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List of PDF Full Texts available from EurekaMag Chapter 19362

Chapter 19362 contains a list of PDF Full Texts available from EurekaMag.

Moroz, Y.F.; Nurmukhamedov, A.G., 1998:
Magnetotelluric sounding in Petropavlovsk geodynamic testing site, Kamchatka

Gokarn, S.G.; Jacob, V.J.; Dhapre, V.Y., 1989:
Magnetotelluric sounding in Valsad region of South Gujarat, India

Narskiy, N.V., 2002:
Magnetotelluric sounding in conditions of industrial interferences

Ritz, M., 1982:
Magnetotelluric sounding in eastern Senegal

Berdichevskiy, M.N.; Zavadskaya, T.N.; Chernyavskiy, G.A., 1970:
Magnetotelluric sounding in elongated depressions

Kovtun, A.A.; Karimov, K.M.; Vardanyants, I.L., 1982:
Magnetotelluric sounding in intrusive veins

Vagin, S.A.; Vardanyants, I.L.; Kovtun, A.A.; Kokvina, E.L.; Moiseyev, O.N.; Savel yev A.A.; Uspenskiy, N.I., 1986:
Magnetotelluric sounding in the 10 (super -3ú to 10 (super 4ú second period interval in the Murmansk Block of the Kola Peninsula and in Central Karelia

Deniskin, N.A., 1969:
Magnetotelluric sounding in the Arctic Ocean

Berdichevsky, M.N.; Vanyan, L.L.; Koshurnikov, A.V., 1999 :
Magnetotelluric sounding in the Baikal rift zone

Strangway, D.W.; Koziar, A.; Kryzan, A., 1978:
Magnetotelluric sounding in the Geotraverse area

Kopytenko, Y.A.; Gorshkov, E.S.; Gorshkova, T.A.; Fel dman I.S.; Fel dman T.A., 1967:
Magnetotelluric sounding in the Klyuchi region of Kamchatka

Strangway, D.W.; Kryzan, A., 1978:
Magnetotelluric sounding in the Superior Province and across the Grenville Front

Salov, V.M.; Ukelin, V.N.; Kanunnikov, V.A., 1987:
Magnetotelluric sounding in the Yenisey-Khatanga and Noril'sk-Kharayelakh Downwarps

Bryunelli, B.Y.; Kovtun, A.A.; Raspopov, O.M.; Rudneva, N.M.; Chicherina, N.D., 1963:
Magnetotelluric sounding in the central russian basin region

Kobzov, V.M.; Merderfel d B.Y., 1976:
Magnetotelluric sounding in the coastal system; from laboratory-model data

Kostecki Andrzey, 1967:
Magnetotelluric sounding in the presence of a layer with vertical resistivity gradient

Adam, A.; Maercz, F.; Veroe, J.; Wallner, A.; Duma, G.; Gutdeutsch, R., 1981:
Magnetotelluric sounding in the transitional zone between the Eastern Alps and Pannonian Basin

Maksimov, A.Ye, 1967:
Magnetotelluric sounding in the upstream region of the Kolyma river

M.X.aobing; Kong Xiangru; Y.S.eng, 1997 :
Magnetotelluric sounding in western Tibet

Pous, J.; Marcuello, A.; Queralt, P., 1989:
Magnetotelluric sounding inversion with a priori information

Muncey Gery; Ehni Bill; Katterjohn Mark; Harclerode Moore Betty; Halpin Dave, 1984:
Magnetotelluric sounding method as applied in Ouachita thrust belt, central Texas; a case history

Roy, K.K.; Bhattacharyya, B.B.; Singh, A.K.; Bhattacharya, A.; Rao, C.K.; Chattopadhyay, A., 1992:
Magnetotelluric sounding observations over Tangabila Station, Singhbhum granite batholith, India

Levadnyi, V.T.; Pavlova, I.V., 1985:
Magnetotelluric sounding of a flat-bedded anisotropic medium

Berdichevskiy, M.N.; Dmitriyev, V.I.; Yakovlev, I.A.; Bubnov, V.P.; Konnov, Y.K.; Varlamov, D.A., 1973:
Magnetotelluric sounding of a horizontally inhomogeneous media

Dmitriev, V.I. (Dmitriyev, V.I.; Berdichevskii, M.N. (Berdichevskiy, M.N.; Lebedeva, N.A.; Barashkov, I.S., 1985:
Magnetotelluric sounding of asthenospheric conducting zones

Berdichevskiy, M.N.; Dmitriyev, V.I.; Lebedeva, N.A.; Barashkov, I.S., 1985:
Magnetotelluric sounding of crustal conduction zones

Moroz, Y.F.; Kobzova, V.M., 1995:
Magnetotelluric sounding of inclined deep conducting zones

Koziar, A.; Strangway, D.W., 1975:
Magnetotelluric sounding of permafrost

Ingham Malcolm; Whaler Kathy; McKnight Don, 2001:
Magnetotelluric sounding of the Hikurangi Margin, New Zealand

Pilipenko Vjatcheslav, A. (Pilipenko Vyatcheslav A); Fedorov Evgeniy, N. (Fedorov Yevgeniy N), 1993:
Magnetotelluric sounding of the crust and hydromagnetic monitoring of the magnetosphere with the use of ULF waves

Safonov, A.S.; Istratov, V.V.; Obukhov, G.G.; Chernyavskiy, G.A.; Yukovlev, I.A., 1976:
Magnetotelluric sounding of two-layered, three-dimensional media

Gubatenko, V.P.; Berdichevskiy, M.N.; Svetov, B.S., 1993:
Magnetotelluric sounding of vertically fractured media

Berdichevskiy, M.N.; Koldayev, D.S.; Yakovlev, A.G., 1993:
Magnetotelluric sounding on an ocean coast

Rokityanskiy, I.I.; Kreymer, S.G., 1984:
Magnetotelluric sounding on the Tarkhankut-Kerch' profile in Crimea

Srivastav, J.B.; Niwas Sri, 1976:
Magnetotelluric sounding over models of continuously varying conductivity

Ferguson, L.J.; Lilley, F.E.M.; Filloux Jean, H., 1988:
Magnetotelluric sounding results for the Tasman Sea

Kong Xiang ru; Liu Shi jie; Zhang Jian jun; L.Z.ng shun; Niu Qing po; Pan Jin dian; Lin Sheng zhao, 1991:
Magnetotelluric sounding studies in the eastern area of Fujian Province

Kong Xiangru; Zhang Jianjun, 1995:
Magnetotelluric sounding study in the region of Zhongshan Station, East Antarctica

Filloux, J.H.; Cox, C.S., 1966:
Magnetotelluric sounding under the sea floor

Berdichevskiy, M.N.; Bezruk, I.A.; Chinareva, O.M., 1973:
Magnetotelluric sounding using mathematical filters

Dragert, H.; Law, L.K.; Sule, P.O., 1980:
Magnetotelluric soundings across the Pemberton volcanic belt, British Columbia

Ingham Malcolm, 1996:
Magnetotelluric soundings across the South Island of New Zealand; electrical structure associated with the orogen of the Southern Alps

Ingham Malcolm, 1996:
Magnetotelluric soundings across the Southern Alps Orogen, South Island of New Zealand; data presentation and preliminary interpretation

Padilha Antonio, L.; Vitorello Icaro; Brito Paula, M.A., 2002:
Magnetotelluric soundings across the Taubate Basin, southwestern Brazil

Mitchell Peter, S.; Jiracek George, R., 1983:
Magnetotelluric soundings along the COCORP seismic profile in the central Rio Grande Rift

Ingham Malcolm, R.; Reeves, R., 1993:
Magnetotelluric soundings and structure of the Tokaanu geothermal field, New Zealand

Cull, J.P., 1991:
Magnetotelluric soundings and the Levy algorithm

Michel Ritz; Yves Bellion; René Flicoteaux, 1987:
Magnetotelluric soundings and the geological structure and tectonics of the Senegalo-Mauritanian Basin in northern Senegal, West Africa

Rodriguez Brian, D.; Sawyer David, A.; Williams Jackie, M., 2006:
Magnetotelluric soundings constrain interpretations of subsurface geology of the Espanola and Albuquerque Basins, New Mexico

David, C.; Covrig, A.; Micu, M., 1995:
Magnetotelluric soundings in deciphering the geological structure of the East Carpathians

Ballestracci, R.; Benderitter, Y., 1980:
Magnetotelluric soundings in the Asal Rift, Djibouti

Popov, A.M., 1988:
Magnetotelluric soundings in the Baikal rift zone (BRZ)

Gough, D.I.n; Delaurier Jon, M.; Whelan John, 1989:
Magnetotelluric soundings in the Canadian Cordillera

Hutton, V.R.S.; Gough, D.I.n; Dawes, G.J.K.; Travassos, J., 1985:
Magnetotelluric soundings in the Canadian Rocky Mountains

Trapeznikov, Y.A.; Andreeva, E.V. (Andreyeva, Y.V.; Batalev, V.Y.; Berdichevsky, M.N.; Vanyan, L.L.; Volykhin, A.M.; Golubtsova, N.S.; Rybin, A.K., 1997:
Magnetotelluric soundings in the Kyrgyz Tien Shan

Muncey, J.G.; Ehni, W.J., 1985:
Magnetotelluric soundings in the Ouachita thrust belt of central Texas

Mareschal Jean Claude; Young Charles, T.; Kitchen Mark, R.; Rogers, J.C.; Brandwein, S., 1986:
Magnetotelluric soundings in the South Carolina coastal plain

Labson, V.F.; Long, C.L.; Campbell, D.L., 1987:
Magnetotelluric soundings in the TACT corridor

A.D.prat; F.G.le, 1985:
Magnetotelluric soundings in the Travale area, Tuscany

Gol mshtok (Holmstock, A.Y.); Sochel nikov V.V., 1971:
Magnetotelluric soundings in the sea by difference arrangements

Plouff Donald, 1966:
Magnetotelluric soundings in the southwestern United States

Jiracek George, R.; Ander Mark, E.; Holcombe, H.T.uman, 1979:
Magnetotelluric soundings of crustal conductive zones in major continental rifts

Young, C.T.; Rogers, J.C., 1982:
Magnetotelluric soundings of resistive rocks in Wisconsin and the Upper Peninsula of Michigan

Jiracek, G.R.; Reddy, I.K.; Phillips, R.J.; Whitcomb, J.H., 1977:
Magnetotelluric soundings of the Rio Grande Rift COCORP seismic profile in New Mexico

Mamani, M.J.; Fournier, H.G.; Febrer, J.M.; Borzotta, E.; Maidana, A., 1986:
Magnetotelluric soundings of the edge of the Nazca Plate; 33 degrees S, Mendoza, Argentina

Chen Chow Son; Chen Chien Chih, 2000:
Magnetotelluric soundings of the source area of the 1999 Chi-Chi earthquake in Taiwan; evidence of fluids at the hypocenter

William, D.Stanley, 1982:
Magnetotelluric soundings on the Idaho National Engineering Laboratory facility, Idaho

Armando, E.; Finzi, E.; Lanza, R.; Spitz, S.; Zaja, A., 1984:
Magnetotelluric soundings on the Ivrea body

Gough, D.I.n; DeLaurier Jon, M.; Whelan John, P., 1989:
Magnetotelluric soundings on the southern Cordillera transect

Cull, J.P., 1983:
Magnetotelluric soundings over a Precambrian boundary in Australia

J.P.Cull, 1985:
Magnetotelluric soundings over a Precambrian contact in Australia

Flores, C.; Kurtz, R.D.; Edwards, R.N.; DeLaurier, J., 1986:
Magnetotelluric soundings over the Meager Creek geothermal area, British Columbia; a 3-D interpretation of low-frequency data

J.H.Filloux, 1980:
Magnetotelluric soundings over the Northeast Pacific may reveal spatial dependence of depth and conductance of the asthenosphere

Gough, D.I.n; Majorowicz, J.A., 1992:
Magnetotelluric soundings, structure, and fluids in the southern Canadian Cordillera

Klaus Spitzer, 2001:
Magnetotelluric static shift and direct current sensitivity

Tournerie Benoit; Chouteau Michel; Marcotte Denis, 2007:
Magnetotelluric static shift; estimation and removal using the cokriging method

Svetov, B.S.; Fonarev, G.A.; Van yan L.L., 1979:
Magnetotelluric studies

Rao, C.K.; Moorkamp Max; Jones Alan, G., 2005:
Magnetotelluric studies across Ireland; preliminary results

M.Y.T.mmemagi; F.E.M.L.lley, 1971:
Magnetotelluric studies across the Tasman geosyncline, Australia

Guo Xinfeng; Zhang Yuanchou; Cheng Qingyun; Gao Rui; Pan Yu, 1990:
Magnetotelluric studies along Yadong-Golmud geosciences transect in Qinghai-Xizang Plateau

Singh, B.P.; Gokarn, S.G.; Rao, C.K., 1995:
Magnetotelluric studies around Latur earthquake affected region in Maharashtra, India

