich, Magnetostratographic-Geochronological Research in the History of 

Plio-Pleistocean in Middle Europe and its Relationship to Global Geologic, Paleoclimatic and Paleo-ecological Development (Magnetostratigraphisch-geochronologische 

Untersuchungen zur Geschichte des Plio-Pleistozans in Mitteleuropa und ihrer Beziehungen zur globalen geologische, palaoklimatischen und palaookologischen 

Entwicklung); 1990. 

Hegybiro, Zsuzsanna (editor), [Multiple titles:] (1) Rubidium Vapour Vector 

Magnetometer; (2) Low Noise Quartz Torsion Magnetometers; (3) Digital Quartz 

Torsion Magnetometer; (4) French Antarctic Magnetic Observatories; and, (5) Fluxgate 

Magnetometers; 1991. 

Jankowski, Jerzy, Results of Geomagnetic Observations at Arctowski Antarctic Station 

Jankowski, Jerzy, Results of Geomagnetic Observations at Belsk in 1990; 1991. 

Jankowski, Jerzy, Results of Geomagnetic Observations of the He1 Geophysical 

Observatory: 1958- 1965; 199 1. 

Jankowski, Jerzy, Results of Geomagnetic Observations of the Polish Polar Station 

Hornsund, Spitsbergen, 1984-1985; 1991. 

Kulanian, N.V., Magnetic Declination in the European Region of Pre- and Postcolumbian 

Period; 199 1. 

Nogi, Yoshifumi, Nobukazu Seama, Nobushiro Isezaki, and Minoru Funaki, Magnetic 

Survey in Ongul Islands, East Antarctica; 1991. 

Szarka, L. and G. Fischer, Subsurface Electromagnetic Parameters in Terms of the 

Distribution of Current; 1992. 

Torta, J.M., Regional Model of Spanish Geomagnetic Field Anomalies, Secular Variation 

and Fields of References (Modelizacion Regional Del Campo Geomagnetic0 Sobre 

Espana: Campo Anomalo, Variacion Secular y Campo de Referencia); 1992. 

1988-1989; 199 1. 

155 
Reports published or containing data prior to 1900: 

Gaimard, M. Paul, Voyages of the Scientific Commission of the North in Scandinavia 

to Spitzberg and Feroe: 1838, 1839 and 1840 (Voyages de la Commission Scientifique 

du Nord, Scandinavie, En Laponie au Spitzberg aux Feroe; 1838, 1839 and 1840); 

1840. 

Quetelet, A., Geomagnetism in Italy (Magnetisme Terrestre en Italie); 1840. 

Kreil, Karl, Magnetic and Meteorological Observations of Prague: 1840-1 842 

(Magnetische und meteorologische Beobachtungen zu Prag: 1840-1 842); 1841. 

Kreil, Karl, Magnetic and Meteorological Observations of Prague: 1840-1 842 

(Magnetische und meteorologische Beobachtungen zu Prag: 1840-1 842); 1842. 

Le Comte Cancrine, M. and A.T. Kupffer, Yearbook of Magnetism and Meteorology 

of the Russian Corps of Mining Engineers (Annuaire Magnetique et Meteorologique 

de Corps Ingenieurs des Mines de Russie); 1843. 

Gilliss, J.M., Magnetical and Meteorological Observations Made at Washington under 

Orders of the Honorable Secretary of the Navy, August 13, 1838; 1845. 

Kreil, Karl and Karl Fritsch, Magnetic and Geographic Location Determinations in the 

Austrian Empire (Magnetische und geographische Ortsbestimmungen im osterrichischen Kaiserstatte); 1846-1 85 1. 

U.S. Coast and Geodetic Survey, Magnetic Observations Made at the Girard College 

Magnetic Observatory, 1840-1 845; 1846. 

Bache, A.D., Observations at the Magnetic and Meteorological Observatory at the Girard 

College, Philadelphia: 1840-1 845; 1847. 

Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland in the Observatory of Gen. Sir Thomas Makdougail Brisbane in 1844; 

1848. 

Broun, John Allan, Observations in Magnetism and Meteorology Made at Makerstoun 

in Scotland; 1849. 

Mahmoud-Efferrdi, Records of the Present Condition of Isoclinic and Isodynamic Lines 

(Memoire sur L’Etat Actuel Des Lignes Isocliniques Et Isodynamiques); 1856. 

U.S. Coast Survey, Directions and Notes of Terrestrial Magnetism: 1872-1902; 

Dechevrens, Marc, Bulletin of Magnetic and Meteorological Observations (Bulletin des 

Schott, C.A., Distribution of the Magnetic Declination in Alaska and Adjacent Waters 

Bauer, L.A., The Magnetic Work of the United States Coast and Geodetic Survey; 1900. 

Baylor, James B. and Daniel L. Hazard, General Report on the Magnetic Survey of 

North Carolina, Louisiana, South Carolina, Alabama, Georgia, Mississippi and 

Massachusetts; 1900- 1935. 

1 872- 1902. 

Observations Magnetiques et Meteorologiques); 1894- 1907. 

for the Year 1895, with Two Charts; 1895. 

Doyle, Rev. John, Magnetical Dip and Declination in the Philippine Islands; 1901. 

Passalskii, P.T., Magnetic Anomalies of the Region of Krivoi-Rog (Anomalies 

magnetiques dans la region des mines de Krivoi-Rog); 1901. 

156 
Arctowski, H., Results of the Voyage of the S.Y. Belgica in 1897-1898-1899 under the 

Command of A. De Gerlache De Gomery; 1902. 

Contarino. F., Determination of Absolute Magnetic Inclination at the Observatory of 

Capodimonte in 1898, 1899, and 1900. (Determinazioni assolute del’Inclinazione 

Magnetica del’osservatorio di Capodimonte eseguite negli anni 1898, 1899, e 1900); 

1902. 

Fritsche, H., Atlas of Geomagnetism for the Epochs 1600, 1700, 1780, 1842 and 1915; 

1903. 

Hamrd, Daniel L., Magnetic Dip and Intensity Observations January, 1897, to June 30, 

1902; 1903. 

The Royal Observatory of Greenwich, Results of Magnetical and Meteorological 

Observations: 1899-1 903; 1903. 

Sola, Marcial, Report of the Director of the Philippine Weather Bureau for the Year 

1902; 1903. 

Dechevrens, Marc, Bulletin of Magnetic and Meteorological Observations (Bulletin des 

Observations Magnetiques et Meteorologiques); 1894-1907. 

Guerrieri, E., Determination of Absolute Magnetic Inclination (Determinazioni assolute 

della Inclinazione Magnetica); 1907. 

Keeling, B.F.E., Magnetic Observations in Egypt 189S-190S with a Summary of Previous 

Magnetic Work in Northern Africa; 1907. 

Chree, C., Magnetic Declination at Kew Observatory 1890-1900; 1908. 

Beattie, J.C., Report of a Magnetic Survey of South Africa; 1909. 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Mathias, E., Investigations of Geomagnetism (Recherches sur le Magnetisme Terrestre); 

Faris, R.L., Terrestrial Magnetism: Distribution of the Magnetic Declination in Alaska 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

MOOS, N.A.F., Magnetic Observations Made at the Government Observatory, Bombay 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Hazard, D.L., Magnetic Declination in the Caribbean Sea and Central America; 1912. 

Faris, R.L., Terrestrial Magnetism: Results of Magnetic Observations Made by the Coast 

Nakano, Tokuro, Results of a Magnetic Survey of Japan for the Epoch 1913.0 Executed 

Farr, Coleridge C., Magnetic Survey of the Dominion of New Zealand and Some of the 

Hazard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1915; 1917. 

Nunome, M., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy: 

and Geodetic Survey between July 1, 1907, and June 30, 1908; 1909. 

1909. 

and Adjacent Regions for 1910; 1910. 

and Geodetic Survey between July 1, 1908, and June 30, 1909; 1910. 

for the Period 1846-1905; 1910. 

and Geodetic Survey between July 1, 1909, and June 30, 1910; 191 1. 

and Geodetic Survey between July 1, 1911, and December 31, 1912; 1913. 

by the Hydrographic Office; 1915. 

Outlying Islands for the Epoch 30th June, 1903; 1916. 

Vol. 2; 1918. 

157 
De Azpiazu, Ubaldo and Gil Rodrigo, Geomagnetism: its Study in Spain (Magnetism0 

Walter, A., Annual Reports of the Director of the Royal Alfred Observatory for the 

Stelling, E.W., D.A. Smirnov, and N.V. Rose, Collection of the Magnetic Observatory 

Yonemura, S., The Bulletin of the Hydrographic Office of the Imperial Japanese Navy: 

McFarland, W.N. and R.W. Knox, Magnetic Declination in Texas in 1927; 1928. 

Halard, Daniel L., United States Magnetic Tables and Magnetic Charts for 1925; 1929. 

Weinberg, B.P., Catalog of Magnetic Determinations in the USSR and in Adjacent 

U.S. Coast and Geodetic Survey, Magnetic Declination in the Philippine Islands in 

Hazard, Daniel L., Alaska: Magnetic Tables and Magnetic Charts for 1930; 1934. 

Baylor, James B. and Daniel L. Haiard, General Report on the Magnetic Survey of 

North Carolina, Louisiana, South Carolina, Alabama, Georgia, Mississippi and 

Massachusetts; 1900- 1935. 

Besairie, Henri, Contributions in the Study of Magnetic Declination of Madagascar and 

its Connections with Geology; 1937. 

Van Dijk, G., Magnetic Characteristics of the Years 1890-1905 (Caractere magnetique 

des annees 1890- 1905); 1938. 

Deel, Samuel A,, Alaska Magnetic Tables and Magnetic Charts for 1940; 1944. 

Wasserfall, K.F., The Magnetic Declination at Oslo Observatory 1843-1930; 1945. 

Tarczy-Hornoch, A., The Calculation of Magnetic Declination in the Carpathian Basin 

(Uber die Berechnung der magnetischen Deklination im Karpathenbecken); 195 1. 

