| Aki, Keiichi | Quantitative seismology |
| Banegal, Fran | Jupiter |
| Barlow, Nadine G. | Mars |
| Barreira, Luis | Introduction to smooth ergodic theory |
| Bertotti, Bruno | Physics of the solar system |
| Coustenis, Athena | Life beyond Earth |
| Davies, Ashley | Volcanism on Io |
| Evans, Gwynne | Numerical methods for partial differential equations |
| Francois, Dominique | Mechanical behaviour of materials |
| Fuki, A. A. | Geometrical optics of weakly anisotropic media |
| Fukuyama, E. | Fault-Zone properties and earthquake rupture dynamics |
| Glatzmaier, Gary A. | Introduction to modeling convection in planets and stars |
| Golub, Gene H. | Matrix computations |
| Griffiths, D. F. | Numerical methods for ordinary differential equations |
| Impey, Lurine | Frontiers of astrobiology |
| Impey, Chris | Talking about life |
| Jastrow, Robert | Origins of life in the universe |
| Jones, Barrie William | Pluto |
| Kosevič, Arnol'd Markovič | Theory of elasticity |
| Kosmann-Schwarzbach, Yvette | The Noether Theorems |
| Murray, Carl D. | Solar system dynamics |
| Mutabazi, A. | Dynamics of spatio-temporal cellular structures |
| Ol'shanskii, Maksim Aleksandrovich | Iterative methods for linear systems |
| Onaka, Michiyasu | The physics of rock failure and earthquakes |
| Pryor, Roger W. | Multiphysics modeling using COMSOL |
| Radko, Timour | Double-diffusive convection |
| Rothery, D. A. | An introduction to astrobiology |
| Rothery, D. A. | The Cambridge guide to the solar system |
| Rothery, McBride | An introduction to the solar system |
| Schenk, Paul M. | Atlas of the Galilean satellites |
| Tabatabaian, Mehrzad | COMSOL for engineers |
| Tarantola, Albert | Inverse problem theory and methods for model parameter estimation |
| Taylor, F. W. | The scientific exploration of Venus |
| Voss, Herbert | LATEX quick reference |
| Wodang, I.G. | Titan |
| Aster, Richard C. | Parameter estimation and inverse problems |
| Buforn, Elisa | Solved problems in geophysics |
| Elman, Howard C. | Finite elements and fast iterative solvers |
| Fichtner, Andreas | Full seismic waveform modelling and inversion |
| Gropp, William | Using MPI |
| Gropp, William | Using MPI-2 |
| Hori, Muneo | Introduction to computational earthquake engineering |
| Chave, Alan D. | The magnetotelluric method |
| Iserles, Arieh | A first course in the numerical analysis of differential equations |
| Gupta, Harsh K. | Encyclopedia of solid earth geophysics |
| Lewin, Walter | Z lásky k fyzice |
| Lischner, Ray | C++ in a nutshell |
| Munshi, A. | OpenCL programming guide |
| Peyret, Roger | Spectral methods for incompressible viscous flow |
| Press, W. H. | Numerical recipes in FORTRAN |
| Press, W. H. | Numerical recipes in C |
| Shearer, Peter M. | Introduction to seismology |
| Stolt, Robert H. | Seismic imaging and inversion |
| Zobin, V. M. | Introduction to volcanic seismology |
| Adler, Robert J. | Random fields and geometry |
| Achenbach, J. D. | Ray methods for waves in elastic solids |
| Armitage, Philip J. | Astrophysics of planet formation |
| Babich, V. M. | Diffraction theory |
| Cap, Ferdinand | Tsunamis and hurricanes |
| Dahlen, F. A. | Theoretical global seismology |
| De Pater, Imke | Planetary sciences |
| Donea, J. | Finite element methods for flow problems |
| Edmonds, A. R. | Angular momentum in quantum mechanics |
| Eroglu, Abdullah | Wave propagation and radiation in gyrotropic and anisotropic media |
| Filippov, A. T. | The versatile soliton |
| Fowler, Andrew | Mathematical geoscience |
| Gubbins, David | Time series analysis and inverse theory for geophysicists |
| Hehl, F. W. | Foundations of classical electrodynamics |
| Chen, Hollis C. | Theory of electromagnetic waves |
| Ismail-Zadeh, Alik | Computational methods for geodynamics |
| Jaupart, Claude | Heat generation and transport in the Earth |
| Kravtsov, Yury A. | Theory of diffraction |
| Leger, A. | Ultrasonic wave propagation in non homogeneous media |
| Lemaitre, Gérard René | Astronomical optics and elasticity theory |
| Levesque, John M. | High performance computing |
| Mandea, Mioria | Geomagnetic observations and models |
| Melosh, H. J. | Planetary surface processes |
| Merrill, Ronald T. | Our magnetic Earth |
| Metcalf, Michael | Modern Fortran explained |
| Olson, Peter | Mantle convection in the Earth and planets |
| Oughstun, K. E. | Electromagnetic and optical pulse propagation |
| Pond, Stephen | Introductory dynamical oceanography |
| Ramberg, Hans | Gravity, deformation and the Earth's crust in theory, experiments and geological application |
| Ranalli, Giorgio | Rheology of the Earth |
| Raymond, Loren A. | Petrology |