Al perovich I.M.; Nikiforov, V.M.; Usanova, M.I., 1978:
Magnetotelluric studies at Iturup Island

Araki, C., 1982:
Magnetotelluric studies at the Cerro Prieto geothermal field

Munoz, M.A.; Moyano, C.E.; Mamani, M.J.; Fournier, H.G.; Borzotta, E.; Maidana, A., 1989:
Magnetotelluric studies covering the areas between the Andes Cordillera and the Coastal Range at latitude 39 degrees S in Chile

Beamish, D.; Travassos, J.M., 1993:
Magnetotelluric studies from two contrasting Brazilian basins; a reassessment of old data

Lewis Roger James Gollan, 1971:
Magnetotelluric studies in Montana and Wyoming

Harinarayana, T.; Abdul Azeez, K.K.; Naganjaneyulu, K.; Manoj, C.; Veeraswamy, K.; Murthy, D.N.; Rao, S.P.abhakar Eknath, 2004:
Magnetotelluric studies in Puga Valley geothermal field, NW Himalaya, Jammu and Kashmir, India

Yuan Xuecheng; Jin Guoyuan; L.L.; Feng Yipu; Zhu Jianhua; L.G.ng; Pham Van Ngoc; Boyer, D.; Therme, P.; Mel, J.L., 1986:
Magnetotelluric studies in Yangbajing geothermal field, Tibet

Yuan Xuecheng; Jin Guoyuan; L.L.; Feng Yipu; Zhu Jianhua; L.G.ng, 1988:
Magnetotelluric studies in Yangbajing geothermal field, Xizang

Parr, R.S.; Hutton, V.R.S., 1993:
Magnetotelluric studies in and adjacent to the Northumberland Basin, northern England

Gokarn, S.G.; Rao, C.K., 1995:
Magnetotelluric studies in and around the Killari earthquake affected regions of Latur and Osmanabad, Maharashtra State

Gupta Gautam; Gokarn, S.G.; Rao, C.K.; Selvaraj, C., 2005:
Magnetotelluric studies in northwestern Himalaya

Kovtyn, A.A., 1978:
Magnetotelluric studies in stable platform areas

Kryzan, A.; Strangway, D.W., 1977:
Magnetotelluric studies in the Geotraverse area

Stanica Maria; Stanica Dumitru, 1996:
Magnetotelluric studies in the Tethyan suture zone on the Pannono-Carpathian Geotransect

Stanica, D.; Stanica Maria, 1995:
Magnetotelluric studies in the Tethyan suture zone on the international Pannono-Carpathian geotransect

Gao Wen; Jiang Bang ben; Bai Deng hai, 1990:
Magnetotelluric studies in the Xingtai earthquake area of Northern China

Munoz Miguel; Fournier Hugo; Mamani Manuel; Febrer Jose; Borzotta Enrique; Maidana Arturo; Yanez Gonzalo, 1988:
Magnetotelluric studies of Villarrica Volcano and the surrounding area; consistency with other geophysical and geochemical results

Lewis Roger, J.G.; Phinney Robert, A., 1969:
Magnetotelluric studies of a thermal area

de Lugao Patricia Pastana; LaTerra Emanuele Francesco; Kriegshauser Berthold; Fontes Sergio, L., 2002:
Magnetotelluric studies of the Caldas Novas geothermal reservoir, Brazil

Knoedel, K.; Losecke, W.; Mueller, W., 1978:
Magnetotelluric studies of the Pre-Zechstein in northern Germany

Dowling Forrest, L., 1969:
Magnetotelluric studies of the Wisconsin arch

Munoz, M., 1991:
Magnetotelluric studies of the crust and mantle in Chile

Madden, T.R.; Swift, C.M.J., 1969:
Magnetotelluric studies of the electrical conductivity structure of the crust and upper mantle

Mamani, M.J.; Borzotta, E.; Fournier, H.G.; Venencia, J.; Castiglione, B.; Peretti, A.; Maidana, N., 1998:
Magnetotelluric study in James Ross Island, Antarctic Peninsula

Tanaka, Y.; Mogi, T.; Widarto, D.S.; Arsadi, E.M.; Nishimura, S.; Harjono, H., 1998:
Magnetotelluric study in three transects across the Sunda Arc, Indonesia

Hill, G.J.; Cas, R.A.F.; Cull, J.P.; Caldwell, T.G.; Bibby, H.M.; Heise, W.; Burgess, M.K.; Mastin, L.G., 2007:
Magnetotelluric study of Mt St Helens Washington, USA; phase tensor analysis preliminary results

Pham Van Ngoc; Boyer, D., 1983:
Magnetotelluric study of Neves-Corvo (Portugal); results of magneto-telluric profiles

Monteiro Santos Fernando, A.; Almeida Eugenio, P.; Mateus Antonio; Matias Hugo, C.; Matos Liliana; Mendes Victor Luis, A., 2000:
Magnetotelluric study of a plio-quaternary tectonic depression; the Vilarica Basin (NE Portugal)

Mickus Kevin, 1997:
Magnetotelluric study of the Arkoma Basin and Ouachita Mountains, southeastern Oklahoma

R.V.lbers; H.J.dicke; J.U.tiedt, 1990:
Magnetotelluric study of the Earth's crust along the deep seismic reflection profile DEKORP 2-N

Pous Jaume; Heise Wiebke; Schnegg Pierre Andre; Munoz Gerard; Marti Joan; Soriano Carles, 2002:
Magnetotelluric study of the Las Canadas Caldera (Tenerife, Canary Islands); structural and hydrogeological implications

Fournier Hugo; Dupis, A., 1995:
Magnetotelluric study of the Paris Basin magnetic anomaly (PBMA)

Ortiz, R.; Arana, V.; Astiz, M.; Garcia, A., 1986:
Magnetotelluric study of the Teide (Tenerife) and Timanfaya (Lanzarote) volcanic areas

Sainato, C.M.; Febrer, J.M.; Pomposiello, M.C.; Mamani, M.; Maidana, A., 1993:
Magnetotelluric study of the Tuzgle Volcano Zone, Jujuy Province, Argentina

Ander, M.; Laughlin, A.W.; Furgerson, R.; Foster, J.; Strangway, D., 1980:
Magnetotelluric study of the Zuni HDR prospect and Jemez Lineament

Zeisloft, T.J.; Keller, G.V., 1978:
Magnetotelluric survey across Black Rock Desert-Hualapai Flat area, Nevada

K.K.R.y; C.K.R.o; A.C.attopadhyay, 1989:
Magnetotelluric survey across Singhbhum granite batholith

Hersir Gylfi Pall; Bjoernsson Axel; Pedersen Laust Borsting, 1984:
Magnetotelluric survey across the active spreading zone in Southwest Iceland

Martinez Mario; Fernandez Ricardo; Romo Jose, M.; Vazquez, R.; Vega, R., 1984:
Magnetotelluric survey at Los Humeros Caldera, Puebla Mexico

Hoffmann Rothe, A.; Mueller, A.; Ritter, O.; Haak Volker, 1998:
Magnetotelluric survey at Merapi Volcano and across Java, Indonesia

Mitsuhata Yuji; Matsuo Koichi; Minegishi Masato, 1999:
Magnetotelluric survey for exploration of a volcanic-rock reservoir in the Yurihara oil and gas field, Japan

Matsuo Koichi; Mitsuhata Yuji; Tanaka Hideki; Minegisi Masato, 1997:
Magnetotelluric survey for hydrocarbon exploration in Yurihara oil field, Northeast Japan

Ballestracci Regis; Benderitter Yves; Varet Jacques, 1980:
Magnetotelluric survey in the Asal Rift; Djibouti

Miecznik Juliusz; Klitynski Wojciech, 1995:
Magnetotelluric survey in the Carpathians (southern Poland)

R.O.tiz; V.A.aña; M.A.tiz; A.V.lentin, 1984:
Magnetotelluric survey in the bradyseismic area of Phlegraean Fields

Van Ngoc Pham; Boyer, D.; Qomarudin, M., 1992:
Magnetotelluric survey in the northern part of the ECORS-Pyrenees profile

T.M.gi; I.K.tsura; S.N.shimura, 1991:
Magnetotelluric survey of an active fault system in the northern part of Kinki District, Southwest Japan

Stanley William, D., 1981:
Magnetotelluric survey of the Cascade volcanoes region, Pacific Northwest

Martinez, M.; Fabriol, H.; Romo Jose, M.; Gonzalez, A.; Vega, R., 1984:
Magnetotelluric survey of the Culiacan area; Sinaloa

Kebuladze, V.V.; Tatishvili, O.V., 1969:
Magnetotelluric survey of the semi-metallic deposits of Adzharistan

Gritsayenko, A.S.; Shigayev, Y.G.; Intelegator, S.D.; Bessonov, A.D.; Pavlishchev, V.P., 1982:
Magnetotelluric survey of the southeastern border of the Russian Platform

Roy, K.K.; Singh, A.K.; Srivastava, S., 1995:
Magnetotelluric survey over Singhbhum Orissa iron ore craton of eastern India

Waeselynck Michel, 1973:
Magnetotelluric survey over cylindrical structures; a case history; Levantamiento magnetotelurico sobre structuras cilindricas-caso historico

Cull James, P., 1993:
Magnetotelluric surveys and resistivity profiles in Australia

Abtout Ahmed; Mareschal Marianne; Lesquer Alain; Hamdi Lila; Bouzid Abderazak; Boudella Amar , 1994:
Magnetotelluric surveys and the structure of the upper mantle under the Sahara basins and the Ahaggar Massif, Algeria

Ilkisik Metin, 1981:
Magnetotelluric surveys in Thrace

Czerwinski Tomasz; Gajewski Andrzej; Klitynski Wojciech; Miecznik Juliusz; Stefaniuk Michal, L., 2001:
Magnetotelluric surveys in the Carpathians

Ogawa Yasuo; Uchida Toshihiro; Kikuchi Tsuneo; Sato Isao, 1987:
Magnetotelluric surveys in the Sengan geothermal area

Maksimov, A.Ye, 1967:
Magnetotelluric surveys in the upper reaches of the Kolyma river

Rodriguez Brian, D.; Sawyer David, A.; Grauch, V.J.S.; Williams Jackie, M., 2003:
Magnetotelluric surveys near the Cerrillos Uplift and La Bajada constriction, for hydrogeologic framework studies in the Espanola Basin, Rio Grande Rift, New Mexico

Vardanyants, I.L.; Zhamaletdinov, A.A.; Kovtun, A.A.; Khodzevich, A.V., 1982:
Magnetotelluric surveys of Pechenga (Kola Peninsula) using mathematical simulation

Kharin, Y.P., 1974:
Magnetotelluric surveys of northwestern Yakutia

Tikhonov, A.N.; Chetayev, D.N.; Morgunov, V.A.; Chantladze, I.K.; Shamanin, S.V.; Gerasimovich, Y.A., 1974:
Magnetotelluric surveys of the Earth's crust

Padilha, A.L.; Trivedia, N.B.; Vitorello Icaro; da Costa, J.M., 1988:
Magnetotelluric surveys of the northeast region of the Parana Basin

Singh, B.P.; Gokarn, S.G., 1999:
Magnetotelluric technique

Harinarayana, T., 2000:
Magnetotelluric technique; a new geophysical tool for geological problems

Benvenuti, G.; Guzzon, M., 1977:
Magnetotelluric tensor analysis for two-dimensional geological structures

Lilley, F.E.M., 1998:
Magnetotelluric tensor decomposition; Part II, Examples of basic procedure

Mann James, E.Jr., 1964:
Magnetotelluric theory of the sinusoidal interface

Vero Laszlo; Madarasi Andras; Seiberl Wolfgang; Varga Geza, 1996:
Magnetotelluric tracing of the Carpathian conductivity anomaly in the Vienna Basin

Wannamaker Philip, E.; Wright Phillip, M.; Zhou Zi xing; L.X.ng bin; Zhao Jing xiang, 1991:
Magnetotelluric transect of Long Valley Caldera; resistivity cross-section, structural implications, and the limits of a 2-D analysis

Wannamaker Philip, E.; Booker John, R.; Filloux Jean, H.; Jones Alan, G.; Jiracek George, R.; Chave Alan, D.; Waff Harve, S.; Stodt John, A.; Young Charles, T.; Martinez Mario; Law Laurie, K.; Yukitake, T.; Segawa, J.S.; White Anthony; Green, A.W.lliam, 1988:
Magnetotelluric transect of the Juan de Fuca subduction system in EMSLAB

Johnston Jeffrey, M.; Wannamaker Philip, E., 1991:
Magnetotelluric transect of the Sevier overthrust belt in southwestern Utah and eastern Nevada

Vozoff, K.; Moore, R.F.; Kerr, D.; Jupp, D.L.B., 1976 :
Magnetotelluric trial in the southern Cooper Basin, South Australia