Gilbert, William, On the Magnet (De Magnete); 1958. 

McDonald, Keith L. and Robert H. Gunst, An Analysis of the Earth’s Magnetic Field 

from 1835 to 1965; 1967. 

Veinberg, B.P., V.P. Shibaev, and A.N. Pushkov, The Results of Magnetic 

Determinations at the Equidistant Points and Epochs: 1500-1940; 1969. 

Engelmann, Gerhard, The Prussian Sea Charts Produced before the Foundation of the 

German Navy (Das preussiche Seekartenwerk vor Grundung der Kriegsmarine); 1971. 

Malin, S.R.C. and Edward Bullard, The Direction of the Earth’s Magnetic Field at 

London, 1570- 1975; 198 1. 

Terrestre: su estudio in Espana); 1919. 

Years 1897-1919; 1919. 

in Yakutsk, Alaska (Recueil D’Observations Magnetiques, Faites en Iakoutie); 1926. 

Vol. 5; 1926. 

Countries from 1556 to 1926; 1929. 

1925; 1930. 

158 
Absolute measurements 

335, 336 

Abyssal structure 

62 

Achilles 

670 

Appendix I1 

Index by Descriptive Word 

Addresses 

348 

Aeromagnetism 

5, 6, 7, 29, 80, 85, 126, 133, 166, 177, 

227, 230, 253, 255, 256, 257, 258, 259, 

262, 263, 300, 318, 374, 375, 391, 394, 

397, 406, 424, 425, 426, 453, 456, 457, 

462, 469, 494, 504, 528, 531, 532, 598, 

600, 622, 636, 637, 639, 655, 656, 666, 

690, 724, 725, 728 

Aeronomy 

348 

Ages 

186, 299 

Airglow 

667, 71 1 

A-indices 

326, 327, 431, 518 

Alert anomaly 

516 

ALLMAG 

625 

Analysis 

626 

Ancient declination 

450, 544, 546 

Ancient inclination 

450, 544, 546 

Annual mean 

98, 99, 116, 117, 118, 138, 184, 231, 

234, 235, 285, 286, 287, 288, 289, 330, 

331, 332, 333, 334, 361, 407, 417, 434, 

451, 452, 463, 484, 485, 486, 487, 488, 

489, 520, 521, 522, 523, 524, 525, 526, 

530, 549, 556, 557, 584, 615, 616, 631, 

661, 663, 664, 665, 700, 719, 726, 729 

Annual variation 

260, 638 

Anomaly 

28, 62, 139, 148, 153, 171, 236, 244, 

247, 259, 300, 310, 348, 373, 404, 424, 

425, 462, 504, 531, 537, 552, 600, 626, 

690, 705 

Apogee 

33 

Apollo 

54 1 

Arcano Del Mare 

675 

Archaeomagnetism 

94, 174, 175, 176, 252, 390, 466, 513 

159 
Arctic basin 

532 

Bauer 

31 

Arctic survey 

302, 363, 370 

ASMOR 

9 

Astronomy 

317, 372, 540 

Astronomy observation 

3 17 

Atmospheric electricity 

22, 83, 645 

Atmospheric observation 

410, 419, 549, 557 

Aurora 

21, 83, 203, 229, 667, 7 11 

Auroral stations 

465 

Aurora zones 

723 

Azimuth 

274, 592 

Bache 

195, 196, 197, 198, 199 

Barometric pressure 

548 

Bathymetry 

29, 80, 162, 217, 238, 244, 268, 269, 

374, 415, 416, 448, 601, 602, 603, 617, 

624, 722 

Bibliography 

30, 370, 650, 731 

Bidlingmaiers range 

123 

BMZ 

382 

Bossekop Observatory 

219 

Bouguer anomaly 

166, 247, 653, 730 

Ca brill o 

59 1 

Canadian Shield 

653 

Carlheim 

31 

Carnegie 

22, 23, 41, 727 

Cartography 

301, 363 

Catalogs 

59 

CDALMG 

625 

Cecilie 

351, 352, 606 

C hakrabarl y 

31 

160 
C h a1 le n ger 

57 

Conductivity 

91 

Channel waves 

360 

Chart 

97, 141, 156, 157, 181, 188, 189, 223, 

244, 300, 308, 395, 398, 505, 598, 636, 

728 

Chel tenham Observatory 

295 

Chronostratigraphy 

7 14 

Circulation 

60 

Classification 

683 

Climatology 

548, 558 

Coefficients 

267 

Coil 

476 

College Observatory 

723 

Columbus 

307 

Commission report 

716 

Computer methods 

108, 565, 625 

Contour chart 

166, 227, 725 

Contour methods 

725 

Copemicus 

540 

Core-mantle boundary 

304, 329 

Corrections 

39 

Cosmic rays 

326, 327, 667, 711 

Cosmos 

490, 491, 492, 541, 732 

Crustal conductivity 

388 

Crustal investigations 

698 

Crustal movements 

203 

Current distribution 

642 

Curvature of magnetism 

166 

Cusped bays 

367 

Daily mean 

56, 335, 584, 672, 719 

161 
Daily periods 

682 

Data formats 

32, 205 

Data reduction 

392 

Data smoothing 

340 

Dating 

186, 299 

DeBilt 

123 

Declination 

3, 4, 8, 10, 12, 13, 14, 15, 16, 17, 18, 

19, 22, 23, 26, 28, 36, 37, 38, 39, 41, 42, 

43, 44, 45, 46, 48, 49, 50, 51, 52, 56, 57, 

59, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 

73, 74, 75, 76, 77, 78, 79, 81, 83, 86, 87, 

92, 93, 94, 95, 98, 110, 114, 115, 116, 

117, 118, 119, 120, 121, 122, 124, 125, 

127, 134, 136, 138, 140, 142, 143, 144, 

145, 148, 149, 150, 151, 152, 154, 155, 

156, 157, 159, 164, 167, 169, 172, 174, 

175, 176, 177, 178, 179, 182, 183, 184, 

191, 192, 193, 194, 195, 196, 197, 198, 

199, 200, 201, 202, 204, 206, 208, 209, 

210, 211, 212, 213, 218, 219, 220, 223, 

225, 226, 231, 233, 234, 235, 239, 240, 

241, 242, 251, 256, 257, 258, 260, 261, 

262, 263, 266, 270, 273, 276, 277, 278, 

279, 280, 281, 282, 283, 284, 285, 286, 

287, 288, 289, 290, 291, 292, 293, 296, 

297, 305, 306, 307, 313, 314, 315, 319, 

320, 324, 328, 330, 332, 333, 334, 335, 

336, 347, 349, 351, 352, 353, 354, 355, 

357, 358, 361, 371, 376, 377, 378, 379, 

383, 384, 385, 386, 389, 390, 393, 396, 

398, 399, 400, 401, 402, 403, 404, 405, 

407, 412, 414, 417, 418, 420, 421, 422, 

423, 426, 427, 429, 434, 435, 437, 438, 

449, 451, 452, 453, 455, 456, 457, 458, 

459, 460, 461, 463, 464, 468, 470, 474, 

478, 479, 480, 484, 485, 486, 487, 488, 

489, 493, 495, 496, 498, 499, 501, 502, 

503, 505, 506, 507, 510, 513, 514, 515, 

519, 521, 522, 523, 524, 525, 526, 527, 

529, 530, 539, 547, 548, 549, 550, 551, 

552, 553, 554, 555, 556, 557, 558, 559, 

560, 562, 563, 567, 569, 570, 573, 574, 

575, 577, 579, 580, 582, 584, 585, 587, 

588, 589, 590, 593, 594, 599, 600, 604, 

605, 606, 607, 608, 609, 615, 616, 627, 

628, 629, 630, 635, 636, 637, 638, 640, 

643, 644, 646, 647, 649, 651, 658, 659, 

661, 662, 663, 664, 665, 668, 669, 670, 

671, 672, 673, 674, 675, 676, 677, 678, 

68 1, 686, 687, 689, 694, 696, 700, 701, 

703, 704, 707, 708, 712, 713, 715, 718, 

719, 721, 724, 726, 727, 728 

Declinometer 

677 

Depth rules 

504 

Depth-sounding 

113. 568 

Differences 

386 

Digital recording 

595, 614 

Dipole 

363, 364, 432, 481 

Displacements 

82 

162 
Disturbed days 

431, 470 

Diurnal inequality 

122 

Diurnal variation 

422, 466, 496, 556, 572, 586, 607 

41, 96, 220, 221, 231, 246, 339, 340, 

DP 2 

228 

Drift shell splitting 

56 1 

Dst 

2, 63, 380, 518, 534, 543 

