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#radiocarbon — Public Fediverse posts

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

  1. IOSACal 0.7

    IOSACal 0.7 was released yesterday. Here is a quick summary of what’s new. One of the standard plots rendered in the latest IOSACal version. It looks exactly as before. This long cycle was mostly about documentation improvements and some maintenance tasks, the boring but essential work that keeps the project going. Version 0.7 is already available in PyPI and conda-forge. There is an updated version record at Zenodo. All changes were contributed by Stefano Costa. Documentation […]

    steko.iosa.it/2026/02/16/iosac

  2. IOSACal 0.7

    IOSACal 0.7 was released yesterday. Here is a quick summary of what’s new. One of the standard plots rendered in the latest IOSACal version. It looks exactly as before. This long cycle was mostly about documentation improvements and some maintenance tasks, the boring but essential work that keeps the project going. Version 0.7 is already available in PyPI and conda-forge. There is an updated version record at Zenodo. All changes were contributed by Stefano Costa. Documentation […]

    steko.iosa.it/2026/02/16/iosac

  3. IOSACal 0.7

    IOSACal 0.7 was released yesterday. Here is a quick summary of what’s new. One of the standard plots rendered in the latest IOSACal version. It looks exactly as before. This long cycle was mostly about documentation improvements and some maintenance tasks, the boring but essential work that keeps the project going. Version 0.7 is already available in PyPI and conda-forge. There is an updated version record at Zenodo. All changes were contributed by Stefano Costa. Documentation […]

    steko.iosa.it/2026/02/16/iosac

  4. IOSACal 0.7

    IOSACal 0.7 was released yesterday. Here is a quick summary of what’s new. One of the standard plots rendered in the latest IOSACal version. It looks exactly as before. This long cycle was mostly about documentation improvements and some maintenance tasks, the boring but essential work that keeps the project going. Version 0.7 is already available in PyPI and conda-forge. There is an updated version record at Zenodo. All changes were contributed by Stefano Costa. Documentation […]

    steko.iosa.it/2026/02/16/iosac

  5. IOSACal 0.7

    IOSACal 0.7 was released yesterday. Here is a quick summary of what’s new. One of the standard plots rendered in the latest IOSACal version. It looks exactly as before. This long cycle was mostly about documentation improvements and some maintenance tasks, the boring but essential work that keeps the project going. Version 0.7 is already available in PyPI and conda-forge. There is an updated version record at Zenodo. All changes were contributed by Stefano Costa. Documentation […]

    steko.iosa.it/2026/02/16/iosac

  6. Unravelling The Dance Of Earthquakes - Evidence Of Partial Synchronization Of The Northern San Andreas Fault And Cascadia Megathrust
    --
    doi.org/10.1130/GES02857.1 <-- shared paper
    --
    “Previous paleoseismic work has suggested a possible stress triggering relationship between the Cascadia subduction zone and the northern San Andreas fault based on similar event timings. Turbidite successions correlated to both systems may support this hypothesis. Historic earthquakes in 1980 and 1992 in the Cascadia subduction zone and the 1906 earthquake on the northern San Andreas fault left turbidite records that are temporally well constrained by bomb-carbon−supported age-depth models..."
    #geology #USWest #Seattle #Washington #California #earthquake #engineeringeology #fault #faulting #SanAndreas #Cascadiasubductionzone #linked #Cascadia #research #sediment #sedimentology #Turbidite #paleoseismology #historic #spatial #spatialanalysis #spatiotemporal #model #modeling #stress #subduction #dating #radiocarbon #Holocene

  7. Unravelling The Dance Of Earthquakes - Evidence Of Partial Synchronization Of The Northern San Andreas Fault And Cascadia Megathrust
    --
    doi.org/10.1130/GES02857.1 <-- shared paper
    --
    “Previous paleoseismic work has suggested a possible stress triggering relationship between the Cascadia subduction zone and the northern San Andreas fault based on similar event timings. Turbidite successions correlated to both systems may support this hypothesis. Historic earthquakes in 1980 and 1992 in the Cascadia subduction zone and the 1906 earthquake on the northern San Andreas fault left turbidite records that are temporally well constrained by bomb-carbon−supported age-depth models..."

