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@MindTheGap-ERC

MindTheGap: Quantifying the completeness of the stratigraphic record and its role in reconstructing the tempo and mode of evolution

European Research Council Starting Grant

Project logo: phylogenetic tree filled with text "Mind The Gap"

Quantifying the completeness of the stratigraphic record and its role in reconstructing the tempo and mode of evolution

Welcome to the GitHub organization of the project. We develop numerical models to study the structure of the geological record. Our goal is to understand how time, environmental and evolutionary events are represented in imperfect, gappy records and to use this knowledge to reconstruct the history of life and palaeoclimate. For more science, please visit the project's webpage.

We are funded by the European Union's European Research Council Starting Grant awarded to Emilia Jarochowska (2023-2028).

This project is a consortium composed by Utrecht University and the Netherlands eScience Center. Some software used and developed in this project is a continuation of AstroTOM.

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Funding information

Funded by the European Union (ERC, MindTheGap, StG project no 101041077). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Council. Neither the European Union nor the granting authority can be held responsible for them. European Union and European Research Council logos

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  1. CarboKitten.jl CarboKitten.jl Public

    Julia implementation of carbonate platform model

    Julia 4

  2. admtools admtools Public

    Estimate Age-Depth Models and Transform Data

    R 4

  3. DarwinCAT DarwinCAT Public

    Shiny app visualizing the effects of carbonate stratigraphy on trait evolution

    R 2 2

  4. reactive-transport-model-for-limestone-marl-sequences reactive-transport-model-for-limestone-marl-sequences Public

    Forked from astro-turing/Integrating-diagenetic-equations-using-Python

    Integrating diagenetic equations using Python, inspired by LMA-Matlab, which was created by Niklas Hohmann

    Python 1

  5. LMA-Matlab LMA-Matlab Public

    Matlab implementation of the model by L'Heureux (2018) generating self-organized Limestone-Marl Alternations

    MATLAB 1

  6. preservation-orbital-forcing-carbonate-successions preservation-orbital-forcing-carbonate-successions Public

    Preservation of Orbital Forcing in Incomplete Carbonate Successions

    R 1

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