Sr.ivastava S.P., 1967:
Magnetotelluric two-and three-layer master curves

Svetov, B.S.; Shimelevich, M.I., 1987:
Magnetotelluric variation processing

Dmitriyev, V.I.; Mershchikova, N.A., 1981:
Magnetotelluric well-logging of the heterogeneous asthenosphere

Boteler, D.H.; Willink, R., 1984:
Magnetotelluric/ VLF studies

Ander Mark, E.; Goss Ron; Strangway David; Hillebrand Cary; Laughlin, A.W.; Hudson Cassandra, 1980:
Magnetotelluric/ audiomagnetotelluric study of the Zuni hot dry rock geothermal prospect, New Mexico

Adam, A.; Szarka, L.; Vero, J.; Wallner, A.; Gutdeutsch, R., 1986:
Magnetotellurics (MT) in mountains; noise, topographic and crustal inhomogeneity effects

Christopherson Karen Rae, 2003:
Magnetotellurics (MT); technique, interpretation, and application

Beblo, M., 1988:
Magnetotellurics and deep magnetic soundings in the Antarctic; report on the past activities

Mehl, H.G.; Ramdani, F.; Rath, V.; Schwarz, G., 1990:
Magnetotellurics and deep magnetic soundings in the Moroccan Atlas Mountains

Hermance John, F., 1971:
Magnetotellurics and geomagnetic deep sounding

Cull, J., 1993:
Magnetotellurics and regional tectonics in Australia

Tzanis, A.; Makropoulos, K., 1998:
Magnetotellurics and seismotectonics in the analysis of active domains; an essential combination

Herisson Christian, 1990:
Magnetotellurics applied to seismic no record area in West Java, Indonesia

Ritz, M.; Bellion, Y.; Robineau, B., 1990:
Magnetotellurics applied to the study of the crustal structures in Senegal (West Africa)

Nichols Edward; Morrison, H.F.ank, 1988:
Magnetotellurics for mineral exploration

Rasmussen, T.M.; Pedersen, L.B.; Zhang, P., 1988:
Magnetotellurics from the Baltic Shield of Sweden; evidence for electrical anisotropy in the crust?

Reddy, I.K.; Phillips, R.J.; Whitcomb, J.H.; Cole, D.M., 1975:
Magnetotellurics in earthquake prediction

T.M.Rasmussen, 1988:
Magnetotellurics in southwestern Sweden; evidence for electrical anisotropy in the lower crust?

Schwarz, G.; Rath, V.; Bartz, J., 1988:
Magnetotellurics in the Central Andes (21 degrees -25 degrees S); state of investigations

Schnegg, P.A.; Fischer, G.; Langenegger, J.; Smiljanic, N., 1988:
Magnetotellurics in the karst geothermal area of Macva in Yugoslavia

Vozoff Keeva; Cantwell Thomas; Mebane William, M., 1969:
Magnetotellurics provides a useful new tool for petroleum hunters

Gamble, T.D.; Goubau, W.M.; Clarke, J., 1978:
Magnetotellurics with a remote magnetic reference

Chambers Kathy, 1980:
Magnetotellurics, heat linked

Grillot, L.R.; Thayer, R.E.; Bjornsson, A., 1974:
Magnetotellurics, hydrothermal zones and a general resistivity model of Iceland

Waeselynck, M., 1974:
Magnetotellurics: principle and outline of the recording technique; a case history

Vozoff, K., 1990:
Magnetotellurics; pricniples and practice

Gough, D.I.; Hoye, G.S.; Hutton, V.R.S.; Dawes, G., 1983:
Magnetovariation and magnetotelluric studies in the Canadian Rocky Mountains

Levadnyi, V.T.; Pavlova, I.V.; Maslov, V.A., 1985:
Magnetovariation profiling in Transbaikal

Zakharchenko, V.F.; Shirman, B.L., 1990:
Magnetovariation sounding in middle latitudes under condition of Earth's anisotropic conductivity

Hutton, V.R.S.; Jones, A.G., 1980:
Magnetovariational and magnetotelluric investigations in S. Scotland

Hutton, V.R.S.; Jones, A.G., 1980:
Magnetovariational and magnetotelluric investigations in southern Scotland

Camfield, P.A.; Kurtz, R.D.; Drury, M.J.; Niblett, E.R., 1980:
Magnetovariational and magnetotelluric studies over the Lomonosov Ridge and the Makarov and Fram basins of the Arctic Ocean, Operation LOREX

Palshin, N.A.; Abramov, Y.M.; D.S.ntis A.; Meloni, A.; Poray Koshits, A.M.; Shneyer, V.S.; Abramova, L.M., 1995:
Magnetovariational gradient sounding the Tyrrhenian Basin

Logvinov, I.M.; Konate, S., 1985:
Magnetovariational investigations in Guinea

Ingham Malcolm, R., 1985:
Magnetovariational measurements in the Cook Strait region of New Zealand

Berdichevsky, M.N. (Berdichevskiy, M.N.; Dmitriev, V.I. (Dmitriyev, V.I.; Golubtsova, N.S.; Mershchikova, N.A.; Pushkarev, P.Y., 2007:
Magnetovariational method in deep geoelectrics

Arora, B.R.; Sivaji, C.; Truong Quang Hao, 1995:
Magnetovariational profiling across the Red River fault zone

Rokityanskiy, I.I.; Logvinov, I.M.; Luginina, N.A., 1969:
Magnetovariational profiling on the Ukrainian shield

Rokityanskiy, I.I.; Logvinov, I.M.; Luginina, N.A., 1970:
Magnetovariational profiling on the Ukranian shield

Okulessky, B.A. (Okulesskiy, B.A.; Levadny, V.T.; Pavlova, I.V.; Popov, A.M., 1988:
Magnetovariational sounding in the Baikal region

Oraevsky, V.N. (Orayevskiy, V.N.; Rotanova, N.M.; Semenov, V.Y.; Bondar, T.N.; Abramova, D.Y., 1993:
Magnetovariational sounding of the Earth using observatory and MAGSAT satellite data

Berdichevsky, M.N. (Berdichevskiy, M.N), 2003:
Magnetovariational sounding; new possibilities

Pringle Daniel; Ingham Malcolm; McKnight Don; Chamalaun Francois, 2000:
Magnetovariational soundings across the South Island of New Zealand: difference induction arrows and the Southern Alps conductor

Bazarzhapov, A.D.; Levadnyy, V.T.; Pavlova, I.V.; Fedorov, A.N.; Shpynev, G.B., 1975:
Magnetovariational soundings in the Baikal region using spatial analysis applied to magnetic fields

Caneva, G.; Gambetta, M., 1995:
Magnetovariational stations in the Lanterman Range and Sheehan Mesa; an extension of the GDS network in northern Victoria Land

Borzotta, E.; Rokityansky, I.I. (Rokityanskiy, I.I.; Fournier, H.G.; Mamani, M.J.; Maidana, A., 1995:
Magnetovariational studies in South America at approximately 32 degrees South latitude

Rao, D.R.K.; Hanchinal, A.N.; Nagarajan, N., 1988:
Magnetovariational studies over an Archean thrust zone in Singhbhum, India

B.R.A.ora; C.D.R.ddy, 1991:
Magnetovariational study over a seismically active area in the Deccan Trap province of western India

Anonymous, 1993:
Magnets from the deep

Radhakrishnamurty, C., 1995:
Magnets in ancient India

Chukhrov, F.V., 1937:
Magnezial'naya raznovidnost gamma -kerchenita

Shevelev, A.I., 2001:
Magnezial'noye syr'ye Rossii--Magnesium raw materials of Russia

Komarov, P.V., 1962:
Magnezialnye skarny Teiskogo mestorozhdeniya

Orsoev, A.A., 1937:
Magnezit v vostochnoy Sibiri

Chakrabarty, S.K.; Choudhury, G.C.; Choudhury, S.N.R.y, 1964:
Magnification curves of electromagnetic seismographs

Liu, Z.B.; Shi, B.; Inyang, H.I.; Cai, Y., 2005:
Magnification effects on the interpretation of SEM images of expansive soils

Tobyas, V.; Teikari, P.; Vesanen, E., 1977:
Magnification of WWSS long-period seismographs

Julia, Y.L.; William, H.S.hroeder; Len, A.B.rrie; Alexandra Steffen; Harold, E.W.lch; Kathleen Martin; Lyle Lockhart; Robert, V.H.nt; Gail Boila; Andreas Richter, 2001:
Magnification of atmospheric mercury deposition to polar regions in springtime; the link to tropospheric ozone depletion chemistry

Dunbar Nelia, W.; Hoffman Gretchen, 1999:
Magnification of microscopic minerals and glass

Sumner Lowell (1907 ), 1952:
Magnificent Katmai

Kemp Kathleen, H., 1994:
Magnificent mineral questions

Nadin Elisabeth, 2004:
Magnifying a continent

Snyder John, P., 1987:
Magnifying-glass azimuthal map projections

Beus, A.A., 1950:
Magniofilit i mangankoninkit, novye mineraly iz pegmatitov Turkestanskogo khrebta

Ginzburg, A.I.; Kruglova, N.A.; Moleva, V.A., 1951:
Magniotriplit, novyi mineral iz gruppy triplita

Tadini, C., 1981:
Magniotriplite; its crystal structure and relation to the triplite-triploidite group

Shpak, V.A., 1938:
Magnitnyy karrotazh

Guskova, E.G.; Pochtarev, V.I., 1969:
Magnitnyye svoystva meteoritov kollektsiy sovetskogo soyuza , Paper 52

Struve, N.V., 1970:
Magnitogorsk intrusive complex

Logachev, A., 1934:
Magnitometriya v geologo-razvedochnykh rabotakh na Urale (Magnetic prospecting and geologic investigations in the Urals)

Dineva, S.; Mereu, R.; Eaton, D.W., 2005:
Magnitude 3.8 earthquake in Lake Ontario, 4 August 2004; kinematic and dynamic parameters

Borchardt Glenn; Manson Michael, W., 1986:
Magnitude 5.9 North Palm Springs earthquake, July 8, 1986, Riverside County, California

Gupta, H.K.; Singh, H.N., 1989:
Magnitude 7.5 (M) earthquake of 6 August, 1988 in vicinity of India-Burma border; medium term earthquake prediction comes true

Satake, K.; Wang, K.; Atwater, B.F., 2002:
Magnitude 9 persists for the 1700 Cascadia earthquake

Anonymous, 1983:
Magnitude > or = 6.0 earthquakes; July-December 1982

Anonymous, 1982:
Magnitude > or = 6.0 earthquakes; preliminary locations, January-June 1982

Gorbunova, I.V.; Guterch, B.; Lewandowska Marciniak, H.; Oborina, S.F.; Vandysheva, N.V., 1977:
Magnitude MLV and some kinematic and dynamic properties of the maximum phase of surface Rayleigh waves for oceanic and continental paths

Dillinger William, H.J.; Algermissen, S.T., 1972:
Magnitude Studies

Dillinger William, H.J.; Algermissen, S.T., 1969:
Magnitude Studies of Alaska Earthquakes

R.A.C.C.ow; J.D.F.irhead; N.B.H.nderson; P.D.M.rshall, 1980:
Magnitude and Q determinations in Southern Africa using Lg wave amplitudes

Alsan Esen, 1972:
Magnitude and Time Distributions of Earthquakes in Turkey

Christophersen, A., 1999:
Magnitude and catalogue completeness study

Carminati Eugenio; Doglioni Carlo; Scrocca Davide, 2005:
Magnitude and causes of long term subsidence of Po Plain and Venetian region

Green, R.K.; Silva, W.J., 1987:
Magnitude and distance scaling of response spectra shapes using random vibration theory

Silva Walter, J.; Green Robert, K., 1988:
Magnitude and distance scaling of response spectral shapes for rock sites with applications to North American tectonic environments

Fletcher, C.A.; Bubb, J.M.; Lester, J.N., 1994:
Magnitude and distribution of anthropogenic contaminants in salt marsh sediments of Essex Coast, UK; II, Selected metals and metalloids

C.A.F.etcher; J.M.B.bb; J.N.L.ster, 1994:
Magnitude and distribution of contaminants in salt marsh sediments of the Essex coast, UK; I, Topographical, physical and chemical characteristics

J.M.Hooke, 1980:
Magnitude and distribution of rates of river bank erosion

Kuhry Peter; Helmens Karin, F.; Rutter Nat, W., 1994:
Magnitude and duration of four stadial intervals between 22 and 8 ka in the tropical Andes of Colombia (South-America)

Saeed, E.T.M., 1979:
Magnitude and effective area of ground water recharges in the Gash River basin at Kassala Province, Sudan

Wall Gary, R., 1996:
Magnitude and effects of glacial Lake Iroquois drainage in the Mohawk Valley and Hudson-Mohawk Lowland, New York

Gutenberg, B.; Richter, C.F., 1936:
Magnitude and Energy of Earthquakes

Iida Kumizi, 1958:
Magnitude and energy of earthquakes accompanied by tsunami, and tsunami energy