  8. Unravelling The Dance Of Earthquakes - Evidence Of Partial Synchronization Of The Northern San Andreas Fault And Cascadia Megathrust
    --
    doi.org/10.1130/GES02857.1 <-- shared paper
    --
    “Previous paleoseismic work has suggested a possible stress triggering relationship between the Cascadia subduction zone and the northern San Andreas fault based on similar event timings. Turbidite successions correlated to both systems may support this hypothesis. Historic earthquakes in 1980 and 1992 in the Cascadia subduction zone and the 1906 earthquake on the northern San Andreas fault left turbidite records that are temporally well constrained by bomb-carbon−supported age-depth models..."
    #geology #USWest #Seattle #Washington #California #earthquake #engineeringeology #fault #faulting #SanAndreas #Cascadiasubductionzone #linked #Cascadia #research #sediment #sedimentology #Turbidite #paleoseismology #historic #spatial #spatialanalysis #spatiotemporal #model #modeling #stress #subduction #dating #radiocarbon #Holocene

  9. Unravelling The Dance Of Earthquakes - Evidence Of Partial Synchronization Of The Northern San Andreas Fault And Cascadia Megathrust
    --
    doi.org/10.1130/GES02857.1 <-- shared paper
    --
    “Previous paleoseismic work has suggested a possible stress triggering relationship between the Cascadia subduction zone and the northern San Andreas fault based on similar event timings. Turbidite successions correlated to both systems may support this hypothesis. Historic earthquakes in 1980 and 1992 in the Cascadia subduction zone and the 1906 earthquake on the northern San Andreas fault left turbidite records that are temporally well constrained by bomb-carbon−supported age-depth models..."
    #geology #USWest #Seattle #Washington #California #earthquake #engineeringeology #fault #faulting #SanAndreas #Cascadiasubductionzone #linked #Cascadia #research #sediment #sedimentology #Turbidite #paleoseismology #historic #spatial #spatialanalysis #spatiotemporal #model #modeling #stress #subduction #dating #radiocarbon #Holocene

  10. Unravelling The Dance Of Earthquakes - Evidence Of Partial Synchronization Of The Northern San Andreas Fault And Cascadia Megathrust
    --
    doi.org/10.1130/GES02857.1 <-- shared paper
    --
    “Previous paleoseismic work has suggested a possible stress triggering relationship between the Cascadia subduction zone and the northern San Andreas fault based on similar event timings. Turbidite successions correlated to both systems may support this hypothesis. Historic earthquakes in 1980 and 1992 in the Cascadia subduction zone and the 1906 earthquake on the northern San Andreas fault left turbidite records that are temporally well constrained by bomb-carbon−supported age-depth models..."
    #geology #USWest #Seattle #Washington #California #earthquake #engineeringeology #fault #faulting #SanAndreas #Cascadiasubductionzone #linked #Cascadia #research #sediment #sedimentology #Turbidite #paleoseismology #historic #spatial #spatialanalysis #spatiotemporal #model #modeling #stress #subduction #dating #radiocarbon #Holocene

  11. Starting today, you can install iosacal with conda. This adds to the existing installation procedure with pip. Conda is a good fit for complex projects and has better tooling for reproducibility.

    Installing iosacal can be achieved by adding conda-forge to your channels with:

    conda config --add channels conda-forge conda config --set channel_priority strict

    Once the conda-forge channel has been enabled, iosacal can be installed with conda:

    conda install iosacal

    or with mamba:

    mamba install iosacal

    https://steko.iosa.it/2024/03/install-iosacal-with-conda/

    #conda #condaForge #iosacal #python #radiocarbon

  12. Starting today, you can install iosacal with conda. This adds to the existing installation procedure with pip. Conda is a good fit for complex projects and has better tooling for reproducibility.

    Installing iosacal can be achieved by adding conda-forge to your channels with:

    conda config --add channels conda-forge conda config --set channel_priority strict

    Once the conda-forge channel has been enabled, iosacal can be installed with conda:

    conda install iosacal

    or with mamba:

    mamba install iosacal

    https://steko.iosa.it/2024/03/install-iosacal-with-conda/

    #conda #condaForge #iosacal #python #radiocarbon

  13. Starting today, you can install iosacal with conda. This adds to the existing installation procedure with pip. Conda is a good fit for complex projects and has better tooling for reproducibility.

    Installing iosacal can be achieved by adding conda-forge to your channels with:

    conda config --add channels conda-forge conda config --set channel_priority strict

    Once the conda-forge channel has been enabled, iosacal can be installed with conda:

    conda install iosacal

    or with mamba:

    mamba install iosacal

    https://steko.iosa.it/2024/03/install-iosacal-with-conda/

    #conda #condaForge #iosacal #python #radiocarbon

  14. Starting today, you can install iosacal with conda. This adds to the existing installation procedure with pip. Conda is a good fit for complex projects and has better tooling for reproducibility.

