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#sedimentology — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #sedimentology, aggregated by home.social.

  1. Interbedding (Petrology 💎)

    In geology, interbedding occurs when beds of a particular lithology lie between or alternate with beds of a different lithology. For example, sedimentary rocks may be interbedded if there were sea level variations in their sedimentary depositional environment. Intercalation is a special case of interbedding where a layer is variably inserted into an already existing s...

    en.wikipedia.org/wiki/Interbed

    #Interbedding #Petrology #Stratigraphy #Sedimentology

  2. Lens (geology) (Petrology 💎)

    In geology, a lens or lentil is a body of ore or rock that is thick in the middle and thin at the edges, resembling a convex lens in cross-section. To thin out in all directions is to "lens out", also known as "lensing". The adjectives "lenticular" and "lentiform" are used to describe lens-like formations. Lenticle is a synonym for lentil, but may also refer to a fragment of rock that...

    en.wikipedia.org/wiki/Lens_(ge

    #Lens #Petrology #Sedimentology

  3. 🚨 talk announcement! 🚨

    How does the geological record form?

    We can observe modern depositional environments using advanced remote sensing and direct sampling.
    We can observe geological strata through seismics, drillcores, and direct sampling.

    What happens in between?

    Xianyi Liu in my team is trying to find out, using the oldest known aerial photographs of the #Bahamas, and comparing them with today's facies distribution. It's a journey through #carbonate #sedimentology, #GIS, modelling and #MachineLearning. If you'd like a sneak peek, join his talk coming Tuesday at 17:00 CET at PaleoPERCS.
    Please register at paleopercs.com/ - you get a Zoom link when you've registered.
    #EarthScience #geoscience #RemoteSensing #geology

  4. Some more #work stuff.

    Getting an European Research Council (ERC) grant had this terrible outcome that I thought: now we can do in-depth, thoughtful research without cutting corners and ducktape solutions. Understanding #evolution in the #fossil record required a reproducible model representation of that record and we weren't satisfied with any of the existing models. Computer models made by (Earth) scientists are rarely very good, because we are not necessarily trained to make them, but to model events happening over hundreds of thousands of years, we crucially rely on their quality.

    So we decided to develop one. Thanks to its main developer Johan Hidding @eScienceCenter and the collaboration with Peter Burgess, Xianyi Liu and @Niklas_Hohmann we have a fast, sustainable, #OpenSource package in #julialang for modeling #carbonate platforms.

    The preprint is out for public review: please leave us a comment at egusphere.copernicus.org/prepr or try CarboKitten.jl at mindthegap-erc.github.io/Carbo
    #geoscience #stratigraphy #sedimentology