#facies — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #facies, aggregated by home.social.
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Facies (Petrology 💎)
In geology, a facies is a body of rock with distinctive characteristics. The characteristics can be any observable attribute of rocks and the changes that may occur in those attributes over a geographic area. A facies encompasses all the characteristics of a rock including its chemical, physical, and biological features that distinguish it from adjacent rock. The term "facies" was i...
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New paper!
We usually think of #sediment getting finer as we move away from the shore. But, when biogenic and oceanographic factors come into play in the #mesophotic zone, the patterns could be quite different.
I'm really happy with how this paper came out. It's a very holistic view of how sedimentary #facies are actually distributed, with #seafloor photography, acoustic imaging, sampling, quantitative thin section analysis, and #multivariant statistics.
https://link.springer.com/article/10.1007/s10347-024-00690-1 -
New paper!
We usually think of #sediment getting finer as we move away from the shore. But, when biogenic and oceanographic factors come into play in the #mesophotic zone, the patterns could be quite different.
I'm really happy with how this paper came out. It's a very holistic view of how sedimentary #facies are actually distributed, with #seafloor photography, acoustic imaging, sampling, quantitative thin section analysis, and #multivariant statistics.
https://link.springer.com/article/10.1007/s10347-024-00690-1 -
New paper!
We usually think of #sediment getting finer as we move away from the shore. But, when biogenic and oceanographic factors come into play in the #mesophotic zone, the patterns could be quite different.
I'm really happy with how this paper came out. It's a very holistic view of how sedimentary #facies are actually distributed, with #seafloor photography, acoustic imaging, sampling, quantitative thin section analysis, and #multivariant statistics.
https://link.springer.com/article/10.1007/s10347-024-00690-1 -
New paper!
We usually think of #sediment getting finer as we move away from the shore. But, when biogenic and oceanographic factors come into play in the #mesophotic zone, the patterns could be quite different.
I'm really happy with how this paper came out. It's a very holistic view of how sedimentary #facies are actually distributed, with #seafloor photography, acoustic imaging, sampling, quantitative thin section analysis, and #multivariant statistics.
https://link.springer.com/article/10.1007/s10347-024-00690-1 -
New paper!
We usually think of #sediment getting finer as we move away from the shore. But, when biogenic and oceanographic factors come into play in the #mesophotic zone, the patterns could be quite different.
I'm really happy with how this paper came out. It's a very holistic view of how sedimentary #facies are actually distributed, with #seafloor photography, acoustic imaging, sampling, quantitative thin section analysis, and #multivariant statistics.
https://link.springer.com/article/10.1007/s10347-024-00690-1 -
New #preprint out: How does acoustic #facies mapping match against the facies we can actually recognize in the #sediment? And what actually governs that sediment distribution? We have some insight on both from the shelf of #Malta.
https://eartharxiv.org/repository/view/7072/ -
Sinuous Channels East Of Olympus Mons, Mars - Implications For Volcanic, Hydrological, And Tectonic Processes
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https://doi.org/10.1016/j.icarus.2021.114798 <-- paper
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"HIGHLIGHTS:
• [They] mapped channels and fossae within the volcanic plains east of Olympus Mons.
• Late Amazonian channels east of Olympus Mons formed by eruptions of lava or water.
• Fossae morphologies correspond to episodes of magmatic dike and sill emplacement.
• Loading of Olympus Mons may control magmatic ascent processes and eruption types..."
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#GIS #spatial #mapping #volcanism #tectonics #Mars #surface #interior #geologicalprocesses #remotesensing #map #geology #extraterrestrial #OlympusMons #volcanic #water #hydrology #hydrospatial #lava #fossae #morphology #geomorphology #magma #dike #sill #eruption #plains #traps #facies #map #survey #fluvial #bedrock #erosion #weathering #groundwater #surfacewater #regolith #lahar #meltwater #snow #ice #isostatic #HiRISE #CTX #imagery #chronostratigraphic #model #modeling #gischat -
Sinuous Channels East Of Olympus Mons, Mars - Implications For Volcanic, Hydrological, And Tectonic Processes
--
https://doi.org/10.1016/j.icarus.2021.114798 <-- paper
-
"HIGHLIGHTS:
• [They] mapped channels and fossae within the volcanic plains east of Olympus Mons.