    Installing iosacal can be achieved by adding conda-forge to your channels with:

    conda config --add channels conda-forge conda config --set channel_priority strict

    Once the conda-forge channel has been enabled, iosacal can be installed with conda:

    conda install iosacal

    or with mamba:

    mamba install iosacal

    https://steko.iosa.it/2024/03/install-iosacal-with-conda/

    #conda #condaForge #iosacal #python #radiocarbon

  15. Do you know of an ✨outstanding✨ student publication or journal article in biomolecular archaeology that you think deserves recognition? Nominations are currently open for awards which will be announced at #ISBA10! You can find more info below 👇

    isbarch.org/awards
    #archaeology #ancientDNA #BiomolecularArchaeology #palaeogenetics #archaeogenomics #palaeoproteomics #proteomics #radiocarbon #c14 #stableisoptopes #dietreconstruction #lipids #environmentalarchaeology #zooarchaeology #palaeoecology

  16. The #ISBA10 program has been released! 🎉Our email list members will have received this on Friday (join here: jiscmail.ac.uk/ISBARCH) but you can also find a copy attached below 👇

    You can find an outline of the schedule on our website: isba10.ut.ee/program

    #archaeology #ancientDNA #BiomolecularArchaeology #palaeogenetics #archaeogenomics #palaeoproteomics #proteomics #radiocarbon #c14 #stableisoptopes #dietreconstruction #lipids #environmentalarchaeology #zooarchaeology #palaeoecology

  17. The #ISBA10 program has been released! 🎉Our email list members will have received this on Friday (join here: jiscmail.ac.uk/ISBARCH) but you can also find a copy attached below 👇

    You can find an outline of the schedule on our website: isba10.ut.ee/program

    #archaeology #ancientDNA #BiomolecularArchaeology #palaeogenetics #archaeogenomics #palaeoproteomics #proteomics #radiocarbon #c14 #stableisoptopes #dietreconstruction #lipids #environmentalarchaeology #zooarchaeology #palaeoecology

  18. I’m happy to announce that IOSACal version 0.6 was released on October 1st, 2022.

    IOSACal 0.6 brings new features for simulating radiocarbon dates and obtaining quantiles, added respectively by Hythem Sidky and Roger Creel, who both contributed to IOSACal for the first time. I want to thank both for their efforts to share improvements to the IOSACal source code by sticking to the code of conduct and contribution rules of the project.

    The documentation at https://iosacal.readthedocs.io/ has been updated substantially, and some pages are now generated directly from Jupyter notebooks. You can download those notebooks and quickly start working on your own research notebooks.

    You can get this update as usual with pip install iosacal or by updating your requirements.txt to this version:

    iosacal==0.6.0

    IOSACal 0.6 brings several improvements to the development process, most notably continuous integration (CI) thanks to Codeberg CI. All pull requests are automatically run through iosacal’s own test suite (coverage is not yet complete but it is improving). The detailed list of all changes is at https://iosacal.readthedocs.io/en/stable/whatsnew.html

    The demo web application was discontinued, and usage with MyBinder or Google Colab is now encouraged.

    That’s it for now, development continues at https://codeberg.org/steko/iosacal!

    This article is also available via the new IOSACal updates newsletter!

    #iosacal #radiocarbon

    https://steko.iosa.it/2022/10/iosacal-0-6-released-with-new-features-for-simulation-and-quantiles/

  19. I’m happy to announce that IOSACal version 0.6 was released on October 1st, 2022.

    IOSACal 0.6 brings new features for simulating radiocarbon dates and obtaining quantiles, added respectively by Hythem Sidky and Roger Creel, who both contributed to IOSACal for the first time. I want to thank both for their efforts to share improvements to the IOSACal source code by sticking to the code of conduct and contribution rules of the project.

    The documentation at https://iosacal.readthedocs.io/ has been updated substantially, and some pages are now generated directly from Jupyter notebooks. You can download those notebooks and quickly start working on your own research notebooks.

    You can get this update as usual with pip install iosacal or by updating your requirements.txt to this version:

    iosacal==0.6.0

    IOSACal 0.6 brings several improvements to the development process, most notably continuous integration (CI) thanks to Codeberg CI. All pull requests are automatically run through iosacal’s own test suite (coverage is not yet complete but it is improving). The detailed list of all changes is at https://iosacal.readthedocs.io/en/stable/whatsnew.html

    The demo web application was discontinued, and usage with MyBinder or Google Colab is now encouraged.

    That’s it for now, development continues at https://codeberg.org/steko/iosacal!

    This article is also available via the new IOSACal updates newsletter!

    #iosacal #radiocarbon

    https://steko.iosa.it/2022/10/iosacal-0-6-released-with-new-features-for-simulation-and-quantiles/