Singh, S.K.; Reichle, M.; Havskov, J., 1980:
Magnitude and epicenter estimations of Mexican earthquakes from isoseismic maps

Griffiths Peter, G.; Melis Theodore, S.; Webb Robert, H., 1993:
Magnitude and flow transformation of debris flows in Grand Canyon, Arizona

Dufumier Hugues; Souriau Annie; Sylvander Matthieu; Judenherc Sebastien; Granet Michel, 2000:
Magnitude and focal mechanism computations for the Saint-Beat earthquake on October 4, 1999

Biedenharn David, S.; Little Charles, D.; Thorne Colin, R., 1987:
Magnitude and frequency analysis in large rivers

Thorne Colin, R.; Darby Stephen, E., 1997:
Magnitude and frequency analysis of large alluvial rivers

Dollar Evan, S.J., 2002:
Magnitude and frequency controlling fluvial sedimentary systems; issues, contributions and challenges

Marren, P.M., 2005:
Magnitude and frequency in proglacial rivers; a geomorphological and sedimentological perspective

Enzel Yehouda; Ely Lisa, L.; House, P.K.le; Baker Victor, R., 1996:
Magnitude and frequency of Holocene palaeofloods in the Southwestern United States; a review and discussion of implications

Andrews Edmund, D., 1997:
Magnitude and frequency of bed-material transport in the Virgin River, Colorado Plateau, USA

Lee Jeffrey, A.; Tchakerian Vatche, P., 1995:
Magnitude and frequency of blowing dust at Lubbock, Texas

Pitlick John, 1988:
Magnitude and frequency of coarse sediment transport in high gradient California rivers

Matsuda Tokihiko, 1983:
Magnitude and frequency of crustal movements

Curr, R.H.F., 1995:
Magnitude and frequency of fluvial sediment transport determined from Recent lake sediment cores

Wolman Markley Gordon; Miller John Preston, 1960:
Magnitude and frequency of forces in geomorphic processes

Wolman, M.G.; Miller, J.P., 1976:
Magnitude and frequency of forces in geomorphic processes

Hirano Masashige; Nogami Michio; Yoshinaga Shuichiro, 1983:
Magnitude and frequency of geomorphic agents and resultant landform changes

Wolman, M.G., 1988:
Magnitude and frequency of geomorphic events; matching geography, process and form

Crozier Michael; Glade Thomas, 1997 :
Magnitude and frequency of landslide events in New Zealand

Guthrie Richard, H.; Evans, S.G., 2004:
Magnitude and frequency of landslides triggered by a storm event, Loughborough Inlet, British Columbia

Reid, L.M.; Page, M.J., 2003:
Magnitude and frequency of landsliding in a large New Zealand catchment

Hungr, O.; Evans, S.G.; Hazzard, J., 1999:
Magnitude and frequency of rock slides along the main transportation corridors of southwestern British Columbia

Arai Kunio, 1983:
Magnitude and frequency of stormwater flood

Darienzo Mark, E.; Peterson Curt, D., 1995:
Magnitude and frequency of subduction-zone earthquakes along the northern Oregon coast in the past 3,000 years

Anonymous, 1977:
Magnitude and frequency of transport of solids by streams in the Mississippi Basin

Gunn, J., 1982:
Magnitude and frequency properties of dissolved solids transport

Gordon, J.E.; Harkness, D.D., 1992:
Magnitude and geographic variation of the radiocarbon content in Antarctic marine life; implications for reservoir corrections in radiocarbon dating

Wing Boswell, A.; Ferry John, M., 2007:
Magnitude and geometry of reactive fluid flow from direct inversion of spatial patterns of geochemical alteration

Roberts, E.B., 1957 :
Magnitude and intensity scales

Anonymous, 1982:
Magnitude and intensity; measure of earthquake size and severity

Anonymous, 1974:
Magnitude and intensity; measures of earthquake size and severity

Misch Peter, H., 1957:
Magnitude and interpretation of some thrusts in northeast Nevada

William, H.Bakun, 2005:
Magnitude and location of historical earthquakes in Japan and implications for the 1855 Ansei Edo earthquake

Niewiadomski Janusz, 1999:
Magnitude and neural networks

Atwood Genevieve, 2000:
Magnitude and pattern of superelevation of the 1980s highstand shoreline of Great Salt Lake, Utah

Henke, K.F., 1976:
Magnitude and rate of heave in tunnels in calcium sulphate bearing rocks

Fairbanks, R.G.; Guilderson, T.; Rubenstone, J.; Lao Yong, 1992:
Magnitude and rates of sea level change during the Pleistocene

Kirtland Jeffrey, A.; Kelsey Harvey, M., 1994:
Magnitude and rates of sediment production over the course of the last half of the century in a forested watershed in the North Cascades of Washington State

L.Y.zheng; Bakun, W.H.; Jin Yafu; Fischer, F.G., 1985:
Magnitude and seismic moment scales in western Yunnan

Bakun, W.H.; L.Y.zheng; Fischer, F.G.; Jin Yafu, 1985:
Magnitude and seismic moment scales in western Yunnan, Peoples Republic of China

Glazner Allen, F.; Bartley John, M.; Walker, J.D.uglas, 1989:
Magnitude and significance of Miocene crustal extension in the central Mojave Desert, California

Dean Walter, E.; Gorham Eville, 1998:
Magnitude and significance of carbon burial in lakes, reservoirs, and peatlands

Miller Jerry; Lechler Paul; Bridge Gavin, 2003:
Magnitude and sources of Hg contamination within alluvial sediments of the Essequibo and Mazaruni Rivers, Guyana

Carson, M.A.; Jasper, J.N.; Conly, F.M., 1998:
Magnitude and sources of sediment input to the Mackenzie Delta, Northwest Territories, 1974-94

Marshak Stephen, 1983:
Magnitude and style of deformation in Devonian strata of the Hudson Valley near Catskill, New York

Majors, C.P.ul; Binkin Marianne, 1997:
Magnitude and style of extensional features, offshore San Diego, California

Robert, J.M.sgrave; John, V.F.rth, 1999:
Magnitude and timing of New Hebrides Arc rotation; paleomagnetic evidence from Nendo, Solomon Islands

Niemi, N.A.; Wernicke, B.P., 2000:
Magnitude and timing of deformation across the eastern margin of the Walker Lane Belt in the Death Valley-Nevada Test Site region

Ehlig, P.L., 1976 :
Magnitude and timing of displacement of San Andreas Fault in southern California and its palinspastic implications

Locker Stanley, D.; Hine Albert, C.; Tedesco Lenore, P.; Shinn Eugene, A., 1996:
Magnitude and timing of episodic sea-level rise during the last deglaciation

Niemi, N.A.; Wernicke, B.P.; Brady, R.J.; Saleeby, J.B., 1997:
Magnitude and timing of extreme continental extension, the central Death Valley region, California

Williams, D.F., 1975:
Magnitude and timing of major water-mass movements in the southern Indian Ocean during the late Quaternary

Ehlig, P.L.; Joseph, S.E.; Ehlert, K.W., 1979:
Magnitude and timing of offset on the San Andreas Fault in southern California and its effect on Miocene and Pliocene paleogeography

Nadon, G.C., 1998:
Magnitude and timing of peat-to-coal compaction

Lucas Michael, P., 2002:
Magnitude and timing of terrestrial bolide impacts; implications for mass extinction severity during the Mesozoic and Cenozoic

Moore Stephen, C.; Lavery Norman, G., 1980:
Magnitude and variability of disequilibrium in San Antonio Valley uranium deposit, Valencia County

Moore, S.C.; Lavery, N.G., 1979:
Magnitude and variability of disequilibrium in San Antonio Valley uranium deposit, Valencia County, New Mexico

Bull, Louise, J., 1997:
Magnitude and variation in the contribution of bank erosion to the suspended sediment load of the River Severn, UK

Moore, J.N.; Woessner, W.W., 1995:
Magnitude and variety of impacts from metal extraction in the Rocky Mountains

Mechler, P.; Raviau, N., 1985:
Magnitude anomalies in French Polynesia

Ambraseys, N.N., 1985:
Magnitude assessment of northwestern European earthquakes

Priestley Keith, F.; Chavez David, E., 1985:
Magnitude bias in the Great Basin and its implications for explosion magnitude versus yield estimates

Whiteside Lowell, S.; Habermann, R.E., 1988:
Magnitude biases and slab geometry in Central America

Karnik Vit, 1968:
Magnitude calibrating curves for near earthquakes

L.C.ristoskov; N.V.K.ndorskaya; J.V.n?k, 1985:
Magnitude calibrating functions for a multidimensional homogeneous system of reference stations

Olivia Bazacliu; Victoria Oancea; Emilia Popescu, 1999:
Magnitude calibration for Vrancea (Romania) subcrustal earthquakes using coda waves

Ambraseys, N.N.; Douglas, J., 2004:
Magnitude calibration of north Indian earthquakes

Greenhalgh, S.A.; Mosher, C.C.; Mooney, H.M., 1981:
Magnitude calibration of the Central Minnesota Seismic Array

de la Cruz Reyna Servando, 1988:
Magnitude characterized Poisson patterns of explosive activity in Colima Volcano, Mexico

Flenova, M.G., 1994:
Magnitude classification of earthquakes in western Uzbekistan

K.L.íma; Z.P.os; J.V.n?k; Z.V.jter; J.K.zák, 1990:
Magnitude classification of rock bursts based on seismic records of mining stations

P.D.M.rshall; D.L.S.ringer; H.C.R.dean, 1979:
Magnitude corrections for attenuation in the upper mantle

Fryer Gerard, J., 1997:
Magnitude deficits and the tsunamigenic potential of an earthquake

Shaw, B.E., 2001:
Magnitude dependence of radiated energy spectra; far-field expressions of slip pulses in earthquake models

Bisztricsany, E., 1981:
Magnitude determination and related phenomena

Gutenberg Beno, 1945:
Magnitude determination for deep-focus earthquakes

Kiratzi, A.A.; Papazachos, B.C., 1986:
Magnitude determination from ground amplitudes recorded by short-period seismographs in Greece

U.Efren Asis, 1985:
Magnitude determination from time duration of body waves

Solov yeva O.N., 1978:
Magnitude determination of deep-focus earthquakes

Katsumata Akio, 2001:
Magnitude determination of deep-focus earthquakes in and around Japan with regional velocity-amplitude data

Kaku Ryoji; Otsuka Michio, 1985:
Magnitude determination of earthquakes in and around the Ariake Sea

Wahlstroem, R.; Ahjos, T., 1984:
Magnitude determination of earthquakes in the Baltic Shield

Muco, B.; Minga, P., 1991:
Magnitude determination of near earthquakes for the Albanian network

Yih-Min Wu; Hsin-Y.Y.n; L.Z.ao; Bor-Shouh Huang; Wen-Tzong Liang, 2006:
Magnitude determination using initial P waves; a single-station approach

Karnik, V.; Christoskov, L., 1977:
Magnitude determinations at short epicentral distances in Europe

Anonymous, 1985:
Magnitude determined by three-component borehole strainmeter

Stanislaw Lasocki; Eleftheria, E.P.padimitriou, 2006:
Magnitude distribution complexity revealed in seismicity from Greece

Grandori, G.; Guagenti, E.; Tagliani, A., 2003:
Magnitude distribution versus local seismic hazard

Gross Susanna, 1996:
Magnitude distributions and slip scaling of heterogeneous seismic sources

Taner Dogan, 1968:
Magnitude equation for the seismological observatory John Carroll University, for normal focus near earthquakes

Estabrook Charles, H.; Boyd, T.M., 1989:
Magnitude estimate of the Shumagin Islands earthquake of May 31, 1917

Hough Susan, E.; Martin Stacey, 2002:
Magnitude estimates of two large aftershocks of the 16 December 1811 New Madrid earthquake

Konstantinova, N.P.; Poplavskiy, A.A., 1990:
Magnitude estimation according to the longitudinal wave interval

Scheiner Jonathan, E.; McEvilly Thomas, V., 1986:
Magnitude estimation from initial waveform analysis

P.M.ndal; B.K.R.stogi; C.S.P.S.rma; P.S.R.ju; M.K.usalya, 2002:
Magnitude estimation of Koyna-Warna earthquakes, India

Belelovskiy, M.L., 1985:
Magnitude estimation of a possible maximum earthquake using seismic regime parameters

Mahdyiar, M.; Singh, S.K.; Meyer, R.P., 1983:
Magnitude estimation of local earthquakes in Mexico and some empirical relations involving peak velocity

Yih-Min Wu; L.Z.ao, 2006:
Magnitude estimation using the first three seconds P-wave amplitude in earthquake early warning

Elena Samardjieva; Gonzalo Payo; Jose Badal, 1999:
Magnitude formulae and intensity-magnitude relations for early instrumental earthquakes in the Iberian region

G.R.Douglas, 1980:
Magnitude frequency study of rockfall in Co. Antrim, N. Ireland

