The 17th annual conference of the International Association for Mathematical Geosciences

Країна: Германія

Місто: Freiberg

Тези до: 01.03.2015

Дати: 05.09.15 — 13.09.15

Е-мейл Оргкомітету:

Організатори: IAMG


The conference welcomes all kinds of contributions advancing the use of mathematics and informatics in the geosciences. Methodological and applied contributions are equally welcome.

IAMG2015 will offer session covering the main "backbone" of the research from members of the International Association for Mathematical Geosciences. Submissions to these general sessions are organized through a system of classification of contributions by very broad topics. This system is structured using a two-fold topic/method classification system, conceived for several goals. First, it minimizes the chance that parallel presentations important to the same person occur simultaneously. Second, it allows to bring together in the same session people who might otherwise not be aware of their common research interests. Third, it will give rise to the general sessions themselves. Apart of this broad system of general sessions, focus sessions (much in the flavor of classical sessions) are organized towards narrower specific topics of special interests.

The use of a topic classification system, will allow the definition of flexible general sessions defined by the contributions rather than the interests of the organizers. The general sessions will arise dynamically from the conjunction of several compatible contributions, selected because they share the same or similar topics, methods or field of application. These sessions will be defined together with the final scientific programme.

During submission, authors must choose one tag from the list of mathematical/computer science topics, and one tag from the list of geoscience topics (see below). There are as well general "grab bag" tags, for submissions that do not fit this classification system clearly. It is also possible to select more tags as secondary topics.
Math/Computer Science topics↑

    Two Point Geostatistics
    Multi Point Geostatistics
    Model-Based Geostatistics
    Point Processes
    Time Series Analysis
    Space-Time Processes
    Fractal and Multi-Fractal Modelling
    Image Analysis
    Stochastic Geometry and Stereology/Mathematical Morphology
    Other Spatial and Space-Time Statistical Methods
    Electromagnetic Data: Spectral, Hyperspectral, SAR, ...
    Compositional Data Analysis (including distributions)
    Spherical Mathematics, Probablity and Statistics
    Multivariate Statistics
    Bayesian Statistics
    Machine Learning
    Optimisation and Operations Research
    Other Non-Space, Non-Time Statistical Methods
    Numerical Modelling and Numerical Simulation
    Data Assimilation and data integration
    Inverse Problem solving
    3D Geodata and modeling of 3D objects
    Geographic and Geoscience Information Systems
    space/space-time geo-databases
    e-Geosciences and geoscience information exchange standards
    other computer sciences methods
    other mathematical methods
    other methods

Geoscience topics↑

    Geomorphology and Quaternary geology
    Volcanology and geothermal research
    Stratigraphy and sedimentology
    Structural geology and tectonics
    Petrology, mineralogy and crystallography
    Characterization of oil and gas resources
    Mineral resources
    Natural hazard and geological risk assessment
    Soil and rock mechanics and geotechnics
    Palaeonthology, paleoecology, geobiology
    Isotope geochemistry
    Chemical analytics in the geosciences
    Geodynamics, geophysics and geodesy
    Remote sensing
    Water: sea, surface and subsurface
    Climatology, meteorology, cryology, atmosphere and ocean sciences
    Soil science
    Biosphere, ecology, biogeochemistry and health
    Other topics in Geosciences
    Other topics outside Geosciences

For methods with typical application in the geosciences purely methodological contributions are also welcome. These special topics include e.g.: geostatistics (two- or multi-point), statistics of compositional data, (flow, transport or deformation) numerical simulations under uncertainty, 3D modelling of natural objects, space-time information systems, spatial data models and structures, and remote sensing.

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