• Late Amazonian channels east of Olympus Mons formed by eruptions of lava or water.
• Fossae morphologies correspond to episodes of magmatic dike and sill emplacement.
• Loading of Olympus Mons may control magmatic ascent processes and eruption types..."
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#GIS #spatial #mapping #volcanism #tectonics #Mars #surface #interior #geologicalprocesses #remotesensing #map #geology #extraterrestrial #OlympusMons #volcanic #water #hydrology #hydrospatial #lava #fossae #morphology #geomorphology #magma #dike #sill #eruption #plains #traps #facies #map #survey #fluvial #bedrock #erosion #weathering #groundwater #surfacewater #regolith #lahar #meltwater #snow #ice #isostatic #HiRISE #CTX #imagery #chronostratigraphic #model #modeling #gischat -
Sinuous Channels East Of Olympus Mons, Mars - Implications For Volcanic, Hydrological, And Tectonic Processes
--
https://doi.org/10.1016/j.icarus.2021.114798 <-- paper
-
"HIGHLIGHTS:
• [They] mapped channels and fossae within the volcanic plains east of Olympus Mons.
• Late Amazonian channels east of Olympus Mons formed by eruptions of lava or water.
• Fossae morphologies correspond to episodes of magmatic dike and sill emplacement.
• Loading of Olympus Mons may control magmatic ascent processes and eruption types..."
-
#GIS #spatial #mapping #volcanism #tectonics #Mars #surface #interior #geologicalprocesses #remotesensing #map #geology #extraterrestrial #OlympusMons #volcanic #water #hydrology #hydrospatial #lava #fossae #morphology #geomorphology #magma #dike #sill #eruption #plains #traps #facies #map #survey #fluvial #bedrock #erosion #weathering #groundwater #surfacewater #regolith #lahar #meltwater #snow #ice #isostatic #HiRISE #CTX #imagery #chronostratigraphic #model #modeling #gischat -
Sinuous Channels East Of Olympus Mons, Mars - Implications For Volcanic, Hydrological, And Tectonic Processes
--
https://doi.org/10.1016/j.icarus.2021.114798 <-- paper
-
"HIGHLIGHTS:
• [They] mapped channels and fossae within the volcanic plains east of Olympus Mons.
• Late Amazonian channels east of Olympus Mons formed by eruptions of lava or water.
• Fossae morphologies correspond to episodes of magmatic dike and sill emplacement.
• Loading of Olympus Mons may control magmatic ascent processes and eruption types..."
-
#GIS #spatial #mapping #volcanism #tectonics #Mars #surface #interior #geologicalprocesses #remotesensing #map #geology #extraterrestrial #OlympusMons #volcanic #water #hydrology #hydrospatial #lava #fossae #morphology #geomorphology #magma #dike #sill #eruption #plains #traps #facies #map #survey #fluvial #bedrock #erosion #weathering #groundwater #surfacewater #regolith #lahar #meltwater #snow #ice #isostatic #HiRISE #CTX #imagery #chronostratigraphic #model #modeling #gischat -
Sinuous Channels East Of Olympus Mons, Mars - Implications For Volcanic, Hydrological, And Tectonic Processes
--
https://doi.org/10.1016/j.icarus.2021.114798 <-- paper
-
"HIGHLIGHTS:
• [They] mapped channels and fossae within the volcanic plains east of Olympus Mons.
• Late Amazonian channels east of Olympus Mons formed by eruptions of lava or water.
• Fossae morphologies correspond to episodes of magmatic dike and sill emplacement.