DVGP 

174, 175, 176, 390 

Dikes 

58 

Dynamo 

321, 53d 536 

Earth studies 

168, 304, 329 

Earth current 

64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 

74, 75, 76, 77, 78, 79, 131, 132, 135, 343, 

345, 516, 534, 645, 682 

Earth tides 

447, 454 

146, 440, 442, 443, 444, 445, 446, 

Earthquakes 

82, 654 

East component 

51, 63, 116, 117, 149, 150, 151, 184, 

191, 234, 235, 257, 331, 352, 388, 405, 

407, 426, 463, 480, 484, 485, 486, 487, 

488, 489, 495, 503, 518, 521, 522, 523, 

524, 525, 526, 552, 615, 616, 687, 724, 

726, 728 

Echo sounding 

612 

Electricity 

53, 54, 137, 238, 295, 316, 597, 621, 

622, 641, 648 

Electro-conductivity 

543 

Electro-dynamics 

466 

Electrojet 

208, 215, 216, 368 

Electromagnetism 

534, 535, 642 

131, 132, 158, 294, 321, 345, 360, 533, 

Electrostatic field 

73 1 

Environmental 

610 

Erebus 

670 

Explorer 

195, 196, 197, 198, 199, 561 

External field 

502 

163 
Fa1 ken 

351. 352 

610, 674, 675, 731 

Ferrelo 

59 1 

Field measurement 

7 17 

Field reversals 

91 

Fischers precision 

539 

Fougere 

31 

Free air 

247 

Free laminar boundary 

500 

Fritsche 

31 

Galilee 

39, 41 

Gauss 

31, 57 

Gaussian coefficients 

214 

Gazelle 

670 

Geochemistry 

58, 467 

Geodesy 

84, 168, 180, 317, 439, 440, 442, 591, 

Geology 

626, 690, 709 

5, 6, 7, 153, 236, 243, 311, 312, 337, 

Geomagnetism Observation 

499 

Geomagnetism pole 

174, 175, 176, 225, 346, 390 

Geomagnetism potential 

109 

Geomagnetism research 

366 

Geomagnetism storms 

228, 343, 718 

Geophysics 

139, 243, 312 

Geophysical prospecting 

620, 621, 622 

Geostorms 

654 

Geotectonics 

27, 354, 355, 356, 357, 358 

Glaciology 

410, 465, 667, 711 

Gravity 

8, 166, 180, 203, 243, 247, 268, 269, 

300, 322, 323, 409, 436, 439, 448, 465, 

478, 517, 602, 603, 624, 667, 676, 685, 

709, 71 1, 722, 731 

Gravity Core 

612 
Grid values 

97, 187, 189, 190 

G yllenskold 

31 

Helmholtz coil design 

509 

Hi1 bert transform method 

360 

History 

232, 613 

Horizon tal intensity 

3, 4, 8, 10, 12, 13, 14, 15, 16, 17, 18, 

19, 22, 23, 25, 26, 35, 37, 39, 41, 42, 43, 

44, 45, 48, 49, 51, 52, 56, 63, 64, 65, 66, 

67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 

78, 79, 81, 83, 86, 87, 89, 93, 95, 116, 

117, 118, 119, 120, 121, 125, 127, 138, 

140, 143, 145, 148, 150, 151, 152, 155, 

159, 160, 161, 164, 167, 170, 177, 178, 

179, 182, 183, 184, 191, 192, 195, 196, 

197, 198, 199, 200, 202, 204, 206, 208, 

209, 210, 211, 219, 220, 223, 225, 226, 

231, 234, 235, 240, 242, 251, 256, 257, 

258, 260, 261, 262, 263, 270, 275, 277, 

278, 279, 280, 281, 282, 283, 284, 285, 

286, 287, 288, 289, 290, 291, 292, 305, 

313, 314, 315, 319, 320, 324, 328, 330, 

332, 333, 334, 335, 336, 347, 349, 351, 

352, 361, 374, 376, 377, 378, 379, 383, 

384, 386, 389, 396, 400, 401, 405, 407, 

412, 413, 417, 418, 420, 421, 426, 427, 

429, 434, 438, 449, 451, 452, 453, 456, 

457, 458, 459, 460, 461, 463, 464, 468, 

470, 479, 480, 484, 485, 486, 487, 488, 

489, 495, 496, 498, 499, 503, 505, 506, 

507, 515, 519, 521, 522, 523, 524, 525, 

526, 527, 529, 530, 547, 548, 549, 550 

552, 553, 554, 555, 556, 557, 559, 560, 

563, 563, 570, 572, 573, 576, 581, 584, 

585, 586, 593, 594, 599, 604, 605, 607, 

608, 609, 615, 616, 627, 628, 629, 630, 

631, 635, 636, 637, 638, 640, 644, 646, 

647, 649, 651, 658, 662, 663, 664, 665, 

668, 670, 671, 672, 681, 686, 694, 696, 

699, 700, 702, 704, 705, 708, 713, 715, 

716, 717, 718, 719, 724, 726, 727 

Horizontal motion 

146 

Horizontal pendulum 

685 

Hourly 

137, 287, 288, 289, 434, 663, 664, 665 

Hourly mean 

26, 32, 86, 136, 138, 179, 205, 220, 

225, 231, 240, 241, 242, 285, 376, 418, 

420, 421, 429, 451, 452, 470, 553, 557, 

586, 644, 646, 647, 649, 658, 672, 702, 

703, 715 

Humidity 

419, 511 

Hydrography 

199, 611 

Hydrology 

591, 674, 676 

Hydromagnetic oscillations 

723 

IAGA 

32, 205 

IGRF 

101, 106, 187, 189, 190, 481, 508, 696 

IGY 

346, 367, 430 

165 
Impulses 

344, 362 

INTERMAGNET 

298 

Inclination 

3, 4, 8, 12, 13, 14, 15, 16, 17, 18, 19, 

22, 23, 28, 37, 39, 41, 42, 43, 44, 45, 46, 

48, 49, 51, 52, 59, 81, 83, 86, 93, 94, 110, 

116, 117, 120, 121, 124, 125, 127, 129, 

130, 140, 143, 144, 145, 149, 150, 151, 

152, 154, 155, 159, 163, 164, 169, 174, 

175, 176, 178, 179, 183, 184, 192, 195, 

196, 197, 198, 199, 200, 201, 202, 204, 

206, 209, 210, 211, 212, 213, 218, 220, 

223, 226, 234, 235, 248, 249, 261, 263, 

266, 270, 275, 276, 277, 278, 283, 284, 

285, 290, 291, 292, 305, 314, 315, 319, 

324, 328, 335, 336, 347, 349, 354, 355, 

356, 357, 358, 359, 361, 374, 376, 378, 

379, 385, 389, 390, 398, 399, 400, 401, 

405, 407, 412, 413, 414, 423, 426, 427, 

429, 449, 453, 455, 456, 457, 458, 459, 

460, 461, 464, 468, 478, 479, 480, 484, 

485, 486, 487, 488, 489, 493, 499, 503, 

505, 507, 510, 513, 514, 515, 521, 522, 

523, 524, 525, 526, 527, 529, 539, 547, 

551, 554, 555, 556, 559, 560, 563, 570, 

572, 573, 576, 577, 579, 581, 584, 585, 

588, 589, 593, 594, 609, 615, 616, 627, 

628, 629, 630, 631, 638, 640, 651, 662, 

663, 664, 665, 668, 670, 672, 677, 681, 

686, 687, 689, 694, 700, 701, 707, 708, 

715, 719, 721, 724, 726, 727, 728 

Induction 

365 

Ingolf 

1 

Installation 

387 

Instrumentation 

111, 309, 316, 497 

Internal field 

100 

Internal pulsations 

170 

International Polar Commission 

578, 710, 716 

Ionosphere 

64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 

74, 76, 77, 78, 79, 135, 208, 326, 327, 

380, 465, 645, 667, 71 1 

IQSY 

135, 203, 410, 596, 597 

Iron County 

236 

Isoclinic 

110, 169, 305, 413, 481, 579 

Isodynamic 

211, 315, 413, 481, 579, 713 

Isogonic 

3, 38, 110, 114, 145, 169, 274, 305, 

306, 307, 353, 411, 422, 435, 474, 475, 

501, 502, 569, 575, 579, 606, 659, 669, 

713 

Isolines 

62 

Jensen-Whitaker 

31 

K-indices 

431, 609 

2, 34, 107, 298, 326, 327, 412, 430, 

166 
kl 

34 1 

Lunar influence 

250 

k2 

341 

Kahle secular variation 

31 

Kamchatka depression 

31 1 

Kautzleben 

31 

Kobuk trench 

85 

KOMET 

217, 697 

Kosmos 49 (see Cosmos) 

