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#apennines — Public Fediverse posts

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

  1. ‘We made everything bear-proof’: the Italian village that learned to love its bears.

    By learning to live with its ursine neighbours, mountainous Pettorano sul Gizio has drawn tourists and new residents, bucking a trend of rural decline.

    mediafaro.org/article/20250407

    #Italy #Bears #Wildlife #Apennines #Rewilding #Nature

  2. ‘We made everything bear-proof’: the Italian village that learned to love its bears.

    By learning to live with its ursine neighbours, mountainous Pettorano sul Gizio has drawn tourists and new residents, bucking a trend of rural decline.

    mediafaro.org/article/20250407

    #Italy #Bears #Wildlife #Apennines #Rewilding #Nature

  3. ‘We made everything bear-proof’: the Italian village that learned to love its bears.

    By learning to live with its ursine neighbours, mountainous Pettorano sul Gizio has drawn tourists and new residents, bucking a trend of rural decline.

    mediafaro.org/article/20250407

    #Italy #Bears #Wildlife #Apennines #Rewilding #Nature

  4. @cathieleblanc
    That's a sharp moon image. Has enormous detail if you zoom in.

    Your image processing technique intrigues me. I use a similar technique that I've tried to automate. I take movies of areas of the moon, then break the movies into individual frames.

    I skip to the first sharp image. Then I feed the remainder to a program I wrote that aligns them and uses a minimum correlation coefficient for culling frames. It then averages the passing frames.

    Here's the #Apennines .

  5. @cathieleblanc
    That's a sharp moon image. Has enormous detail if you zoom in.

    Your image processing technique intrigues me. I use a similar technique that I've tried to automate. I take movies of areas of the moon, then break the movies into individual frames.

    I skip to the first sharp image. Then I feed the remainder to a program I wrote that aligns them and uses a minimum correlation coefficient for culling frames. It then averages the passing frames.

    Here's the #Apennines .

  6. @cathieleblanc
    That's a sharp moon image. Has enormous detail if you zoom in.

    Your image processing technique intrigues me. I use a similar technique that I've tried to automate. I take movies of areas of the moon, then break the movies into individual frames.

    I skip to the first sharp image. Then I feed the remainder to a program I wrote that aligns them and uses a minimum correlation coefficient for culling frames. It then averages the passing frames.

    Here's the #Apennines .

  7. @cathieleblanc
    That's a sharp moon image. Has enormous detail if you zoom in.

    Your image processing technique intrigues me. I use a similar technique that I've tried to automate. I take movies of areas of the moon, then break the movies into individual frames.

    I skip to the first sharp image. Then I feed the remainder to a program I wrote that aligns them and uses a minimum correlation coefficient for culling frames. It then averages the passing frames.

    Here's the #Apennines .

  8. #Copernicus for #snow & ice monitoring

    The recent storms have covered most of Europe's mountain ranges 🏔️with snow

    On 4 January, #Sentinel2🇪🇺🛰️ acquired this image of the #Apennines range in central Italy 🇮🇹 and swirls of sediments in the Adriatic sea

    🐦🔗: n.respublicae.eu/CopernicusEU/

  9. #Copernicus for #snow & ice monitoring

    The recent storms have covered most of Europe's mountain ranges 🏔️with snow

    On 4 January, #Sentinel2🇪🇺🛰️ acquired this image of the #Apennines range in central Italy 🇮🇹 and swirls of sediments in the Adriatic sea

    🐦🔗: n.respublicae.eu/CopernicusEU/

  10. #Copernicus for #snow & ice monitoring

    The recent storms have covered most of Europe's mountain ranges 🏔️with snow

    On 4 January, #Sentinel2🇪🇺🛰️ acquired this image of the #Apennines range in central Italy 🇮🇹 and swirls of sediments in the Adriatic sea

    🐦🔗: n.respublicae.eu/CopernicusEU/