• Loading of Olympus Mons may control magmatic ascent processes and eruption types..."
-
#GIS #spatial #mapping #volcanism #tectonics #Mars #surface #interior #geologicalprocesses #remotesensing #map #geology #extraterrestrial #OlympusMons #volcanic #water #hydrology #hydrospatial #lava #fossae #morphology #geomorphology #magma #dike #sill #eruption #plains #traps #facies #map #survey #fluvial #bedrock #erosion #weathering #groundwater #surfacewater #regolith #lahar #meltwater #snow #ice #isostatic #HiRISE #CTX #imagery #chronostratigraphic #model #modeling #gischat -
Food for thought #Samples from higher #paleolatitudes were on average smaller, but contained #outliers with the largest #sizes, highlighting the need to analyze entire #distributions. #Lithology and #collection differences need to be accounted for when evaluating #size differences across #space (#polar #gigantism) and #time (#Lilliput #effect). Similarly, differences in #facies may affect #species #determination
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Food for thought #Samples from higher #paleolatitudes were on average smaller, but contained #outliers with the largest #sizes, highlighting the need to analyze entire #distributions. #Lithology and #collection differences need to be accounted for when evaluating #size differences across #space (#polar #gigantism) and #time (#Lilliput #effect). Similarly, differences in #facies may affect #species #determination
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#Samples from higher #paleolatitudes were on average smaller, but contained #outliers with the largest #sizes, highlighting the need to analyze entire #distributions. #Lithology and #collection differences need to be accounted for when evaluating #size differences across #space (#polar #gigantism) and #time (#Lilliput #effect). Similarly, differences in #facies may affect #species #determination
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Food for thought #Samples from higher #paleolatitudes were on average smaller, but contained #outliers with the largest #sizes, highlighting the need to analyze entire #distributions. #Lithology and #collection differences need to be accounted for when evaluating #size differences across #space (#polar #gigantism) and #time (#Lilliput #effect). Similarly, differences in #facies may affect #species #determination
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#Samples from higher #paleolatitudes were on average smaller, but contained #outliers with the largest #sizes, highlighting the need to analyze entire #distributions. #Lithology and #collection differences need to be accounted for when evaluating #size differences across #space (#polar #gigantism) and #time (#Lilliput #effect). Similarly, differences in #facies may affect #species #determination
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Here we analyze the impact of #facies, #region, #taxonomy, and #collection style over #size #distributions using diameter as a proxy of Late #Devonian #ammonoids in their entirety using non-metric #multidimensional #scaling and #PERMANOVA based on #Kolmogorov distance.
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Here we analyze the impact of #facies, #region, #taxonomy, and #collection style over #size #distributions using diameter as a proxy of Late #Devonian #ammonoids in their entirety using non-metric #multidimensional #scaling and #PERMANOVA based on #Kolmogorov distance.
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Here we analyze the impact of #facies, #region, #taxonomy, and #collection style over #size #distributions using diameter as a proxy of Late #Devonian #ammonoids in their entirety using non-metric #multidimensional #scaling and #PERMANOVA based on #Kolmogorov distance.
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Here we analyze the impact of #facies, #region, #taxonomy, and #collection style over #size #distributions using diameter as a proxy of Late #Devonian #ammonoids in their entirety using non-metric #multidimensional #scaling and #PERMANOVA based on #Kolmogorov distance.
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Here we analyze the impact of #facies, #region, #taxonomy, and #collection style over #size #distributions using diameter as a proxy of Late #Devonian #ammonoids in their entirety using non-metric #multidimensional #scaling and #PERMANOVA based on #Kolmogorov distance.
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Body-size distributions of organisms across #environments in space and time are a powerful source of information on #ecological and #evolutionary processes. However, most studies only focus on selected parameters of #size distributions (e.g., central tendency or extremes) and rarely take into account entire #distributions and how they are affected by the #collection style and #facies
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CW: 🐦💨
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CW: 🐦💨