Land survey 

124, 127, 152, 159, 163, 178, 182, 

209, 212, 213, 223, 226, 339, 378, 396, 

426, 498, 585, 608, 627, 635, 669, 676, 

713 

Limnology 

61 1 

LINTRA 

625 

Local field 

502 

Lunar cycle 

33 

Lunar diurnal variations 

251, 542, 619, 620 

Lunar magnetism 

250 

Macquarie Island Observatory 

723 

Madison Observatory 

592 

Magnetic activity 

123, 495 

Magnetic anomaly 

217, 227, 360, 408, 605, 697 

Magnetic basement 

528 

Magnetic bearings 

338 

Magnetic character 

683, 684 

Magnetic compass 

1, 20, 185, 309, 338, 422, 502, 618 

Magnetic disturbance 

215, 216, 398, 715 

Magnetic elements 

151 

Magnetic field 

94, 97, 252, 369, 373, 408, 432, 500 

Magnetic field model 

255, 342, 373, 501, 657, 712 

100, 102, 105, 112, 142, 188, 218, 254, 

167 
Magnetic indices 

96 

Magnetic induction 

238. 264 

Magnetic intensity 

300 

Magnetic observatory 

594, 684, 700, 702, 703 

9, 10, 12, 86, 119, 214, 251, 564, 592, 

Magnetic pole 

252, 544, 546, 673 

Magnetic profile 

11 

Magnetic pulse 

170 

Magnetic reversal 

170, 252 

Magnetic station 

293 

Magnetic storms 

4, 36, 63, 122, 125, 225, 250, 264, 

265, 285, 286, 326, 327, 334, 341, 344, 

367, 377, 422, 567, 708 

Magnetic survey 

22, 23, 37, 41, 46, 48, 49, 206, 293, 

307, 319, 349, 353, 402, 403, 411, 422, 

438, 475, 569, 576, 578, 589, 604, 630, 

661, 673, 686, 694, 715 

Magnetic theory 

72 1 

Magnetism 

70 1 

267, 269, 409, 415, 449, 601, 603, 624, 

Magnetogram 

634 

119, 125, 344, 429, 558, 565, 568, 571, 

Magnetograph 

286, 708 

Magnetometer 

695 

24, 88, 224, 298, 309, 382, 545, 677, 

Magnetometric survey 

709 

Magnetometry 

224 

Magnetopause 

56 1 

Magnetosphere 

215, 216, 561 

Magnetospheric substorms 

229 

Magnetotail 

56 1 

Magnetotelluric 

706 

113, 348, 362, 623, 641, 642, 688, 698, 

Magnets 

267 

Magsat 

391, 508 

Magnetic variation 

63, 316, 606 

168 
Main magnetic field 

304, 502 

Mantle 

238, 304 

Manual 

271, 272, 618 

Map projections 

409 

Marine magnetism 

92, 318, 652 

Master curve technique 

623 

Mc Arthur 

199, 670 

Measurements 

271, 272 

Meridian stones 

293 

Meteorology 

8, 12, 13, 14, 16, 18, 19, 23, 26, 60, 

61, 83, 140, 147, 154, 159, 220, 233, 361, 

372, 418, 419, 451, 452, 465, 478, 511, 

512, 548, 551, 613, 651, 667, 672, 711, 

720 

Methods 

7 17 

Micropulsation 

228, 229, 723 

Microseismicity 

730 

Mid-Atlantic Ridge 

29, 722 

Mineral resources 

655 

Mineralogy 

139, 312, 467 

Model 

566 

60, 97, 103, 106, 364, 392, 432, 508, 

Monograph 

381 

Monthly mean 

116, 117, 118, 138, 149, 231, 285, 286, 

287, 288, 289, 335, 361, 377, 434, 519, 

530, 549, 557, 558, 584, 645, 648, 663, 

664, 665, 719 

Morphology 

217 

Motions 

304 

Navigation 

416, 617 

Neumann 

31 

North component 

51, 63, 116, 117, 149, 150, 151, 184, 

191, 234, 235, 257, 331, 352, 388, 405, 

407, 426, 463, 480, 484, 485, 486, 487, 

488, 489, 495, 503, 518, 521, 522, 523, 

524, 525, 526, 552, 566, 615, 616, 687, 

724, 726, 728 

NRM 

546 

169 
NURE 

173 

Officer training 

618 

Observation methods 

246, 301 

Observatory 

2, 13, 14, 15, 16, 17, 18, 19, 26, 31, 

37, 40, 47, 48, 49, 51, 52, 53, 54, 56, 59, 

87, 98, 99, 102, 104, 116, 117, 118, 121, 

125, 127, 129, 130, 131, 132, 144, 154, 

155, 161, 169, 179, 184, 191, 198, 199, 

204, 206, 207, 218, 220, 221, 233, 234, 

235, 248, 249, 260, 266, 270, 274, 275, 

277, 287, 288, 289, 290, 291, 295, 330, 

331, 350, 361, 372, 379, 387, 388, 393, 

407, 412, 418, 420, 429, 430, 434, 451, 

452, 463, 466, 470, 471, 472, 473, 474, 

477, 479, 480, 483, 484, 485, 486, 487, 

488, 489, 493, 496, 506, 508, 509, 519, 

520, 521, 522, 523, 524, 525, 526, 527, 

538, 550, 553, 555, 571, 579, 580, 582, 

585, 586, 587, 590, 596, 597, 607, 613, 

615, 616, 631, 633, 634, 658, 661, 662, 

663, 664, 665, 686, 691, 693, 694, 706, 

718, 726, 729 

Observatory data 

64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 

74, 75, 76, 77, 78, 79, 138, 167, 260, 393, 

420, 421, 461, 530, 549, 634. 638, 644, 

645, 646, 647, 648, 649, 727 

Observatory differences 

704 

Observatory set-up 

222 

Ocean survey 

39, 178, 394, 517, 666 

Oceanography 

22, 181, 186, 322, 323, 632, 651, 679 

Ogo spacecraft 

103, 732 

Operation notes 

382, 691, 692, 693 

Optical pumping 

246 

Oscillations 

265 

Paleoclimatology 

714 

Paleomagnetism 

27, 53, 54, 55, 94, 165, 228, 252, 316, 

321, 329, 354, 355, 356, 357, 358, 381, 

394, 433, 450, 466, 478, 539, 544, 546, 

596, 597, 621, 622, 653, 706, 714 

Paleopoles 

357, 358, 433, 539 

Parallel streams 

500 

Parc Saint-Maur Observatory 

429 

Patterson 

195, 196, 197, 198, 199 

Pensacola 

517 

Perigee 

33 

Persistence 

96 

170 
Petrology 

467 

Pierce’s criteria 

25 

Pipes 

58 

Piston core 

612 

Plane electromagnetic waves 

294 

Polar wander 

433 

Pole position 

112, 354, 355 

Pre- 1900 

21, 40, 50, 51, 52, 122, 129, 143, 154, 

155, 169, 181, 193, 195, 196, 197, 198, 

200, 211, 232, 248, 270, 275, 290, 291, 

292, 347, 414, 423, 432, 435, 458, 464, 

479, 503, 550, 569, 613, 630, 643, 662, 

677, 684, 689, 699, 703, 707, 727 

Precipitation 

240, 241, 242 

Precolumbian 

38 1 

Prediction 

96 

PRM 

595 

Program 

173 

Project Magnet 

632, 666, 679, 680 

24, 28, 80, 162, 318, 455, 456, 457, 

Properties 

267 

Prospecting 

54, 58, 337, 639, 706 

Proton flare 

380 

Proton magnetometers 

509 

Pulsations 

4, 265, 344 

Q-indices 

34 

Quadrupole 

364 

Quiet days 

431. 470 

Radiometric 

5, 6, 7, 656 

Rainfall 

51 1 

Rapid-run 

344 

Real-time objective data 

340 

Reference field 

106, 190 

171 
Remnant magnetization 

408 

Repeat 

701, 707 

Repeat observation 

134, 313, 479, 668 

Repeat station 

37, 38, 48, 50, 127, 172, 195, 197, 

206, 275, 278, 279, 280, 281, 283, 284, 

290, 291, 315, 324, 435, 579, 580, 582, 

590, 605, 609, 659, 662, 694 

Repeat survey 

42, 43, 44, 46, 93, 145, 155, 161, 192, 

193, 196, 198, 199, 210, 270, 276, 277, 

320, 347, 404, 464, 468, 496, 499, 529, 

570, 587, 589, 638, 686, 691, 692, 696, 

732 

Residual field 

227, 257, 258, 652 

Resistivity 

337, 623, 698 

Resources 

173 

Rhenish massif 

408 

Ridge systems 

697 

Ring current 

380, 518 

Rock magnetism 

165, 466 

Rocketry 

667, 711 

Rotation variations 

168 

Ruby uplift 

85 

Sabine 

57, 670 

San Andreas 

82 

San Fernando 

482 

Satellite 

100, 107, 303, 409, 732 

Scale values 

396, 717 

Schmidt 

31 

S c h u ster 

31 

Scientific theory 

540 

Scintillation survey 

5, 7 

Sea level 

R 478, 642 i tc hie 

20 

172 
Secular variation 

36, 38, 50, 52, 91, 93, 102, 114, 115, 

125, 134, 143, 156, 157, 160, 161, 169, 