Veith, K.F.; Clawson, G.E., 1972:
Magnitude from short-period P-wave data

Gorbunova, I.V.; Kondorskaya, N.V., 1977:
Magnitude in the Soviet seismological practice

Radu, C.; Apopei, I., 1977:
Magnitude m<b) of the intermediate earthquakes in the Vrancea area

Dineva, S.; Eaton, D., 2006:
Magnitude mN residuals of southern Ontario-southwestern Quebec seismic stations

Kafka, A.L.; Barstow, N.L.; Schlesinger Miller, E.A.; Cramp, D., 1981:
Magnitude madness; a case study in the New York City metropolitan area

Kusumgar, S.; Agrawal, D.P., 1977:
Magnitude of (super 14) C/ (super 12) C variations based on archaeological samples

Fuh Shi Chie, 2000:
Magnitude of Cenozoic erosion from mean sonic transit time, offshore Taiwan

Yamagishi Noboru, 1970:
Magnitude of Matsushiro swarm earthquakes and maximum perceptible distance, and their relations to other earthquakes

Bentley Robert, D., 1981:
Magnitude of Neogene horizontal shortening in the western Columbia Plateau, Washington-Oregon

Robinson Mark, S.; Tanaka Kenneth, L., 1990:
Magnitude of a catastrophic flood event at Kasei Valles, Mars

Hammer Sigmund, 1981:
Magnitude of anomalies in the vertical gradient of gravity

Klein George deVries; Cloetingh Sierd, A.P.L.; Beekman Fred; Kupperman Jennifer, B., 1990:
Magnitude of changes in sea level and accomodation space caused by intraplate stress during deposition of Pennsylvanian cyclothems

Everts, C.H.; DeWall, A.E.; Czerniak, M.T., 1974:
Magnitude of changes on three New Jersey beaches

Spencer, R.J.; Roberts, S.M., 1995:
Magnitude of climate change in Death Valley, California, U.S.A., between 100 and 200 ka B.P.; comparison with modern systems

Keyes Charles Rollin, 1913:
Magnitude of continental deposits

Nicholas, L.B.gen; Richard, A.S.hweickert, 1985:
Magnitude of crustal extension across the northern Basin and Range Province; constraints from paleomagnetism

Bogen Nicholas, L., 1983:
Magnitude of crustal extension across the northern Great Basin (40 degrees N); paleomagnetic constraints

Wernicke Brian; Spencer, J.E.; Burchfiel, B.C.; Guth, P.L.; Davis, G.A., 1981:
Magnitude of crustal extension in the southern Great Basin

Royse Frank; Wernicke Brian; Spencer Jon; Guth, P.L., 1983:
Magnitude of crustal extension in the southern Great Basin; discussion and reply

Keefer William Richard, 1960:
Magnitude of crustal movement and deposition during latest Cretaceous and early Tertiary time in the Wind River Basin, central Wyoming

Tryggvason Eysteinn, 1991:
Magnitude of deformation of active volcanoes in Iceland

Polkanova, L.P.; Sholokhov, V.V., 1971:
Magnitude of denudation and relief genesis of the Ustyurt plateau

Shao Jianguo; Zhang Xiaoping, 1991:
Magnitude of deviatoric stress in the upper lithosphere

Byrd, T.C.; Furbish, D.J.n, 2000:
Magnitude of deviatoric terms in vertically averaged flow equations

Lorenzetti Elizabeth, A.; Tullis Terry, E., 1991:
Magnitude of geodetic displacements and displacement rates prior to model strike-slip earthquakes

Weber Jon, 1975:
Magnitude of global sea level changes over the past 17,000 years

Klein, G.D.; Cloetingh Sierd, A.P.L.; Beekman, F.; Kupperman Jennifer, B., 1990:
Magnitude of intraplate stress-induced sea-level change during deposition of Pennsylvanian cyclothems

Jouzel, J.; Vimeux, F.; Caillon, N.; Delaygue, G.; Hoffmann, G.; Masson Delmotte, V.; Parrenin, F., 2003:
Magnitude of isotope/ temperature scaling for interpretation of central Antarctic ice cores

Peltzer, G.; Tapponnier, P.; Armijo, R., 1989:
Magnitude of late quaternary left-lateral displacements along the north edge of tibet

Peltzer, G.F.; Tapponnier, P.E., 1989:
Magnitude of late Quaternary, left-lateral movement along the north edge of Tibet

Nieto, L.M.; Rey, J., 2004:
Magnitude of lateral displacement on the Crevillente fault zone (Betic Cordillera, SE Spain); stratigraphical and sedimentological considerations

Beresnev Igor, A.; Field Edward, H.; van den Abeele Koen; Johnson Paul, A., 1998:
Magnitude of nonlinear sediment response in Los Angeles Basin during the 1994 Northridge, California, earthquake

Swarbrick Richard, E.; Osborne Mark, J.; Yardley Gareth, S., 1999:
Magnitude of overpressure from the main generating mechanisms

Ritts Bradley, D.; Biffi Ulderico, 2000:
Magnitude of post-Middle Jurassic (Bajocian) displacement on the central Altyn Tagh fault system, Northwest China

Zoback, M.D.; Roller, J.C., 1979:
Magnitude of shear stress on the san andreas fault: implications of a stress measurement profile at shallow depth

McCue, K.F., 1980:
Magnitude of some early earthquakes in southeastern Australia

Grant Ulysses Simpson, I.V.; Shepard Francis Parker, 1938:
Magnitude of some shore processes in southern California

Cemen Ibrahim; Baucke Wesley, 2005:
Magnitude of strike-slip displacement along the southern Death Valley-Furnace Creek fault zone, Death Valley, California

Fucella Joseph, E.; Dolan Robert, 1996:
Magnitude of subaerial beach disturbance during northeast storms

Broecker Wallace, S.; Sanyal Abhijit, 1997:
Magnitude of the CaCO (sub 3) dissolution events marking the onset of times of glaciation

Richter, C.F., 1970:
Magnitude of the Inglewood, California, earthquake of June 21, 1920

Erdlac Richard, J.Jr., 1989:
Magnitude of the Laramide maximum compressive stress on the Terlingua Uplift, Big Bend region, Texas

Jean-Claude, C.Mercier, 1980:
Magnitude of the continental lithospheric stresses inferred from rheomorphic petrology

Payo, G.; de Miguel Fernando, 1974:
Magnitude of the earthquakes in the Iberian region from Lg waves

Keeley, J.W., 1977:
Magnitude of the ground-water contamination problem

Rasmussen William Charles, 1955:
Magnitude of the groundwaters of Delaware

Repetski John, E., 1982:
Magnitude of the post-Knox unconformity (Lower/ Middle Ordovician) in the Central Basin of Tennessee, as measured by conodonts

Yoshida Hidetsugu; Sugai Toshihiko, 2007:
Magnitude of the sediment transport event due to the late Pleistocene sector collapse of Asama Volcano, central Japan

Twenhofel William Henry, 1929:
Magnitude of the sediments beneath the deep sea

Bingham, D.K.; Klootwijk, C.T., 1980:
Magnitude of underthrusting of India beneath Tibet; paleomagnetic evidence from the Nepal Himalaya

A.H.sseini Sadad; A.H.sseini Moujahed, 2007:
Magnitude of undiscovered resource in Iraq's Western Desert in dispute

Walderhaug, O., 1992:
Magnitude of uplift of the Sto and Nordmela formations in the Hammerfest Basin; a diagenetic approach

Mickaële L.R.valec; Yves Gueguen; Tamaz Chelidze, 1996:
Magnitude of velocity anomalies prior to earthquakes

Johnston, A.C., 1989:
Magnitude quantification of stable continental earthquakes, with emphasis on Australia

Dowrick David, J., 1991:
Magnitude reassessment of New Zealand earthquakes

Bollinger, G.A.; Davison, F.C.J., 1987:
Magnitude recurrence relations for the Southeastern U.S.; preliminary results

Bollinger, G.A.; Davison Frederick, C.J.; Sibol Matthew, S.; Birch Jeffrey, B., 1988:
Magnitude recurrence relations for the Southeastern U.S.; regional, provincial and zonal

Bollinger, G.A.; Davison Frederick, C.J.; Sibol Matthew, S.; Birch Jeffrey, B., 1989:
Magnitude recurrence relations for the Southeastern United States and its subdivisions

Kanamori Hiroo, 1983:
Magnitude scale and quantification of earthquakes

Hatori Tokutaro, 1996:
Magnitude scale for the South American tsunamis

Nguen Din Suen, 1978:
Magnitude scale of close earthquakes in North Vietnam

Wang Jeen Hwa, 1992:
Magnitude scales and their relations for Taiwan earthquakes; a review

Kiratzi, A.A.; Papazachos, B.C., 1984:
Magnitude scales for earthquakes in Greece

Shapira Avi, 1988:
Magnitude scales for regional earthquakes monitored in Israel

Havskov Jens; Pena Jose, A.; Ibanez Jesus, M.; Ottemoeller Lars; Martinez Arevalo Carmen, 2003:
Magnitude scales for very local earthquakes; application for Deception Island Volcano (Antarctica)

Sindorf, J.G., 1979:
Magnitude scales in use at the Alaska Tsunami Warning Center

Loertscher Tonya, W.; Youd, T.L.slie, 1994:
Magnitude scaling factors for analysis of liquefaction

Street Ron, L.; Bauer Robert, A.; Woolery Edward, W., 2004:
Magnitude scaling of prehistorical earthquakes in the Wabash Valley seismic zone of the Central United States

Somerville Paul, G., 2003:
Magnitude scaling of the near fault rupture directivity pulse

Somerville, P.G., 2000:
Magnitude scaling, rupture directivity, and basin response issues at the interface between earthquake engineering and seismology

Diethelm Kaiser; Seweryn, J.D.da, 1988:
Magnitude spectra and other source parameters for some major 1985 and 1986 earthquakes

Xie Lili; Geng Shuwei, 1994:
Magnitude spectrum and its engineering application

Lomnitz, C., 1966:
Magnitude stability in earthquake sequences

Prozorov, A.; Shimshoni, M.; Knopoff, L., 1977:
Magnitude studies from ultra-long-period records

Anzabi, A., 1974:
Magnitude studies of earthquakes at Tabriz seismic station

McCord, V.Alexander, S., 1991:
Magnitude threshold of floods recorded by flood-scarred trees

Song, M.Y., 1983:
Magnitude variation of aftershocks in space and time

Pavlides Spyros; Caputo Riccardo, 2004:
Magnitude versus faults' surface parameters; quantitative relationships from the Aegean region

Latter, J.H., 1989:
Magnitude versus frequency of eruptions in the Auckland volcanic field, and prospects for future activity

Evernden, J.F., 1970:
Magnitude versus yield of explosions

Seino Masaaki; Fukui Keiichi; Churei Masaaki, 1989:
Magnitude vs. frequency distributions of earthquakes with upperbound magnitude

Bass Aaron, S., 1999:
Magnitude, distribution and impacts of accidental brine spills in the Louisiana Coastal Wetland Conservation Plan area

Chalas Jimenez Juan Alberto, 1991:
Magnitude, energy and intensity of an earthquake

Gupta Avijit, 1995:
Magnitude, frequency, and special factors affecting channel form and processes in the seasonal tropics

Silgado, E., 1975:
Magnitude, frequency, seismicity and seismic risk for coastal Peru between 9 and 13.8 degrees S

Nuttli Otto, W., 1972:
Magnitude, intensity and ground motion relations for earthquakes in the central United States

Varma, G.S., 1977:
Magnitude, intensity and radius of perceptibility relations for the earthquakes originating from Himalayan regions of North India

Marutani Tomomi, 2005:
Magnitude, recurrence and relaxation path of sediment storage volume in mountainous stream, Oyabu Creek, Kyushu Island, Japan

Abe, K., 1982:
Magnitude, seismic moment and apparent stress for major deep earthquakes

Bartley John, M.; Glazner Allen, F.; Walker, J.D.uglas, 1988:
Magnitude, timing, and significance of slip on the Waterman Hills detachment fault, central Mojave Desert, California

Ludmil Christoskov, 1965:
Magnitude-dependent calibrating functions of surface waves for sofia

Youngs, R.R.; Abrahamson, N.; Makdisi, F.I.; Sadigh, K., 1995:
Magnitude-dependent variance of peak ground acceleration

Papadopoulos Gerassimos, A.; Lefkopoulos Georgios, 1993:
Magnitude-distance relations for liquefaction in soil from earthquakes

Vered, M., 1977:
Magnitude-duration relations for the Afro-Eurasian junction

Ambraseys, N.N., 1988:
Magnitude-fault length relationships for earthquakes in the Middle East

Dury, G.H., 1973:
Magnitude-frequency analysis and channel morphometry

Alabyan Andrei, M., 1997:
Magnitude-frequency concept and river channel patterns

Hirano Masashige; Ohmori Hiroo, 1989:
Magnitude-frequency distribution for rapid mass movement and its geomorphological implication

V.K.rník; K.K.íma, 1993:
Magnitude-frequency distribution in the European-Mediterranean earthquake regions