| Slawinski, M. A. | Waves and rays in elastic continua |
| Turcotte, Donald L. | Geodynamics |
| Varshalovich, D. A. | Quantum theory of angular momentum |
| Xin, Jack | An introduction to fronts in random media |
| Backus, George | Foundations of geomagnetism |
| Barnes, Rory | Formation and evolution of exoplanets |
| Borcherdt, Roger D. | Viscoelastic waves in layered media |
| Carslaw, H. S. | Conduction of heat in solids |
| Cuffey, Kurt | The physics of glaciers |
| Dautray, Robert | Mathematical analysis and numerical methods for science and technology |
| Dougherty, M. K. | Saturn from Cassini-Huygens |
| Faure, Gunter | Introduction to planetary science |
| Ferronsky, V. I. | Dynamics of the Earth |
| Fischer, Irene K. | Geodesy? What is that? |
| Flechtner, F. | System earth via geodetic-geophysical space techniques |
| Fornberg, Bengt | A practical guide to pseudospectral methods |
| Foulger, Gillian R. | Plates vs plumes |
| Freeden, W. | Spherical functions of mathematical geosciences |
| Frolich, Cliff | Deep earthquakes |
| Ganguly, Jibamitra | Thermodynamics in earth and planetary sciences |
| Gerya, Taras V. | Introduction to numerical geodynamic modelling |
| Glassmeier, K. H. | Geomagnetic field variations |
| Greve, Ralf | Dynamics of ice sheets and glaciers |
| Gubbins, David | Encyclopedia of geomagnetism and paleomagnetism |
| Havskov, Jens | Routine data processing in earthquake seismology |
| Hesthaven, J. S. | Nodal discontinuous Galerkin methods |
| Hirose, Kei | Post-perovskite |
| Chandrasekhar, S. | Hydrodynamic and hydromagnetic stability |
| Chapman, Chris H. | Fundamentals of seismic wave propagation |
| Ismail-Zadeh, Alik | Computational methods for geodynamics |
| Jacoby, Wolfgang | Gravity interpretation |
| Kearey, P. | Global tectonics |
| Kozák, Jan | The illustrated history of natural disasters |
| Lappa, Marcello | Thermal convection |
| Lawson, Charles L. | Solving least squares problems |
| Levin, Boris | Physics of tsunamis |
| Lowrie, William | Fundamentals of geophysics |
| Munk, Walter H. | The rotation of the Earth |
| Pappalardo, R. T. | Europa |
| Pearlman, P. | Global geodetic observing system |
| Percival, Donald B. | Spectral analysis for physical applications |
| Rapp, Donald | Ice ages and interglacials |
| Ritter, J. R. | Mantle plumes |
| Roy, K. K. | Potential theory in applied geophysics |
| Sanders, Jason | CUDA by example |
| Sato, Haruo | Seismic wave propagation and scattering in the heterogeneous earth |
| Sedov, L. I. | Metody podobija i razmernosti v mechanike |
| Semenov, A. A. | Teorija elektromagnitnych voln |
| Štoll, Ivan | Dějiny fyziky |
| Teisseyre, R. | Physics of asymmetric continuum |
| Thoman, Peter | Multigrid methods on GPUs |
| Warbuton, A. | Theoretical and computational methods in mineral physics |
| Watters, T. | Planetary tectonics |
| Xing, Huilin | Advances in geocomputing |
| Zang, Arno | Stress field of the earth's crust |
| Clifford, H. | Advances in seismic event location |
| Forget, François | Planet Mars |
| Hemsy, G.M. | Multimedia fluid mechanics |
| Hill, R. | The mathematical theory of plasticity |
| Kennett, B. L. N. | Geophysical continua |
| Kramer, S. L. | Geotechnical earthquake engineering |
| Lallemand, Serge | Subduction zone geodynamics |
| Olson, Peter | Mantle convection in the Earth and planets |
| Tarbuck, Edward J. | Earth |
| Towhata, Ikuo | Geotechnical earthquake engineering |
| Trauth, Martin H. | MATLAB recipes for Earth sciences |
| Van der Pluijm, Ben A. | Earth structure |
| Wilmanski, Krzysztof | Continuum thermodynamics |
| Xing, Huilin | Advances in geocomputing |
| Zhao, Chongbin | Convective and advective heat transfer in geological systems |
| Adams, J. C. | Fortran 95 handbook |
| Aki, K. | Quantitative seismology |
| Aster, Richard C. | Parameter estimation and inverse problems |
| Ben-Menahem, Ari | Seismic waves and sources |
| Gasparini, P. | Earthquake early warning systems |
| Gibowicz, Slawomir J. | An introduction to mining seismology |
| Gilks, W. R. | Markov chain Monte Carlo in practice |
| Havskov, Jens | Instrumentation in earthquake seismology |
| Karato, Shun-ichiro | Deformation of Earth materials |
| Kennett, B. L. N. | Geophysical continua |
| Lowrie, William | Fundamentals of geophysics |
| Nolet, Guust | A breviary of seismic tomography |
| Rogers, Nick | An introduction to our dynamic planet |
| Sabadini, R. | Global dynamics of the Earth |
| Sharp, John | Microsoft Visual C# 2005 |
| Schick, Rolf | The little book of earthquakes and volcanoes |
| Schubert, Gerald | Treatise on geophysics |
| Stacey, Frank Donald | Physics of the Earth |
| Telford, William M. | Applied geophysics |