193, 194, 201, 204, 218, 234, 235, 266, 

273, 274, 279, 280, 281, 282, 292, 307, 

314, 315, 321, 347, 361, 371, 379, 399, 

411, 414, 417, 422, 428, 429, 435, 437, 

458, 464, 471, 472, 473, 474, 475, 480, 

48 1, 483, 484, 485, 486, 487, 488, 489, 

496, 502, 513, 521, 522, 523, 524, 525, 

526, 534, 555, 564, 569, 574, 577, 580, 

581, 582, 587, 588, 590, 591, 615, 616, 

629, 631, 636, 640, 660, 668, 673, 674, 

675, 676, 678, 681, 694, 702, 703, 706, 

707, 712, 713, 721, 729 

Sedimentology 

186, 611 

Seewarte 

57 

Seismicity 

515, 642 

90, 158, 171, 285, 311, 409, 478, 482, 

Seismograph 

286 

Seismology 

551, 624, 667, 71 1 

243, 322, 323, 343, 418, 436, 465, 

Semiannual variation 

96 

S heelite 

312 

S hort-period pulsations 

345 

Solar diurnal variation 

542 

Solar eclipse 

61, 537 

Solar flare 

4, 21, 208, 325, 344, 380, 619, 682 

Solar variation 

25, 368, 619, 620 

Solar wind 

215, 216 

Sonar 

436 

Sounding curve 

642 

Space field measurements 

111 

Space science 

54 1 

Spherical harmonic methods 

2, 31, 109, 142, 303, 428, 657 

Spheroid 

342 

Sputnik 

54 1 

sq 

63, 221, 380, 431, 518, 533, 534, 607 

Star chart 

676 

Station description 

134, 669, 678 

Status report 

7 10 

173 
Stratigraphy 

354, 355, 356, 357, 358, 714 

Structure 

253 

Sudden impulses 

4 

Sun spots 

122, 191, 220, 348, 542 

Sunshine 

51 1 

Survey 

10, 55, 57, 81, 84, 113, 115, 125, 126, 

160, 201, 230, 261, 314, 328, 386, 389, 

401, 406, 459, 462, 480, 494, 497, 507, 

530, 559, 572, 575, 605, 609, 610, 611, 

612, 628, 629, 632, 656, 679, 680, 681, 

693 

Susceptibility 

365 

Tectonics 

171, 531, 532, 697 

Telluric current 

147 

Tellurigrams 

344 

Temperature 

419, 511, 612 

Textbook 

436 

Theoretical studies 

224, 267, 385 

Thesis 

64 1 

Tidal deformation 

439 

Tidal measurements 

591, 685 

Tides 

168 

Tintina fault zone 

85 

Topography 

591, 674, 675, 676 

Total intensity 

3, 10, 11, 23, 28, 29, 41, 45, 46, 49, 

51, 55, 80, 81, 90, 94, 98, 107, 110, 116, 

117, 126, 133, 149, 151, 152, 160, 161, 

162, 166, 184, 187, 195, 196, 197, 201, 

213, 217, 234, 235, 257, 262, 263, 319, 

347, 361, 362, 374, 375, 397, 406, 424, 

425, 426, 449, 453, 455, 456, 457, 462, 

463, 480, 484, 485, 487, 488, 489, 490, 

491, 492, 494, 507, 510, 514, 521, 522, 

523, 524, 525, 526, 528, 556, 570, 576, 

577, 579, 581, 588, 600, 615, 616, 629, 

635, 637, 640, 652, 655, 696, 701, 719, 

724, 725, 726, 728 

Traverse 

449, 510, 667, 71 1 

TU1-TUG 

168 

Ulloa 

59 1 

Upper mantle 

698 

174 
Uranium 

173 

U.S.S. Prevail 

679 

U.S.S. Rehoboth 

679 

U.S.S. Staten Island 

679 

Val Joyeux 

429 

Van guard 

107, 541 

Variation measurements 

104, 226, 335, 336, 376 

Variometer 

383, 384, 695 

Vector analysis 

294 

Vector magnetometry 

620 

Vertical gradients 

362 

Vertical intensity 

3, 11, 18, 19, 26, 35, 45, 64, 65, 66, 

67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 

78, 79, 86, 87, 95, 116, 117, 118, 119, 

120, 138, 148, 150, 151, 152, 153, 158, 

160, 161, 167, 170, 177, 179, 182, 184, 

191, 202, 204, 208, 220, 225, 231, 234, 

237, 240, 251, 253, 256, 258, 262, 263, 

286, 287, 288, 289, 310, 315, 320, 330, 

331, 332, 333, 334, 339, 351, 352, 368, 

374, 379, 386, 388, 396, 405, 407, 417, 

418, 420, 421, 426, 428, 434, 438, 449, 

451, 452, 453, 455, 456, 457, 458, 459, 

463, 470, 480, 484, 485, 486, 487, 488, 

489, 495, 498, 503, 506, 507, 518, 519, 

521, 522, 523, 524, 525, 526, 530, 532, 

537, 548, 549, 550, 552, 553, 554, 555, 

557, 593, 599, 604, 605, 607, 608, 615, 

616, 627, 628, 629, 636, 637, 640, 644, 

646, 647, 649, 658, 663, 664, 665, 672, 

687, 699, 700, 704, 705, 708, 713, 718, 

719, 724, 726, 728, 730 

VGP 

174, 175, 176, 252, 390 

Vizcaino 

59 1 

Volcanology 

343, 409, 450 

Wind speed 

419, 511, 548 

Wingst Observatory 

595 

WMS 

691, 692 

Workshop 

469 

World Magnetism Chart 

97, 508, 704 

ZNya 

732 

175 
Blank page retained for pagination 
Appendix I11 

Index by Seismic Region 

Seismic region codes were assigned to each bibliographic rec rd, based on those deli ted 

by Flinn, Engdahl, and Hill ("Seismic and Geographical Regionalization," Bulletin of the 

Seismological Society of America, 64, Part 11, 1974, p. 771). Figure 1 (next page) shows the 

location of these regions. The more detailed geographical regionalization of Flinn, Engdahl, 

and Hill was not used. For the purpose of this report, Region 0 was created by the authors 

(McLean and Smith) to indicate global coverage. 

0 2, 8, 9, 12, 13, 20, 22, 23, 24, 27, 

30, 31, 32, 33, 34, 37, 41, 46, 48, 49, 59, 

60, 88, 91, 92, 94, 96, 97, 98, 99, 100, 

101, 102, 103, 104, 105, 106, 107, 108, 

109, 111, 112, 123, 128, 137, 147, 165, 

170, 171, 185, 187, 189, 190, 203, 204, 

205, 206, 207, 211, 214, 215, 216, 218, 

224, 228, 229, 232, 234, 235, 246, 250, 

251, 252, 260, 261, 264, 267, 271, 272, 

294, 296, 297, 298, 303, 304, 308, 309, 

316, 318, 321, 322, 323, 325, 340, 341, 

342, 345, 346, 360, 364, 365, 366, 367, 

368, 380, 382, 383, 384, 385, 391, 392, 

399, 409, 410, 411, 430, 431, 432, 436, 

439, 440, 441, 442, 443, 444, 445, 446, 

447, 450, 455, 456, 457, 463, 465, 467, 

469, 475, 476, 483, 484, 485, 486, 487, 

488, 489, 490, 491, 492, 500, 504, 508, 

511, 512, 518, 520, 521, 522, 523, 524, 

525, 533, 534, 535, 536, 538, 540, 541, 

543, 545, 561, 564, 566, 579, 583, 595, 

599, 614, 618, 625, 632, 642, 666, 670, 

673, 677, 679, 680, 683, 684, 688, 691, 

692, 693, 694, 704, 710, 714, 716, 717, 

720, 721, 726, 729, 731, 732 

- 1 38, 42, 43, 43, 136, 155, 157, 173, 

174, 175, 176, 188, 192, 193, 194, 195, 

196, 197, 198, 199, 270, 273, 275, 277, 

306, 307, 337, 369, 569, 572, 577, 580, 

581, 582, 587, 589, 590, 601, 602, 640, 

661, 669, 723 

- 2 38, 42, 43, 44, 138, 141, 142, 155, 

157, 173, 174, 175, 176, 188, 192, 193, 

194, 195, 196, 197, 198, 199, 253, 256, 

262, 270, 273, 275, 277, 306, 307, 315, 

329, 337, 577, 580, 581, 582, 587, 590, 

602, 624, 640 

- 3 38, 40, 42, 43, 44, 45, 47, 82, 84, 

156, 157, 173, 174, 175, 176, 188, 192, 

194, 195, 196, 197, 198, 199, 238, 262, 

273, 274, 275, 276, 277, 278, 279, 280, 

281, 282, 283, 284, 287, 288, 289, 290, 

291, 306, 307, 313, 315, 338, 434, 482, 

542, 574, 575, 576, 577, 580, 581, 582, 

586, 587, 588, 589, 590, 610, 611, 612, 

640, 641, 652, 663, 664, 665, 669, 678, 

698 

- 4 10, 82, 174, 175, 194, 195, 196, 

305, 3 13, 577, 58 1, 588, 589, 652, 668, 

669 

- 5 244, 313, 468, 477, 499, 668 

- 6 28, 244, 313, 468, 477, 499, 668 

177 
0 EUE 

or 

4 

& 

49 

33 

4Uf 606 h0E OOE- 20E 40E 60E 

L 

r 

43 

J 

- 

DE 60W 40W 

FIGURE 1. Map of Seismic Regions (from Flinn, Engdahl, and Hill, 1974). 
7 

671. 