Kagan Yan, Y.; Karnik, V.; Klima, K., 1995:
Magnitude-frequency distribution in the European-Mediterranean earthquake regions; discussion and reply

Sun Wen Fu; G.H.o Ding, 1993:
Magnitude-frequency distribution of earthquake sequence with independent process

Sugai, T.; Ohmori, H., 2001:
Magnitude-frequency distribution of landslide mass in uplifting mountains

Anonymous, 1997:
Magnitude-frequency distributions and temporal variations in b-value in the Tokai area

Latter, J.H., 1988:
Magnitude-frequency of eruptions, and a quantitative estimate of volcanic risk in Kyushu, Japan, and New Zealand

Acharya, N., 1971:
Magnitude-frequency relation and deep-focus earthquakes

Karnik Vit, 1964:
Magnitude-frequency relation and seismic activity in different regions of the european area

Radu, C.; Ardeleanu, L., 1982:
Magnitude-frequency relation for Vrancea intermediate earthquakes

Kakimi Toshihiro, 1980:
Magnitude-frequency relation for displacement of minor faults and its significance in crustal deformation

Umino Norihoto; Sacks, I.S.lwyn, 1993:
Magnitude-frequency relations for northeastern Japan

Karnik, V.; Prochazkova, D., 1976:
Magnitude-frequency relations for the Balkan earthquake provinces and some related problems

Douglas, W.S.ow; Howard, H.C.ang, 1987:
Magnitude-frequency relationship of coastal sand delivery by a Southern California stream

D.Benouar, 1994:
Magnitude-intensity and intensity-attenuation relationships for Atlas region and Algerian earthquakes

Greenhalgh, S.A.; Denham, D.; McDougall, R.; Rynn, J.M.W., 1988:
Magnitude-intensity relations for Australian earthquakes

Vít Kárníe, 1965:
Magnitude-intensity relations for european and mediterranean seismic regions

C.L.pez Casado; S.M.lina; J.J.G.ner; J.D.lgado, 2000:
Magnitude-intensity relationships in the Ibero-Magrebhian region

Dysart, P.S.; Snoke, J.A.; Sacks, I.S., 1984:
Magnitude-moment-size relations for Matsushiro region earthquakes

Lockman Andrew, B.; Allen Richard, M., 2007:
Magnitude-period scaling relations for Japan and the Pacific Northwest; implications for earthquake early warning

Krinitzsky, E.L.; Chang Frank, K.; Nuttli Otto, W., 1988:
Magnitude-related earthquake ground motions

Wahlstroem Rutger, 1979:
Magnitude-scaling of earthquakes in Fennoscandia

Takemura Masayuki, 1990:
Magnitude-seismic moment relations for the shallow earthquakes in and around Japan

Meiman Joe; Groves Chris, 1997:
Magnitude/ frequency analysis of cave passage development in the central Kentucky karst

Herrmann Robert, B.; Nuttli Otto, W., 1981:
Magnitude; the relation of M (sub L) to m (sub bLg)

O.C.nnor Jim, E.; Baker Victor, R., 1992:
Magnitudes and implications of peak discharges from glacial Lake Missoula

Bakun, W.H.; Hopper, M.G., 2004:
Magnitudes and locations of the 1811-1812 New Madrid, Missouri, and the 1886 Charleston, South Carolina, earthquakes

King, E.G.; Eckhart, V.M.; Mohl, E.C., 2008:
Magnitudes and mechanisms of shoot-damage compensation in annual species of Linum (Linaceae) in Iowa

Bakun William, H., 1983:
Magnitudes and moments of duration

Abe Katsuyuki, 1995:
Magnitudes and moments of earthquakes

Bakun William, H., 1986:
Magnitudes and movements of duration

Stock, J.M.; Healy, J.H., 1984:
Magnitudes and orientations of stress in an extensional regime, Yucca Mountain, Nevada

Abe Katsuyuki, 1988:
Magnitudes and origin times from Milne seismograph data; earthquakes in China and California, 1898-1912

Strasser Michael; Anselmetti Flavio, S.; Faeh Donat; Giardini Domenico; Schnellmann Michael, 2006:
Magnitudes and source areas of large prehistoric northern Alpine earthquakes revealed by slope failures in lakes

Kim, S.G., 1976:
Magnitudes and spectral properties of mainshock-aftershock sequences in Eurasia

Tittel, B.; Wendt, S., 2003:
Magnitudes and time distribution of the swarm earthquakes August-November 2000 in NW Bohemia

Plomerova, J.; Ruprechtova, L., 1979:
Magnitudes and travel-time residual of the Friuli earthquakes between May and August 1976

Neilson, G.; Burton Paul, W., 1984:
Magnitudes of British earthquakes

N.N.Ambraseys, 1995:
Magnitudes of Central American earthquakes 1898-1930

Payo, G.; de Miguel, F., 1975:
Magnitudes of Iberian region earthquakes from the Lg-phase

Miyamura Setumi, 1977:
Magnitudes of Japanese earthquakes in 1904-1906

Dowrick, D.J.; Rhoades, D.A., 1998:
Magnitudes of New Zealand earthquakes, 1901-1993

Haines, A.J., 1983:
Magnitudes of New Zealand earthquakes; a comparison of magnitudes calculated by different methods

Bond Gerard, C.; Kominz Michelle, A.; Nickeson Peter, A., 1986:
Magnitudes of error in tectonic subsidence curves for ancient passive margins with examples from early Paleozoic of Appalachian-Caledonide orogene, North America and Greenland

Geller, R.J.; Kanamori, H., 1977:
Magnitudes of great shallow earthquakes from 1904 to 1952

Katsuyuki Abe; Hiroo Kanamori, 1980:
Magnitudes of great shallow earthquakes from 1953 to 1977

Wyss Max; Koyanagi, R.Y., 1988:
Magnitudes of historic Hawaiian earthquakes estimated from macroseismic maps

Katsuyuki Abe, 1981:
Magnitudes of large shallow earthquakes from 1904 to 1980

Setumi Miyamura, 1978:
Magnitudes of larger earthquakes not included in the Gutenberg-Richter's magnitude catalogue

K.H.; Gassman Sarah, L.; Talwani Pradeep, 2001:
Magnitudes of prehistoric earthquakes from a study of paleoliquefaction features

Sweeney Jerry, J., 1982:
Magnitudes of slip along the Greenville Fault in the Diablo Range and Corral Hollow areas

Hatori Tokutaro, 1991:
Magnitudes of tsunamis generated along the Izu Islands, Izu-Mariana island arc; the Oshima-Kinkai and Tokaido-Oki tsunamis in 1990

Hatori Tokutaro, 1987:
Magnitudes of tsunamis generated off Boso Peninsula; the Boso-Oki tsunami of September 19, 1984

Bolt Bruce, A.; Gopalakrishnan, B.S., 1972:
Magnitudes, aftershocks and fault dynamics

Amick David; Gelinas Robert; Cato Kerry, 1991:
Magnitudes, locations and return periods of large prehistoric earthquakes occurring in coastal South Carolina

Perry Charles, A., 2000:
Magnitudes, patterns, and causes of 20th century floods in the United States

Ferrell Ray, E.; Borne Pamela, F.; Platon Emil; Anderson Laurie, C.; Byerly Gary, R.; Sen Gupta Barun, K., 1998:
Magnolia Cemetery, an active learning exercise on the scientific method

Ali Eram, 1996:
Magnolia Sealy (Yates) Field

Cockerell Theodore Dru Alison, 1910:
Magnolia at Florissant

Reed Jack Morse, 1957:
Magnolia oil field, Columbia County, Arkansas

Trager Hugh Harold, 1939:
Magnolia pool, Columbia County, Arkansas

Collinson, M.E.; Boulter, M.C.; Holmes, P.L., 1993:
Magnoliophyta (Angiospermae)

Nagy Francisc; Mrza Ioan, 1967:
Magnolioxylon transilvanicum n. sp. from Sarmatian cinerite of the Pravaleni region (Brad)

Grice Joel, D., 1988:
Magnolite, Hg (sub 2) (super +1) Te (super +4) O (sub 3) ; the geological significance of its crystal structure

Li, H.-Bo; Yi, X.; Gao, J.-Mei; Ying, X.-Xiang; Guan, H.-Quan; Li, J.-Chun, 2007:
Magnolol-induced H460 cells death via autophagy but not apoptosis

Choudhury Narayani; Chaplot, S.L.; Ghose, S., 1992:
Magnon dispersion relation in fayalite Fe (sub 2) SiO (sub 4)

Alfano Luigi; Giudici Mauro; Zaja Annalisa, 1998:
Magntotelluric and DC electrical soundings in the Po plain (Veneto region)

Anonymous, 1978:
Magnum's coal find

Tjelta, T.I.; Skomedal, E.; Skjastad, O., 1993:
Magnus FMP; dynamic response of foundations

Kenley, R.M.; Sharp, D.E., 1993:
Magnus Foundation monitoring project instrumentation data processing and measured results

Sharp, D.E., 1993:
Magnus Foundation monitoring; an overview

Engbeck, J.H., 1955:
Magnus Vonsen, mineral hobbyist

Jardine, R.J.; Potts, D.M., 1993:
Magnus foundations; soil properties and predictions of field behaviour

Frondel Clifford, 1961:
Magnussonite from Sterling Hill, New Jersey

Gabrielson, O., 1956:
Magnussonite, a new arsenite mineral from the Langban Mine in Sweden

Moore, P.B.; Araki, T., 1979:
Magnussonite, manganese arsenite, a fluorite derivative structure

Dunn Pete, J.; Ramik Robert, A., 1984:
Magnussonite; new chemical data, an occurrence at Sterling Hill, New Jersey, and new data on a related phase from the Brattfors Mine, Sweden

Burke, J.D., 1979:
Mago; a Mars aeroscience-geoscience orbiter

MacPherson Glenn, J.; Jarosewich Eugene; Lowenstein Peter, 1993:
Magombedze; a new H-chondrite with light-dark structure

Bibbins Arthur Barneveld, 1910:
Magothy formation of the Atlantic coast

Herbert Frey, 1985:
Magsat and Pogo magnetic anomalies over the Lord Howe Rise; evidence against a simple continental crustal structure

Singh, B.P.; Rajaram Mita; Agarwal, A.K., 1986:
Magsat anomalies and tectonic features of northern India

Bevis Michael; Won, I.J., 1984:
Magsat anomalies are more variable above continents than above oceans

Cohen, Y.; Achache, J.; Counil, J.L., 1989:
Magsat anomalies associated with sea-floor topography and cooling of the lithosphere

Raymond Carol Anne, 1988:
Magsat anomalies at convergent margins; a test of the slab hypothesis

Achache, J.; Abtout, A.; Counil, J.L.; Galdeano, A.; L.M.uel J.L., 1986:
Magsat anomalies in Asia and the thermal structure of the Himalaya-Tibet collision zone

Mishra, D.C., 1984:
Magsat anomalies over India and their correlative studies

Agarwal, A.K.; Singh, B.P., 1985:
Magsat anomalies over Indian region and their use in identification of deep crustal features

Johnson, B.D.; Mayhew, M.A.; O.R.illy Suzanne, Y.; Griffin, W.L.; Arnott, F.; Wasilewski, P.J., 1986:
Magsat anomalies, crustal magnetisation, heat flow and kimberlite occurrences in Australia

Taylor Patrick, T.; Frawley James, J., 1987:
Magsat anomaly data over the Kursk region, U.S.S.R

Mayhew, M.A., 1984:
Magsat anomaly field inversion for the U. S

Taylor, P.T.; Frawley, J.J., 1986:
Magsat anomaly map of the Alaska-Canada Arctic continental margin

Frey, H., 1981:
Magsat anomaly map; global perspective and comparison with POGO

Frey, H.V.; Doudnikoff, K.E., 1987:
Magsat crustal anomalies and submarine plateau; the Crozet Plateau anomaly

Rajaram, M.; Langel, R.A., 1989:
Magsat crustal anomaly over the Indian Subcontinent

Thiveris Harrison, S.; Roark, J.; Frey, H., 1992:
Magsat crustal magnetic anomalies at passive margins; the Australian Bight anomaly

Fullerton, L.G.; Roark, J.H.; Frey Herbert, V.; Thomas, H.H., 1988:
Magsat crustal model for the Walvis Ridge and the Cretaceous quiet zone in the South Atlantic

Ruder, M.E.; Alexander, S.S., 1984:
Magsat crustal signatures over the Eastern U.S

Michal, E.R.der; Shelton, S.A.exander, 1986:
Magsat equivalent source anomalies over the southeastern United States; implications for crustal magnetization

Achache, J.; Cohen, Y.; Hamoudi, M., 1995:
Magsat imagery of the lithosphere in Eurasia

