Introduction toelectrical properties of the Earth's mantle Wallace H. Campbell EditorialNotes Pages: 193 - 204
Crustal and upper mantle structure of stable continental regions in North America and northern Europe Robert P. Massé OriginalPaper Pages: 205 - 239
Properties of the lithosphere-asthenosphere system in Europe with a view toward earth conductivity G. CalcagnileG. F. Panza OriginalPaper Pages: 241 - 254
Temperature profiles in the earth of importance to deep electrical conductivity models Vladimír ČermákMarcela Laštovičková OriginalPaper Pages: 255 - 284
Analyzing electromagnetic induction data: Suggestions from laboratory measurements A. G. DubaT. J. Shankland OriginalPaper Pages: 285 - 290
Appreciation of spherically symmetric models of electrical conductivity J. PěčováZ. MartinecK. Pěč OriginalPaper Pages: 291 - 318
Upper mantle lateral heterogeneities and magnetotelluric daily variation data J. L. CounilM. MenvielleJ. L. Le Mouel OriginalPaper Pages: 319 - 340
Substitute conductors for electromagnetic response estimates Ulrich Schmucker OriginalPaper Pages: 341 - 367
The planetary scale distribution of telluric currents and the effect of the equatorial electrojet: An investigation by canonical GDS G. P. GregoriL. J. LanzerottiR. Cipollone OriginalPaper Pages: 369 - 392
Models of deep electrical conductivity obtained from data on global magnetic variational sounding V. I. DmitrievN. M. RotanovaM. V. Fiskina OriginalPaper Pages: 409 - 426
The upper mantle conductivity analysis method using observatory records of the geomagnetic field Wallace H. Campbell OriginalPaper Pages: 427 - 457
Limitations in the use of spherical harmonic methods for deep conductivity determinations W. D. Parkinson OriginalPaper Pages: 459 - 463
Application of space analysis of electromagnetic fields to investigation of the geoelectrical structure of the Earth M. S. Zhdanov OriginalPaper Pages: 483 - 497