- 8 

668 

9 

- 

- 

- 10 

11 

- 13 

- 16 

- 17 

- 19 

425, 

513, 

- 

- 20 

453, 

537, 

- 21 

22 

- 23 

24 

- 25 

- 26 

596, 

- 

- 

28 

381, 

707 

- 29 

1, 164, 277, 292, 313, 397, 468, 668, 

676, 728 

110, 208, 231, 247, 313, 324, 433, 

301, 313, 324, 433, 609, 668 

- 30 160, 161, 336, 353 

- 31 129, 130, 144, 163, 217, 239, 240, 

241, 242, 248, 249, 320, 347, 418, 474, 

493, 517, 527, 552, 570, 651, 730 

- 32 29, 124, 186, 268, 299, 373, 517, 

687, 697, 722 

57, 243, 470 

- 33 57, 120 

200, 230, 529 

93 

681, 682 

145 

119, 31 1, 326, 327, 343, 344, 424, 

426, 427, 453, 462, 464, 479, 496, 

530, 559, 560, 590, 638, 724, 727 

179, 326, 327, 343, 344, 426, 427, 

462, 464, 479, 496, 497, 513, 530, 

550, 560, 638, 724, 727 

451, 452 

125, 169, 419, 420, 421, 613, 662 

178, 681, 682 

178, 681, 682, 699, 700 

681, 682 

53, 54, 55, 121, 131, 132, 433, 458, 

597, 619, 620, 621, 622, 690, 727 

212, 213, 354, 355, 356, 357, 358, 

396, 460, 513, 526, 615, 616, 654, 

3, 4, 212, 359, 707 

- 34 10, 25, 26, 36, 38, 40, 42, 43, 44, 

45, 47, 50, 58, 80, 83, 90, 113, 124, 141, 

142, 156, 157, 158, 162, 166, 172, 173, 

174, 175, 176, 184, 188, 192, 195, 196, 

197, 198, 199, 201, 209, 210, 227, 233, 

236, 257, 262, 268, 269, 273, 274, 275, 

276, 277, 278, 279, 280, 281, 282, 283, 

284, 286, 290, 291, 293, 295, 300, 305, 

306, 307, 313, 314, 315, 328, 329, 339, 

361, 374, 390, 394, 415, 416, 422, 435, 

516, 539, 546, 571, 574, 575, 576, 577, 

580, 581, 582, 584, 585, 587, 588, 589, 

590, 59 1, 592, 598, 603, 6 17, 626, 640, 

653 

67 2 

- 35 

668 

- 36 

658, 659, 660, 661, 668, 669, 671, 

674, 675, 676, 698 

140, 221, 222, 223, 313, 433, 607, 

686, 712 

11, 14, 15, 16, 17, 18, 19, 35, 56, 

61, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 

73, 74, 75, 76, 77, 78, 79, 86, 87, 89, 116, 

117, 118, 122, 124, 134, 135, 143, 146, 

148, 149, 150, 151, 152, 153, 154, 167, 

168, 177, 180, 181, 182, 183, 191, 219, 

220, 226, 237, 245, 254, 259, 263, 265, 

266, 310, 317, 332, 334, 335, 336, 348, 

350, 351, 352, 357, 358, 362, 371, 372, 

376, 377, 378, 379, 386, 387, 388, 389, 

393, 395, 400, 401, 402, 403, 404, 405, 

408, 412, 413, 414, 418, 423, 428, 429, 

437, 459, 461, 466, 471, 472, 473, 480, 

481, 493, 498, 501, 505, 506, 509, 531, 

179 
544, 547, 548, 549, 551, 558, 562, 563, 

565, 567, 568, 580, 582, 590, 593, 594, 

605, 606, 615, 616, 623, 627, 633, 634, 

635, 637, 639, 643, 644, 645, 646, 647, 

648, 649, 650, 657, 685, 696, 702, 703, 

705, 706, 708, 715, 718 

- 37 

517, 555, 570, 709, 713 

51, 52, 114, 115, 133, 159, 433, 515, 

- 38 

556, 557, 600, 631, 655, 656 

139, 312, 433, 502, 519, 528, 554, 

- 39 39, 285, 375, 640, 661 

- 40 124, 184, 202, 254, 258, 263, 302, 

333, 349, 357, 358, 363, 370, 381, 396, 

448, 454, 460, 495, 526, 532, 573, 615, 

616, 623, 651, 689, 697, 715, 725 

- 41 

530, 615, 616, 689, 727 

213, 357, 358, 381, 396, 460, 526, 

- 43 381 

4$ 120 

- 46 5, 6, 7, 178, 681, 682 

- 47 596, 597 

- 48 212, 357, 358, 513, 615, 616, 707 

- 49 62, 212, 213, 254, 259, 263, 319, 

331, 354, 355, 356, 357, 358, 396, 398, 

460, 503, 513, 553, 615, 616, 623, 630, 

636, 654, 707, 719 

50 21, 57, 81, 95, 180, 225, 330, 417, 

433, 438, 449, 478, 494, 507, 510, 514, 

604, 608, 667, 695, 701, 711 

42 85, 124, 126, 127, 141, 142, 174, 

175, 176, 255, 328, 357, 358, 369, 381, 

394, 396, 406, 407, 460, 526, 569, 577, 

578, 603, 615, 616, 617, 628, 629, 689, 

715 

180 
Appendix IV 

Index by Geographic Region 

Geographic reference codes were assigned to each record in the bibliographic data base. The 

selected codes are from the Federal Information Processing Standards (FIPS) Publication 10- 

3, Countries, Dependencies, and Areas of Special Sovereignity. The FIPS codes are currently 

undergoing a period of rapid change; Table 1 lists the most recent codes available to us. In 

cases where a recent change of code was made, both the older code and the current code are 

listed. 

TABLE 1 

Federal Information Processing Standards 

Country Codes 

AC Antigua and Barbuda BZ Germany, Berlin 

AF Afghanistan CA Canada (see also Table 2) 

AG Algeria CB Cambodia 

AJ Azerbaijan CB Kampuchia 

AL Albania CD Chad 

AM Armenia CE Sri Lanka 

AN Andorra CF Congo 

A0 Angola CG Zaire 

AQ American Samoa CH China 

AS Australia CI Chile 

AT Ashmore and Cartier Islands CJ Cayman Islands 

AU Austria CK Cocos (Keeling) Islands 

AV Anguilla CM Cameroon 

AY Antarctica CN Comoros 

BA Bahrain CO Colombia 

BB Barbados CQ Northern Mariana Islands 

BC Botswana CR Coral Sea Islands 

BD Bermuda CS Costa Rica 

BE Belgium CT Central African Republic 

BF Bahamas CU Cuba 

BG Bangladesh CV Cape Verde 

BH Belize CW Cook Islands 

BK Bosnia and Herzegovina CY Cyprus 

BL Bolivia CZ Czechoslovakia (also EZ, LO) 

BM Burma DA Denmark 

BN Benin DJ Djibouti 

BO Belarus DM Benin 

BP Solomon Islands DO Dominica 

BQ Navassa Island DQ Jarvis Island 

BR Brazil DR Dominican Republic 

BS Bassas Da India EC Ecuador 

BU Bulgaria El Ireland 

BV Bouvet Island EK Equatorial Guinea 

BX Brunei EN Estonia 

BY Burundi ES El Salvador 

BT Bhutan EG Egypt 

ET Ethiopia 

EU Europa Island 

EZ Czechoslovakian Republic 

FA Falkland Islands (Islas 

Malvinas) 

FG French Guiana 

FI Finland 

FJ Fiji 

FO Faroe Islands 

FP French Polynesia 

FQ Baker Island 

FR France 

FS French and Southern and 

Antarctic Lands 

GA Gambia 

GB Gabon 

GC German Democratic 

Republic 

GE Germany, Federal Republic 

of 

GG Georgia 

GH Ghana 

GI Gibralter 

GJ Grenada 

GK Guernsey 

GL Greenland 

GN Tuvalu (also lV) 

GO Glorioso Islands 

GP Guadeloupe 

GQ Guam 

GR Greece 

GS Kiribati 

GT Guatemala 

GV Guinea 

GY Guyana 

GZ Gaza Strip 

181 
HA Haiti 

HK Hong Kong 

HM Heard Island and McDonald 

Islands 

HO Honduras 

HR Croatia 

HQ Howland Island 

HU Hungary 

tC Iceland 

ID Indonesia 

IM Isle of Man 

IN India 

IO British Indian Ocean Territory 

IP Clipperton Island 

IQ Baker Island, Howland 

IR Iran 

IS Israel 

IT Italy 

IU Israel 

IV Ivory Coast 

IW Israel 

IY Iraq-Saudi Arabia Neutral 

Zone 

I2 Iraq 

JA Japan 

JE Jersey 

JM Jamaica 

JN Jan Mayen 

JO Jordan 

JQ Johnston Atoll 

JU Juan de Nova Island 

KE Kenya 

KG Kyrgyzstan 

KN Korea, Democratic People's 

Republic of 

KQ Kingman Reef 

KR Kiribati 

KS Korea, Republic of 

KT Christmas Island 

KU Kuwait 

KZ Kazakhstan 

LA Laos 

LE Lebanon 

LG Latvia 

LH Lithuania 

LO Slovakia 

LI Liberia 

LO Palmyra Atoll 

LS Liechtenstein 

LT Lesotho 

LU Luxembourg 

LY Libya 

MA Madagascar 

MB Martinique 

MC Macau 

MD Moldova 

ME Spain 

MF Mayotte 

MG Mongolia 

MH Montserrat 

MI Malawi 

MK Macedonia 

ML Mali 

Island, Jarvis Island, 

Kingman Reef, Palmyra Atoll 

MN Monaco 

MO Morocco 

MP Mauritus 

MQ Midway Islands 

MR Mauritania 

MT Malta 

MU Oman 

MV Maldives 

MW Montenegro 

MX Mexico 

MY Malaysia 

MZ Mozambique 

NA Netherlands Antilles 

NC New Caledonia 

NE Niue 

NF Norfolk Island 

NG Niger 

NH Vanuatu 

NI Nigeria 

NL Netherlands 

NO Norway 

NP Nepal 

NQ Trust Territory of the Pacific 

1 sl ands 

NR Nauru 

NS Surinam 

NU Nicaragua 

NZ New Zealand 

PA Paraguay 

PC Pitcairn Islands 

PE Peru 

PF Paracel Islands 

PG Spratly Islands 

PK Pakistan 

PL Poland 

PM Panama 

PO Portugal 

PP Papua New Guinea 

PQ Panama 

PT Indonesia (deleted) 

PU Guinea-Bissau 

QA Qatar 

RE Reunion 

RH Zimbabwe 

RO Romania 

RP Phillippines 

RQ Puerto Rico 

RS Russia 

RW Rwanda 

SA Saudi Arabia 

SB St. Pierre and Miquelon 

SC St. Christopher and Nevis 

SE Seychelles 

SF South Africa 

SG Senegal 

SH St. Helena 

SI Slovinia 

SK India 

SL Sierra Leone 

SM San Marino 

SN Singapore 

SO Somalia 

SP Spain 

SQ Honduras 

SR Serbia 

SS Western Sahara 

ST St. Lucia 

SU Sudan 

SV Svalbard 

SW Sweden 

SY Syria 

SZ Switzerland 

TC United Arab Emirates 

TD Trinidad and Tobago 

TE Tromelin Island 

TH Thailand 

TI Tajikistan 

TK Turks and Caicos Islands 

TL Tokelau 

TN Tonga 

TO Togo 

TP Sao Tome and Principe 

TO North Mariana Islands, Trust 

Territory of the Pacific 

Islands 

TS Tunisia 

TU Turkey 

TV Tuvalu 

TW Taiwan 

TX Turkmenistan 

TZ Tanzania, United Republic of 

UG Uganda 

UK United Kingdom 

UP Ukraine 

UR Union of Soviet Socialist 

Republics (see also AM, AJ, 

BU, GG, KZ, KG, MD, RS, 

TI, TX, UP, UZ) 

US United States (see also 

Table 2) 

UV Upper Voha 

UY Uruguay 

UZ Bekistan 

VC St. Vincent and the 

VE Venezuela 

VI British Virgin Islands 

VM Vietnam (also VN) 

VQ Virgin Islands 

VT Vatican City 

WA Namibia 

WB Germany, Berlin (also BZ) 

WE West Bank 

WF Wallis and Futuna 

WI Western Sahara 

WQ Wake Island 

WS Western Samoa 

WZ Swaziland 

YE Yeman (Sanaa) 

YO Yugoslavia (see also BK, 

YQ Japan (also JA) 

YS Yemen (Aden) 

ZA Zambia 

ZI Zimbabwe 

Grenadines 

HR, MK, MW, SR, SI) 

182 
AK Alaska 

AB Alberta 

Ai! Arizona 

AR Arkansas 

BC British Columbia 

CA California 

CO Colorado 

CT Connecticut 

DE Delaware 

DC District of Columbia 

FL Florida 

GA Georgia 

HI Hawaii 

ID Idaho 

IL Illinois 

IN Indiana 

IA Iowa 

KS Kansas 

KY Kentucky 

LB Labrador 

LA Louisiana 

ME Maine 

TABLE 2 

Federal Information Processing Standards 

State and District Names of the U.S. and Canada 

MB Manitoba 

MD Maryland 

MA Massachusetts 

MI Michigan 

MN Minnesota 

MS Mississippi 

MO Missouri 

MT Montana 

NE Nebraska 

NV Nevada 

NB New Brunswick 

NH New Hampshire 

NJ New Jersey 

NM New Mexico 

NY New York 

NF Newfoundland 

NC North Carolina 

ND North Dakota 

NT Northwest Territories Canada 

NS Nova Scotia 

OH Ohio 

OK Oklahoma 

ON Ontario 

OR Oregon 

PA Pennsylvania 

PE Prince Edward Is 

PQ Quebec 

PR Puerto Rico 

RI Rhode Island 

SK Saskatchewan 

SC South Carolina 

SD South Dakota 

TN Tennessee 

TX Texas 

UT Utah 

VT Vermont 

VA Virginia 

WA Washington 

WV West Virginia 

WI Wisconsin 

WY Wyoming 

YT Yukon 

Countries and Areas of Special Sovereignity 

The Country Code is followed by the record nurnber(s) listed in the text of this publication. 