Singh, B.P., 1989:
Magsat in lineament studies; results from Indian region

Brammer, R.F.; Sailor, R.V.; Lazarewicz, A.R., 1981:
Magsat investigation of lithospheric magnetic anomalies in the eastern Indian Ocean

von Frese, R.R.B.; Alsdorf, D.E., 1991:
Magsat magnetic anomalies of the Antarctic lithosphere

Michael, H.R.tzwoller; Charles, R.B.ntley, 1982:
Magsat magnetic anomalies over Antarctica and the surrounding oceans

Lauren, M.B.adley; Herbert Frey, 1991:
Magsat magnetic anomaly contrast across Labrador Sea passive margins

A.Z.enchang; Tan Donghai; Wang Yuehua; X.Y.anfang; Golovkov, V.P.; Rotanova, N.M.; Kharitonov, A.L., 1996:
Magsat magnetic anomaly maps for Asia

Dubuisson, G.; Cohen, Y., 1992:
Magsat marine anomalies due to remanent magnetization in the KQZ; a petrological and magnetic model

Herbert Frey, 1982:
Magsat scalar anomalies and major tectonic boundaries in Asia

Herbert Frey, 1982:
Magsat scalar anomaly distribution; the global perspective

Mishra, D.C.; Venkatraydu, M., 1985:
Magsat scalar anomaly map of India and a part of Indian Ocean; magnetic crust and tectonic correlation

Ridgway, J.R.; Hinze, W.J.; Braile, L.W., 1984:
Magsat scalar anomaly map of South America

R.L.Coles, 1985:
Magsat scalar magnetic anomalies at northern high latitudes

Langel, R.A., 1980:
Magsat scientific investigations

Singh, B.P.; Rajaram Mita, 1990:
Magsat studies over the Indian region

Purucker, M.E.; Langel, R.A.; Buck, J.L., 1988:
Magsat vector data for crustal field mapping

Thakur, N.K.; Agrawal, P.K.; Negi, J.G., 1985:
Magsat view of Indian subcontinent

Cain Joseph, C., 1980:
Magsat; a review of its performance and interim model results

Langel, R.A.; Regan, R.D., 1977:
Magsat; future tool for measuring long wave-length geomagnetic anomalies

Haggerty Stephen, E.; Toft Paul, B., 1981:
Magsat; magnetic, gravity, and geological correlations in West Africa

Nikolov, T.; Tzankov, T., 1996:
Magura Formation (Lower Cretaceous, western Fore-Balkan)

Cieszkowski, M., 1992:
Magura Nappe and its substrate north of Nony Sacz

Weeks Ludlow Jackson, 1933:
Maguse River and part of Ferguson River Basin, Northwest Territories

Hamor, G., 1987:
Magyar Allami Foldtani Intezet 1987; scientific research achievements

Lonstak Laszlo, 1996:
Magyarorszag felsinmozgas-veszelyeztetettsegi terkepenek megszerkesztese--Map of landslide potential in Hungary

Bohn Peter, 1996:
Magyarorszag kornyezeti allapotanak forldtani vizsgalata--Geological survey of the state of the environment in Hungary

Somos, L., 1987:
Magyarorszag melyforasi alapadatai data recording and retrieval system for publications by MAFI, Magyar Allami Foldtani Inteznet and SZUV, Szamititastechnikai es Ugyvitelszervezesi Vallalatanak

Kolosvary Gabor, 1951:
Magyarorszag permo-karbon koralljai; The Permo-Carboniferous corals of Hungary

Balla Zoltan, 1996:
Magyarorszag tektonikai es neotektonikai elemzese--Tectonic and neotectonic analysis of Hungary

Bidlo Gabor, 1955:
Magyarorszagi alunitok roentgenvizsgalata; x-ray analysis of alunites from Hungary

Lengyel Endre, 1943:
Magyarorszagi asvanyok fluoreszcencia- vizsgalata szuert ibolyafenyben; fluoreszenzuntersuchungen an ungarischen Mineralen in ultraviolettem Licht

Telegdi Roth Karoly, 1950:
Magyarorszagi es erdelyi asvanyolaj es foeldgazkutato, illetve termelo melyfurasokkal fakasztott vizek vegyi oesszetetele; die chemische Zusammensetzung der Waesser aus den Tiefbohrungen der Erdoel- und Erdgasforschung und Produktion in Ungarn und Siebenbuergen

Bondor Livia, 1960:
Magyarorszagi glaukonitos kozetek ueledektani vizsgalata

Greguss Pal, 1952:
Magyarorszagi mezozoi famaradvanyok; baumstaemme aus den mezozoischen Zeiten

Baldi Beke Maria, 1960:
Magyarorszagi miocen Coccolithophoridak retegtani jelentosege

Juhasz Gyorgyi, 1994:
Magyarorszagi neogen medencereszek pannoniai s.l. uledeksoranak osszehasonlito elemzese--Comparison of the sedimentary sequences in late Neogene subbasins in the Pannonian Basin, Hungary

Majzon Laszlo, 1960:
Magyarorszagi paleogen Foraminifera-szintek

Mussell, J.; Weishampel, D., 2000:
Magyarosaurus and the possible role of progenesis in sauropod development

Reyes Agnes, G., 1995:
Mahagnao; an arc-type geothermal system in a serpentinite setting, on Leyte Island, the Philippines

Maedel Erika, 1960:
Mahagonihoelzer der Gattung Carapoxylon n.g. (Meliaceae) aus dem europaeischen Tertiaer

Soni, M.K.; Jha, D.K., 2001:
Mahakoshal greenstone belt and associated gold mineralisation

Castro, M.J., 1975:
Mahala Field

Chhibber, I.B., 1990:
Mahan irrigation project, Sidhi District of Madhya Pradesh

Anonymous, 2000:
Mahanadi Coalfields Ltd

Chechani, R.K., 2004 :
Mahanadi Coalfields Ltd; in pursuit of excellence

Chattopadhyay, A.K., 1999:
Mahanadi Valley Coalfield, Madhya Pradesh (Project-IV); an overview

Mitra, S.N., 1999:
Mahanadi Valley Coalfield, Orissa (Project-III); an overview

Babcock Loren, E., 1985:
Mahantango conulariid considered a hyolithid

Ramamurthy, K., 1972:
Maharashtra Plateau region of the Deccan Traps

Anonymous, 2006:
Maharukh (Ailanthus excelsa Roxb.) based agri-silviculture production system for rainfed conditions of Gujarat

Keyes Charles Rollin, 1931:
Mahaskan glacial epoch

Lewis, P.J.; Huckerby, J.A.; Phillips, W.J.; Cohen, H.E.; Richards, D.G.; Gray, P.M.J.; West Michael; Pearce, G.E.; Young Peter; Hester, B.W.; Moore, J.M.; Davis, G.R., 1984:
Mahd adh Dhahab Deposit, Saudi Arabia; discussions and replies

Doebrich Jeff, L.; LeAnderson James, P.; Worl Ronald, G., 1983:
Mahd adh Dhahab, Saudi Arabia; a Precambrian epithermal gold deposit

Ahmad, M.U., 1984:
Mahdi S. Hantush, 1921-1984

J.A.G.M.L.M., 1939:
Mahesh Prasad Bajpai

Wilson, J.A.Szalay, F.S., 1977:
Mahgarita, new name for Margarita Wilson and Szalay, 1976 non Leach 1814

Milton Charles; McGee James, J.; Evans Howard, T.J., 1993:
Mahlmoodite, FeZr(PO (sub 4) ) (sub 2) .4H (sub 2) O, a new iron zirconium phosphate mineral from Wilson Springs, Arkansas

Sarp Halil, 1996:
Mahnertite, a new mineral found at Cap Garonne Mine, Var, France

Milliken Mike, 2002:
Mahogany 21 sand, Trinidad, Columbus Basin; using three dimensional software to plan wells and avoid pitfalls

Ratcliff Davis, W.; Weber David, J., 1994:
Mahogany Salt images show key role of velocity model

Gargi, C., 1990:
Mahogany, Bararp, Kulla; at the heart of three granitic basins in Sweden

Westcott Mark, E.; Leach Mark, C.; Wyatt Kay, D.; Valasek Paul, A.; Branham Keith, L., 1995:
Mahogany; seismic technology leading to the first economic subsalt field

Kempton John, P.; Johnson, W.H.lton; Heigold Paul, C.; Cartwright Keros, 1991:
Mahomet bedrock valley in eastern-central Illinois; topography, glacial drift stratigraphy, and hydrogeology

Hutton, H.E.; Cardinal Donald, F., 1992:
Mahoney Draw

Givulescu Razvan, 1998:
Mahonia sp. (n. sp.?); a new Mahonia from the lower Pannonian of Valea Crisului, Bihor, Romania

Hamel, J.V.; Long, S.B.; Ferguson, H.F., 1976:
Mahoning Dam foundation re-evaluation

Mishra, K.L., 1990:
Mahuar (Samdha) pick-up weir, Shivpuri District of Madhya Pradesh

Garcia Michael, O.; Kurz Mark, D.; Muenow David, W., 1990:
Mahukona; the missing Hawaiian volcano

Clague David, A.; Moore James, G., 1991:
Mahukona; the missing Hawaiian volcano: Comment

Garcia Michael, O.; Kurz Mark, D., 1991:
Mahukona; the missing Hawaiian volcano: Reply

Drake, M., 1979:
Maidstone Caves, Essex County, Vermont

Feng Guanghua, 2001:
Maifanshi resources in China and their development

Spiridonov, E.M., 2003:
Maikainite Cu (sub 20) (Fe,Cu) (sub 6) Mo (sub 2) Ge (sub 6) S (sub 32) and ovamboite Cu (sub 20) (Fe,Cu,Zn) (sub 6) W (sub 2) Ge (sub 6) S (sub 32) ; new minerals in massive sulfide base metal ores

Ivashentsov, A.G., 1941:
Maikhurinskoe olovyanno-volframovoe mestorozhdenie

Nosovskiy, M.F., 1993:
Maikop Series of the joint zone of Crimea and the Kerch Peninsula

Amashukeli, T.A.; Arkhipov, A.A.; Volkodav, B.L.; Putevskaya, T.V., 1984:
Maikop clinoforms in northern side of Indol-Kuban Trough according to the seismic data

Wavrek, D.A.; Curtiss, D.K.; Guliyev, I.S.; Feyzullayev, A.A., 1998:
Maikop/ diatom-productive series (!) petroleum system, South Caspian Basin, Azerbaijan

Yatchenko, L.D., 1982:
Maikopian and Tarkhanian formations of the foothills of western Kopet-Dag

Okulovskiy, S.N., 1987:
Maikopian deposits of the northwestern shelf of the Black Sea

Kerimov, A.A.; Guseynov, G.M.; Mamedov, N.A., 1990:
Maikopian sediment accumulation in the Caucasus in connection with oil and gas survey-exploration operations

Borkov, F.P., 1981:
Maikopian-type clays in Neogene deposits of the southern limits of the western Kuban Depression

Subba Raju, M., 1983:
Mailaram copper deposit, Khammam District, Andhra Pradesh

Mouravieff Alexis, N.; Bouckaert Joseph, 1973:
Maillieux's (1940) Manticoceras intumescens (Beyrich) in the Belgian Frasnian with Respect to the Conodont Zonation

Vandenhove Hildegarde; Clerc Jean Jacques; Quarch Holger; Paridaens Johan; Aitkulov Abdilamit; Imanakunov Salamat; Naravagov Alexander; Savosin Maxim; Torgoev Isakbek; Mirzachev Muradil; Mombekov Omor; Zeevaert Theo; Vanmarcke Hans, 2002:
Mailuu-Suu tailings problems and options for remediation

Curtis, M.L., 2007:
Main Andean sinistral shear along the Cooper Bay dislocation zone, South Georgia?

