LaMoGe · CONICET + University of Buenos Aires

Understanding Earth dynamics through evidence, models and computational precision.

A reference laboratory in geological modelling, tectonics and geodynamics. We connect field observations, analogue modelling, numerical simulation and structural interpretation for research, advanced training and institutional collaboration.

Geological modelling · Tectonics · Geodynamics
2004 Active trajectory
ES / EN Bilingual platform
UBA + CONICET Institutional articulation
01 Sustained academic trajectory since 2004
02 Experimental infrastructure and computing capacity
03 Publications, projects and international scientific collaboration

What is LaMoGe?

An academic platform for geological modelling, tectonics and structural analysis.

LaMoGe is a research laboratory articulated across IDEAN, UBA and CONICET. It combines field observations, analogue modelling, numerical simulation and quantitative analysis to study complex geological systems, train researchers and sustain a high-level scientific agenda.

  • Consolidated academic and institutional trajectory
  • Interdisciplinary work across research, teaching and methodological support
  • Regional and international projection on complex geological problems
LaMoGe

Institutional embedding

IDEAN

Host institution

IDEAN

Universidad de Buenos Aires

Academic affiliation

IGEBA

Scientific collaboration

University of Oslo

International methodological cooperation

Capabilities

Experimental, methodological and computational capabilities

The institutional platform summarises the laboratory’s infrastructure, analysis resources and applied capabilities for research, services and external collaboration.

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Experimental infrastructure

Analogue modelling experimental platform

Experimental infrastructure for reproducing tectonic geometries and deformational processes through physical models, with visual acquisition and high-resolution geometric analysis.

Data and software

Processing and visualisation environment

Set of tools for geospatial analysis, modelling, scripting and scientific visualisation.

Computational resources

Computing capabilities

Capacity to run simulations, process velocity fields, compare analogue and numerical models and automate structural-analysis workflows.

G

Structural geometry prediction

Reconstruction of the spatial, temporal and thermal evolution of complex structures not fully resolved by geophysical exploration.

F

Fracture prediction

Development of methods to identify areas with higher probability of natural fracturing and estimate fracture intensity in conventional and unconventional reservoirs.

S

Structural sweet spots and stress fields

Integration of well breakouts, stress distribution and tension zones to understand shale reservoirs and optimise development scenarios.

News

Institutional updates and scientific news

News, announcements and editorial updates from the laboratory in a format that is simple to maintain.

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Institutional

New bilingual institutional portal for LaMoGe

The laboratory now has a new web platform designed to showcase research, publications, infrastructure, services and collaboration opportunities with greater clarity and maintainability.

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Publication

Recent scientific output integrated into the laboratory’s public archive

The editorial archive now makes it possible to highlight recent papers, sort by year, filter by topic and link directly to DOI records and related resources.

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Technology transfer

Andino 3D and the technological projection of geological modelling

The public projection of Andino 3D highlighted the laboratory’s ability to connect research, technological development and applied transfer in geosciences.

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