AC 577 

AT 604 

AG 

AU 11, 116, 117, 118, 226, 312, 335, 

AL 336 336, 378, 389, 400, 493, 519, 527, 554, 

655 

A0 347, 517, 570 

AY 21, 57, 81, 95, 180, 225, 243, 330, 

AR 417, 438, 449, 478, 494, 507, 510, 514, 

608, 667, 695, 701, 711 

AS 120, 139, 502, 528, 556, 557, 600, 

631, 656 BB 292, 517, 577, 589 

239, 240, 241, 242, 347, 418 

140, 231, 247, 301, 470, 607, 668 

183 
BC 262 

BD 517, 577, 675, 728 

BE 61, 146, 150, 151, 152, 153, 168, 

237, 310, 371, 386, 387, 389, 413, 527, 

547, 548, 549 

BF 201, 307, 588, 675 

BH 577 

BL 313, 668 

BR 

712 

BU 513 

CA 83, 113, 126, 127, 138, 141, 142, 

174, 175, 176, 184, 209, 210, 253, 255, 

256, 257, 258, 262, 268, 269, 307, 328, 

329, 361, 394, 406, 407, 415, 416, 516, 

532, 539, 573, 587, 589, 590, 598, 602, 

603, 617, 624, 653, 669, 725 

CF 159, 347 

CH 

671, 707, 727 

CI 313, 609, 668 

CO 

CR 477 

CS 

CU 

CV 517 

221, 222, 223, 313, 668, 671, 686, 

179, 212, 213, 324, 451, 452, 530, 

58, 292, 313, 577, 668 

244, 292, 313, 468, 499, 668, 671 

292, 577, 588, 589, 668, 671, 675 

CZ 64, 65, 66, 67, 68, 69, 70, 71, 72, 

73, 74, 75, 76, 77, 78, 79, 376, 377, 378, 

389, 393, 466, 480, 481, 493, 498 

DA 

623 

DJ 133 

DR 313, 668, 671 

EC 313, 668, 671 

EC 347 

E1 389, 437 

ES 313, 468, 477, 499, 668, 671 

FI 124, 177, 254, 259, 263, 349, 350, 

351, 352, 398, 531, 606, 623, 634, 635, 

636, 637, 639 

FJ 93 

FO 93 

FR 14, 15, 16, 17, 18, 19, 61, 134, 154, 

183, 245, 389, 395, 413, 418, 423, 429, 

459, 461, 527, 565, 580, 582, 594, 706 

GE 11, 56, 135, 180, 181, 191, 378, 389, 

408, 428, 493, 544, 558, 567, 568, 593, 

177, 219, 254, 259, 263, 389, 505, 

594, 696, 708 

GH 517 

GL 255, 259, 328 

GR 336, 725 

GT 

HA 313, 668, 671 

292, 313, 468, 477, 499, 71 

184 
HO 

HU 

563, 643, 644, 645, 646, 647, 648, 649 

IC 29, 259, 448, 725 

ID 178, 681, 682 

IN 

597, 619, 620, 621, 622, 690 

IO 699 

IR 3, 4 

IT 

378, 412, 493, 527, 651, 705, 730 

JA 119, 311, 326, 327, 343, 344, 424, 

425, 426, 427, 453, 462, 464, 479, 496, 

497, 513, 530, 537, 550, 559, 560, 638, 

724, 727 

JM 577, 589, 671 

KE 713 

KN 530 

KS 530 

LU 685 

MA 52, 114, 115, 178, 422, 515 

MB 126, 397, 406 

MG 213, 707 

MP 700 

MX 10, 305, 313, 499, 577, 588, 589, 

652, 668, 669 

244, 313, 468, 477, 499, 668, 671 

226, 335, 336, 362, 372, 378, 562, 

53, 54, 55, 121, 131, 132, 458, 596, 

11, 63, 129, 130, 144, 163, 248, 249, 

MY 

NI 477, 671 

NL 317, 413, 715 

NO 124, 177, 219, 254, 259, 263, 333, 

351, 352, 379, 531, 623, 627, 651, 702, 

703 

NU 

NZ 93, 200, 230, 529 

PA 468, 477, 668, 671 

PE 

PL 35, 332, 551, 650 

PM 

PO 148, 149, 182, 320, 331, 334, 474, 

501, 517, 552 

RO 160, 161 

RP 

613, 662 

RQ 577 

SF 

SH 517 

SL 517 

SP 143, 148, 320, 474, 501, 506, 509, 

552, 657 

su 347 

5, 6, 7, 681, 682 

244, 292, 313, 468, 499, 577, 668 

110, 208, 313, 668, 671 

28, 244, 292, 313, 499, 577, 668 

125, 145, 169, 419, 420, 421, 530, 

51, 517, 555, 570, 709 

185 
SW 124, 177, 219, 254, 259, 263, 265, 

351, 352, 401, 402, 403, 404, 405, 531, 

606, 623, 715 

SZ 89, 389, 705 

TD 164 

US 38, 40, 42, 43, 44, 45, 47, 156, 157, 

173, 174, 175, 176, 188, 192, 193, 194, 

195, 196, 197, 198, 199, 273, 274, 275, 

276, 278, 279, 280, 281, 282, 283, 284, 

290, 291, 305, 306, 307, 315, 574, 575, 

576, 577, 580, 581, 582, 587, 588, 589, 

590, 591, 602, 640, 669, 674, 675, 676, 

698, 725 

TS 418 

UY 313, 668 

TU 513 

VE 313, 668 

TZ 713 

VI 313 

UG 713 

UK 

388, 389, 413, 414, 471, 472, 473, 633 

86, 87, 122, 124, 167, 220, 266, 348, 

YO 226, 336, 353, 378 

UR 62, 124, 202, 212, 213, 311, 319, 

354, 355, 356, 357, 358, 359, 381, 396, 

460, 495, 503, 513, 526, 553, 575, 590, 

605, 606, 615, 616, 628, 629, 630, 654, 

689, 707, 718, 719, 727 

State and District Regions of the United States 

AK 85, 136, 337, 369, 578, 601, 723 DC 233, 585 

AL 50, 155, 270, 569, 572, 661 DE 659 

AR 626, 661 FL 584, 660 

AZ 287, 288, 289, 390, 434, 542, 663, GA 50, 80, 661 

664, 665 

CA 

678 IN 300 

HI 285, 375, 661 

82, 84, 238, 277, 338, 482, 586, 652, 

co 158 KY 659 

186 
LA 50 

MA 50 

MD 36, 286, 295, 314, 546, 658, 659, 

66 1 

MI 50, 236 

NC 50, 293 

NM 641 

NV 610, 611, 612, 678 

PR 277 

SC 50, 80, 314, 661 

SD 339 

TN 659 

TX 172, 435 

VA 166, 659 

WI 90, 227, 571, 592 

wv 659 

NY 374 

PA 25, 26, 546, 672 

Other Geographic Regions 

Arctic: 302 

Atlantic Ocean: 186, 687 

Global: 2, 8, 9, 12, 13, 20, 22, 23, 24, 

27, 30, 31, 32, 33, 34, 37, 41, 46, 48, 49, 

59, 60, 88, 91, 92, 94, 96, 97, 98, 99, 100, 

101, 102, 103, 104, 105, 106, 107, 108, 

109, 11 1, 112, 123, 128, 137, 147, 165, 

170, 171, 185, 187, 189, 190, 203, 204, 

205, 206, 207, 211, 214, 215, 216, 218, 

224, 228, 229, 232, 234, 235, 246, 250, 

251, 252, 260, 261, 264, 267, 271, 272, 

294, 296, 297, 298, 303, 304, 308, 309, 

316, 318, 321, 322, 323, 325, 340, 341, 

342, 345, 346, 360, 364, 365, 366, 367, 

368, 380, 382, 383, 384, 385, 391, 392, 

399, 409, 410, 41 1, 430, 431, 432. 433, 

436, 439, 440, 441, 442, 443, 444, 445, 

467, 469, 475, 476, 483, 484, 485, 486, 

446, 447, 450, 455, 456, 457, 463, 465, 

487, 488, 489, 490, 491, 492, 500, 504, 

508, 511, 512, 518, 520, 521, 522, 523, 

524, 525, 533, 534, 535, 536, 538, 540, 

541, 543, 545, 561, 564, 566, 579, 583, 

595, 599, 614, 618, 625, 632, 642, 666, 

670, 673, 677, 679, 680, 683, 684, 688, 

691, 692, 693, 694, 704, 710, 714, 716, 

717, 720, 721, 726, 729, 731, 732 

Gulf of Mexico: 162 

Mediterranean Sea: 217 

North Atlantic Ocean: 299, 697, 722 

North Pacific Ocean: 39 

Plantagenet Bank: 373 

Reykjane Ridge: 29 

187 
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Appendix V 

The World Data Center System 

DESCRIPTION OF WORLD DATA CENTERS 

The World Data Centers (WDCs) were created in 1957 to provide archiving for the 

observational data resulting from the International Geophysical Year (IGY). In the years 

following the IGY, the International Council of Scientific Unions (ICSU) recommended that 

the WDCs continue to collect, archive, and redistribute data. This new system for exchanging 

geophysical data was found to be very effective, and the operations of the WDCs were 

extended by ICSU on a continuing basis to other international programs. The WDCs were 

under the supervision of the Comite International de Geophysique for the period 1960 through 

1967 and are now supervised by the ICSU Panel on World Data Centres. 