Biondi Joao, C.; Fridlund Fernando Ennes, 1998:
Main Brazilian thermo-tectonic events based on Sm-Nd T(DM), U-Pb, Pb-Pb, Rb-Sr and K-Ar ages; 1, Methodology of the study

Biondi Joao, C., 1998:
Main Brazilian thermo-tectonic events based on Sm-Nd T(DM), U-Pb, Pb-Pb, Rb-Sr and K-Ar ages; 2, The thermo-tectonic events and their magmatism, metamorphism, and cooling gradient

Biondi Joao, C., 1998:
Main Brazilian thermo-tectonic events based on Sm-Nd T(DM), U-Pb, Pb-Pb, Rb-Sr and K-Ar ages; 3, A synthesis on granites and granitic rocks

Howard Richard, H.; Whitaker Stephen, T., 1988:
Main Consolidated Field, Illinois

Bujnovsky, A.; Kochanova, M., 1973:
Main Dolomite reefs in the Revuca Valley and their megalodontid fauna

Vinogradov, V.A.; Gramberg, I.S.; Pogrebitsky, Y.E.; Rabkin, M.I.; Ravich, M.G.; Sokolov, V.N.; Sorokov, D.S., 1973:
Main Features of Geologic Structure and History of North-Central Siberia

Krasny, L.I., 1973:
Main Features of Geologic Structure of Eastern USSR and Contiguous Territories

Tkachenko, B.V.; Egiazarov, B.K.; Atlasov, I.P.; Lazurkin, V.M.; Markov, F.G.; Polkin, Y.I.; Ravich, M.G.; Romanovich, B.S.; Sokolov, V.N., 1973:
Main Geological Structures of the Arctic

Bezak, V.; Jacko, S.; Janak, M.; Ledru, P.; Petrik, I.; Vozarova, A., 1997:
Main Hercynian lithotectonic units of the Western Carpathians

Zavodni, Z.M.; McCarter, M.K., 1976 :
Main Hill slide zone, Utah Copper Division

Khomutova, V.I., 1986:
Main Holocene peat bog sections in the Kuben-Sukhomsk Basin region

Seslavinskiy, K.B., 1995:
Main Paleozoic volcanic, sedimentation, tectonic events and their connection with Earth's climate changes

Anonymous, 2005:
Main Pass 19 comes in on target, but Price Lake lacking

Bikun James, V.; Sharpe David, A.; Shafer Donald, J., 1993:
Main Pass 290; assembling a successful thirty well redevelopment program in a mature field, offshore Gulf of Mexico

Tannehill Richard, L., 2004:
Main Pass 61/ 62 Field; a recent 50 MMBOE discovery among the old giants of Main Pass

Dick Jeffrey, C., 1988:
Main Pass Block 299 Field, offshore Louisiana

Paynter Donald, D., 1970:
Main Pass Block 35 field, Louisiana; paleostructural analysis

Hartman James, A., 1967:
Main Pass Block 35 field, Plaquemines Parish, Louisiana

France Betty Jeanne, 1983:
Main Pass Block 6 Field, offshore Louisiana

Fluker, J.C.I.I., 1983:
Main Pass and Viosca Knoll, stratigraphic and structural study

Ackerman John, M., 1992:
Main Pass; Frasch sulfur Mine and oil and gas development

Arkhipova, L.P.; Golubkina, G.S.; Lastochkina, A.N.; Naryshkin, G.D., 1989:
Main South Atlantic morphostructures and transition zones within the Angola-Brazil geotraverse

Jerzmanski Jerzy, 1974:
Main Sudetic dislocations and their significance for the metallogeny of Lower Silesia

Egiazarov, B.Kh, 1973:
Main Tectonic Features of North Pacific Mobile Belt

Helmut Echtler; Ralf Hetzel Hetzel, 1997:
Main Uralian thrust and main Uralian normal fault; nonextensional Palaeozoic high-P rock exhumation, oblique collision, and normal faulting in the Southern Urals

Hovorka Dusan, 2004:
Main Western Carpathians rock lithologies used as the raw materials of the Stone Age

Anonymous, 1972:
Main accomplishments of geology in Uzbekistan during past 50 years

Magnitskiy, V.A., 1967:
Main achievements and paths of development of earth physics

Baymukhamedov, K.N., 1990:
Main achievements and problems in the theory of ore formations and metallogeny

Wang Peicheng; A.Y.hong, 1996:
Main achievements and progress in basic geological research over last ten years in eastern Shandong region

Wang Xueying; W.G.ngjian, 1990:
Main achievements and prospects of the International Lithosphere Program

Jin Jingwei, 1987:
Main achievements in regional geological surveys in Hubei Province

H.Zhili, 1988:
Main achievements in the study of inclusion mineralogy in China

Tkachuk, L.G., 1967:
Main achievements of lithologic research on the Ukraine in the years of Soviet rule

Makhtiyev, S.F.; Salayev, S.G.; Buniat Zade, Z.A., 1989:
Main achievements of scientists from the Institute of Geology of the Academy of Sciences of Azerbaidzhan SSR in the field of oil and gas geology

Murina, G.A., 1967:
Main achievements of the argon method of age determination

M.Langer, 1986:
Main activities of engineering geologists in the field of radioactive waste disposal

Liu Chengzuo, 1996:
Main advances and development trends in mathematical geology

Araya, M.; Piraces, R.; Pardo, M., 1982:
Main advances and needs on the study of geothermal resources in Chile by using remote sensing technics

Dmitriyev, L.P.; Kozmodem yanskiy V.V.; Rabinovich, A.A., 1969:
Main aims of future prospecting for new oil-and-gas deposits of the Zhetybay Field

Yeremenko, N.A., 1975:
Main aims of petroleum geology in the eastern areas of the Volga-Ural Province

Chyi Shyh Jeng; Sung Quachan, 2001:
Main alluvial fan terraces in the mountain range Taiwan

Main and trace elements in KTB-VB fluid; composition and hints to its origin

Medina, E.; Brenes, M.; Romero, Cón.; García, A.; de Castro, A., 2007:
Main antimicrobial compounds in table olives

Khudyakov, G.I., 1987:
Main antipodal structures of the Earth and their evolution

Hluza, A.G., 1966:
Main area of Fruitvale oil field

Park William, H., 1966:
Main area of Mountain View oil field

Margulis, L.S.; Grigorenko, Y.N.; Voronkov, Y.S.; Berson, G.L.; Andiyeva, T.A.; Radchenko, V.G.; Goma, L.M.; Pylina, L.M., 1998:
Main areas of petroleum exploration in Russian Far East and prospects for the organization of oil-producing regional and interregional centers

Kelletat Dieter, H., 1998:
Main aspects of German geographical coastal research during the last decade

Raharso, R.M.P.; Allagan Si; Robert Daniel, 1985:
Main aspects of Kawah Kamojang geothermal field; West Java, Indonesia

Stanaringa, N.; Rusu, D., 1978:
Main aspects of an oil engineering study of the Meotian Stage from Boldesti Block

Timofeyev, N.S., 1968:
Main aspects of conducting drilling wells to a depth of 7 km

Franke, W.; Eder, W.; Engel, W.; Langenstrassen, F., 1978:
Main aspects of geosynclinal sedimentation in the Rhenohercynian Zone

Hiriart Gerardo; Gutierrez Negrin Luis, C.A., 2003:
Main aspects of geothermal energy in Mexico

Chupis, N.Ye, 1988:
Main aspects of hydrochemical zonality of Mesozoic-Cenozoic deposits of Crimean Plain and surrounding waters of the Black and Azov seas

Todisco Andrea; Catenacci Vincenzo; Lembo Paolo; Pantaleone Alfredo; Sacchi Laura, 1993:
Main aspects of marine geology in the C.A.R.G. Project of the National Geological Survey of Italy

Fernandes Celia; Berrocal Jesus, 2004:
Main aspects of seismic activity in Brazil during the period 1560-2002

Kos yan R.D.; Pykhov, N.V., 2002:
Main aspects of suspension caused by irregular waves

Anonymous, 2007:
Main aspects of the biology of ticks and fleas

Kossovskaya, A.G.; Shutov, V.D., 1970:
Main aspects of the epigenesis problem

Dobretsov, V.B.; Proskuryakov, R.M.; Russkov, A.A., 1999:
Main aspects of the industrial development of the Russian Arctic shelf

Genot, P., 1979:
Main assemblages of Dasycladaceae in the Paris Basin during the Paleocene and Eocene

Radzevicius Rolandas, 2000:
Main association of microelements in sediments from the Sventoji-Nida area, southeastern Baltic Sea

Kaplan, M.Y.; Ronkina, Z.Z.; Belonin, M.D., 1972:
Main associations of allogenic minerals in the Jurassic and lower Cretaceous siltstones and sandstones of north-central Siberia

Shpil man V.I., 1988:
Main assumptions of oil and gas capacity quantitative forecast

Cun Gui, 1992:
Main attack direction of gold geology research work in the period of the 8th Five Year Plan

Ufimtsev, G.F., 1985:
Main base level surface in the eastern USSR

Gayvoron, T.D., 1997:
Main basis for the classification of balka landforms

Blanco Bustamante Silvia; Diaz Otero Consuelo; Fernandez Carmona Jose, 1996:
Main bioevents in the evolution of larger Paleogene foraminifera from Cuba

Blieck, A., 1982:
Main biogeographical areas of Upper Silurian-Lower Devonian heterostracans in the North Atlantic region

Zakharov, V.A.; Beyzel, A.L.; Betekhtina, O.A.; Volkova, V.S.; Gratsianova, R.T.; Yelkin, Y.A.; Zhuravleva, I.T.; Zykin, V.S.; Kul kov N.P.; Kurushin, N.I.; Sennikov, N.V.; Troitskaya, T.N., 1993:
Main biotic events in Phanerozoic Siberia

Oriel Steven, S., 1962:
Main body of Wasatch Formation near La Barge, Wyoming

Srikantia, S.V., 1989:
Main boundary fault of the Himalaya; a concept that is no longer valid

Yuferev, R.F., 1986:
Main category-regional stratigraphic subdivisions

Parfenenko, N.V., 1980:
Main causes of geothermal anomalies above oil-gas fields

Myagkov, S.M., 1986:
Main causes of the development of polar continental glaciations

Ginzburg, L.K., 1991:
Main causes of urban landslides

Golubkova Elena (Golubkova Yelena); Raevskaya Elena (Rayevskaya Yelena), 2005:
Main changes in microfossil communities throughout the upper Proterozoic of Russia

Coghlan Michael; Madej Mary Ann, 1981:
Main channel response to increased sediment supply, upper Redwood Creek, California

Majer, V.; Tajder, M., 1981:
Main characteristic of the spilite-keratophyre magmatism of Slavonia (Croatia, Yugoslavia)

Anonymous, 2007:
Main characteristics analysis of single droplet combustion process of diesel fuel and his blends with rapeseed methyl esther and ethanol

Lyakhov, Y.V., 1989:
Main characteristics and factors of thermobarogeochemical zoning of gold ore fields

L.Y.ng; Q.S.jing; M.G.oliang; Zhang Zhenfei, 1999:
Main characteristics and formation conditions of super large sedimentary-hydrothermal sulfide ore deposits in North China

Chen Zhaobo; Fang Xiheng, 1985:
Main characteristics and genesis of Phanerozoic vein-type uranium deposits

Huang Cunhun; Liu Shubao; Wang Gaoen, 1985:
Main characteristics and genesis of the migmatitic granitic complex in the Qurugtagh area, Yuli County, Xinjiang

Zhao Guochun, 1992:
Main characteristics and petrogenesis of charnockitic suite in Taipingzai area, eastern Hebei, northern China

A.D.blond; L.T.ck, 1999:
Main characteristics and review of mineral resources of the Kabanga-Musongati mafic-ultramafic alignment in Burundi

Ochirov, T.O., 1969:
Main characteristics and types of the Mesozoic structures in Buryatia and adjacent territories

Zhu Shaohua; Rui Xinjian; Wang Aihua; Zhuo Xueyi, 1991:
Main characteristics of Aketisikan occurrence, Altai

Chen Bailin, 2001:
Main characteristics of Caledonian gold deposits in South China; discussion

Wang Xiuzhang; Liang Huaying; Cheng Jingping, 2000:
Main characteristics of Caledonian gold deposits in south China

Y.J.anhua; F.H.iqiu; Zhang Deren; L.Z.aocong, 1987:
Main characteristics of Yanshanian intermediate-acidic intrusive rocks at the middle segmentation of Badaling Mountains, Beijing

Sidorov, V.A., 1973:
Main characteristics of a non-steady field near a source

Komissarova, I.N., 1989:
Main characteristics of ancient and modern salt accumulation in the North Caspian Depression

Chen Dianfen; Sun Shuqiong, 1989:
Main characteristics of antimony ores in Hunan-Guangxi area

Trifonov, N.V., 1985:
Main characteristics of capacitance transducers for geophysical apparatus

Voronkov, P.P.; Skakal skiy V.G.; Zubareva, V.I., 1978:
Main characteristics of chemical evolution of Lake Ladoga waters

Baymukhamedov, K.N.; Zakirov, T.Z.; Tursunov, M.K., 1973:
Main characteristics of distribution and methods of prospecting for hydrothermal deposits in southwestern Hissar

Anonymous, 2006:
Main characteristics of egg production in the quails of Manjuria Gold race

Verzilin, N.N.; Klochkov, L.V.; Shuvalov, V.F., 1991:
Main characteristics of formation of zeolites and clay minerals of Neocomian tuffaceous sediments of southeastern Mongolia

Liu Yican; X.S.utong; Jiang Laili; S.W.n; W.W.iping, 1997:
Main characteristics of granulite facies rocks in the northern part of the Dabie Mountains

Anonymous, 2007:
Main characteristics of hedgerows in Verona and Vicenza departments

Rosenman Hector Lucio; Giani Paula Veronica, 1988:
Main characteristics of historical constructions in Argentina

Long Shaodu, 1988:
Main characteristics of karst water in Hunan Province and a preliminary evolution of its resources

L.J.nyi; Xiao Xuchang; Tang Yaoqing; Zhao Min; Zhu Baoqing; Feng Yimin, 1990:
Main characteristics of late Paleozoic plate tectonics in the southern part of eastern Junggar, Xinjiang