World Data Centers have been established in a variety of countries: WDC-A is located in the 

USA; WDC-B in the USSR; WDC-C in western Europe, Australia, and Japan; and, WDC-D 

in the People’s Republic of China. The Centers collect and distribute data for a number of 

disciplines: 

0 meteorology 

0 oceanography 

0 astronomy 

0 rockets and satellites 

0 solar-terrestrial physics: solar and interplanetary phenomena, ionospheric phenomena, 

0 nuclear radiation 

0 glaciology (snow and ice) and geocryology 

0 marine geology and geophysics: gravity, magnetics, bathymetry, seismic profiles, 

marine sediment, rock analyses 

0 solid earth geology and geophysics: seismology, tsunamis, gravimetry, Earth tides, 

recent movements of Earth’s crust, Earth’s rotation, magnetic measurements, 

paleomagnetism and archaeomagnetism, volcanology, geothermics 

flare-associated events, geomagnetic phenomena, aurora, cosmic rays, airglow 

0 renewable resources and environment 

In each discipline, the scientific community determines the nature and form of data exchange, 

based on research needs. Thus, the type and amount of data in the WDCs differ from 

discipline to discipline. However, each WDC is responsible for: 

0 collecting data in the field or discipline for which it is responsible 

0 protecting the incoming data 

0 copying and reproducing data, maintaining adequate standards of clarity and durability 
0 supplying copies of data to other WDCs 

0 preparing catalogs of data 

0 making data available to the scientific community. 

All the Centers are staffed, funded, and maintained exclusively by the countries in which they 

are located. The WDCs catalog the data and make them available to scientists in all countries 

upon written request or personal visit. Minimal charges may be requested to cover costs of 

processing the requested data. 

WORLD DATA CENTER-A 

World Data Center-A was established in the United States under the auspices of the National 

Academy of Sciences. WDC-A is operated with national resources, but follows ICSU 

guidelines. The National Academy of Sciences has overall responsibility through the 

Geophysics Research Forum and its Committee on Geophysical Data. WDC-A consists of a 

Coordination Office and nine sub-centers at scientific institutions in various parts of the United 

States. Most WDC-A sub-centers are at corresponding national data centers, whose large 

national collections are available through the WDC-A sub-centers. 

Organizations wishing to contribute data or establish exchange agreements should contact the 

appropriate World Data Center-A. 

World Data Center-A 

COORDINATION OFFICE 

National Academy of Sciences 

2101 Constitution Avenue, NW 

Washington, D.C. 2041 8, U.S.A. 

Telephone: 202-334-3368 

World Data Center-A: Glaciology World Data Center-A for Marine Geology 

(Snow and Ice) and Geophysics 

Cooperative Institute for Research in National Geophysical Data Center 

Environmental Sciences NOAA, E/GC3 

University of Colorado 325 Broadway 

Boulder, Colorado 80309, U.S.A. 

Telephone: 303-492-5 17 1 Telephone: 303-497-6487 

Boulder, Colorado 80303-3328, U.S.A. 

190 
World Data Center-A: Meteorology 

National Climatic Data Center 

NOAA, E/CC 

Federal Building 

Asheville, North Carolina 28801, U.S.A. 

Telephone: 704-259-0682 

World Data Center-A: Oceanography 

National Oceanographic Data Center 

NOAA, E/OC 

1825 Connecticut Avenue, NW 

Universal Building, Room 406 

Washington, D.C. 20235, U.S.A. 

Telephone: 202-673-5594 

World Data Center-A: Rockets and 

Satellites 

NASA/Goddard Space Flight Center 

Code 630.2 

Greenbelt, Maryland 2077 1, U.S.A. 

Telephone: 301 -286-7354 

World Data Center-A: Rotation of 

U.S. Naval Observatory 

Washington, D.C. 20392-5100, U.S.A. 

Telephone: 202-653- 1529 or 1527 

the Earth 

World Data Center-A: Seismology 

U.S. Geological Survey 

Branch of Global Seismology 

and Geomagnetism 

Box 250436, Mail Stop 967 

Denver Federal Center 

Denver, Colorado 80225, U.S.A. 

Telephone: 303-236- 1500 

World Data Center-A for Solar-Terrestrial 

National Geophysical Data Center 

NOAA, E/GC2 

325 Broadway 

Boulder, Colorado 80303-3328, U.S.A. 

Telephone: 303-497-6324 

Physics 

World Data Center-A for Solid Earth 

Geophysics 

National Geophysical Data Center 

NOAA, E/GC1 

325 Broadway 

Boulder, Colorado 80303- 3 328, U. S .A. 

Telephone: 303-497-652 1 

WDC-A FOR SOLID EARTH GEOPHYSICS: REPORTS 

World Data Center-A for Solid Earth Geophysics has a variety of reports related to its 

activities. This publication, SE-5 1 , Bibliography of Historical Geomagnetic Mairr Field Survey 

and Secular Variution Reports ut the World Data Center-A for Solid Earth Geophysics, is one 

in a series. To obtain ordering information about the other publications (listed below), call 

303-497-6277, fax 303-497-6513, telex 59281 1 NOAA MASC BDR, or write to: 

WORLD DATA CENTER-A FOR SOLID EARTH GEOPHYSICS 

NATIONAL GEOPHYSICAL DATA CENTER 

NOAA, CODE E/GC1 

325 BROADWAY 

BOULDER, COLORADO 80303-3328, U.S.A. 

191 
SE-1 Catalog of Tsunamis in Alaska 

SE-2 Geodynamics International-9 

SE-3 Summary of Earthquake Focal Mechanisms for the Western Pacific-Indonesian 

Region, 1929-1973 

SE-4 Catalog of Tsunamis in Hawaii 

SE-5 Geodynamics International- 10 

SE-6 Catalog of Seismograms and Strong-Motion Records 

SE-7 Directory of Seismograph Stations 

SE-8 Survey of Practice in Determining Magnitudes of Near Earthquakes, Part 2: Europe, 

Asia, Africa, Australia, the Pacific 

SE-9 Survey of Practice in Determining Magnitudes of Near Earthquakes, Part 1: North, 

Central, and South America 

SE-10 Geodynamics International-1 1 

SE-11 The Information Explosion and Its Consequences for Data Acquisition, 

SE-12 Geodynamics International- 12 

SE-13 

SE-14 

SE-15 Geodynamics International- 13 

Documentation, and Processing: An Additional Aspect of the Limits to Growth 

Bibliography of Statistical Aspects of Seismicity 

Directory of U.S. Data Repositories Supporting the International Geodynamics Project 

SE-16 Geodynamics International-14 

SE-17 Annual Mean Values of Geomagnetic Components for Selected Observatories, 

SE-18 Homogenous Magnitude System of the Eurasian Continent: P-Waves 

SE- 19 Geodynamics International- 15 

SE-20 Manual of Seismological Practice 

1940-1 973 

SE-21 Geomagneiic Observatories, 1978 

SE-22 Historical Seismogram Filming Project: First Progress Report 

SE-23 Geodynamics International- 16 

SE-24 Historical Seismogram Filming Project: Second Progress Report 

SE-25 Directory of World Seismograph Stations, Volume 1. The Americas-Part 1. United 

States, Canada, Bermuda 

SE-26 Geodynamics International- 17: Final Report 

SE-27 

SE-28 Historical Seismogram Filming Project: Third Progress Report 

SE-29 

SE-30 

Catalog of Significant Earthquakes, 2000 B.C.-1979 

S trong-Motion Data from Japanese Earthquakes 

Progress Report on Selected Geophysical Activities of the United States, 1977-1981 

192 
SE-3 1 

SE-32 

SE-33 

SE-34 

SE-35 

SE-36 

SE-37 

SE-38 

SE-39 

SE-40 

SE-4 1 

SE-42 

SE-43 

SE-44 

SE-45 

S E-46 

SE-47 

SE-48 

SE-49 

SE-50 

SE-5 1 

New Catalog of Strong Earthquakes in the U.S.S.R. from Ancient Times through 

1977 

Directory of World Digital Seismic Stations 

Historical Seismogram Filming Project: Fourth Progress Report 

Homogeneous Magnitude System of the Eurasian Continent: S and L Waves 

Documentation of Earthquake Algorithms 

Catalog of Submarine Volcanoes and Hydrological Phenomena Associated with 

Volcanic Events: 

Inventory of Filmed Historical Seismograms and Station Bulletins at World Data 

Center-A 

Catalog of S trong-Motion Accelerograph Records 

Tsunamis in Peru-Chile 

Earthquake Catalog for the Middle East Countries 1900-1983 

1500 B.C. to December 31, 1899 

Directory of World Seismograph Stations, Volume 11. East Asia-China, Japan, 

Korea, and Mongolia 

Catalog of Submarine Volcanoes and Hydrological Phenomena Associated with 

Volcanic Events: January 1, 1900 to December 31, 1959 

A Directory of Geomagnetic Observatories with Digital Recording Magnetometers, 

1987 

Directory of Data Sources for Lithospheric Investigations, Volume 1 

A Report on Geomagnetic Observatory Operations, 1990 

Enhancement of Earth Science Research and Educational Capabilities in the 

Developing Nations through the Use of Compact Disc Technology; Report on the 

Pilot Project 

Global Change Data Base: Pilot (Diskette) Project for Africa; Data Base 

Documentation, Version 1.1 

Global Change Data Base: Training Exercise Manual; Exploring Earth’s Environment, 

Africa as an Example 

Catalog of Significant Earthquakes, 2150 B.C.-1991 A.D., Including Quantitative 

Casualties and Damage 

CatAlogo de Tsunamis (Maremotos) en la Costa Occidental de MCxico (Catalog of 

Tsunamis on the Western Coast of Mexico). In Spanish and English. 

Bibliography of Historical Geomagnetic Main Field Survey and Secular Variation 

Reports at the World Data Center-A for Solid Earth Geophysics 

193 

*U.S. GOVERNMENT PRINTING OFFICE:1993-774-025/89041 
Volume: 079 

Title: WDCSE-51 

'. . 

N.O.A.A. L29 TSUNAMI