home.social

#seabed2030 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #seabed2030, aggregated by home.social.

fetched live
  1. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --
    #Seabed2030 #OceanMapping #Hydrospatial #remotesensing #seafloor #seafloorspreading #oceanic #crust #geology #structuralgeology #IndianOcean #earthquake #midoceanridge #instrumentation #marine #seabed #hydrography #model #modeling #mapping #GIS #spatial #tectonicplates #magma #fortuitous #survey #seismogeodetic #monitoring #submarine #rifting #observation #volcanism #seismicity #dyke #fault #faulting #midoceanridge #MOR

  2. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --
    #Seabed2030 #OceanMapping #Hydrospatial #remotesensing #seafloor #seafloorspreading #oceanic #crust #geology #structuralgeology #IndianOcean #earthquake #midoceanridge #instrumentation #marine #seabed #hydrography #model #modeling #mapping #GIS #spatial #tectonicplates #magma #fortuitous #survey #seismogeodetic #monitoring #submarine #rifting #observation #volcanism #seismicity #dyke #fault #faulting #midoceanridge #MOR

  3. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --
    #Seabed2030 #OceanMapping #Hydrospatial #remotesensing #seafloor #seafloorspreading #oceanic #crust #geology #structuralgeology #IndianOcean #earthquake #midoceanridge #instrumentation #marine #seabed #hydrography #model #modeling #mapping #GIS #spatial #tectonicplates #magma #fortuitous #survey #seismogeodetic #monitoring #submarine #rifting #observation #volcanism #seismicity #dyke #fault #faulting #midoceanridge #MOR

  4. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --
    #Seabed2030 #OceanMapping #Hydrospatial #remotesensing #seafloor #seafloorspreading #oceanic #crust #geology #structuralgeology #IndianOcean #earthquake #midoceanridge #instrumentation #marine #seabed #hydrography #model #modeling #mapping #GIS #spatial #tectonicplates #magma #fortuitous #survey #seismogeodetic #monitoring #submarine #rifting #observation #volcanism #seismicity #dyke #fault #faulting #midoceanridge #MOR

  5. Anatomy Of A Seafloor Spreading Event Captured By In Situ Seismogeodesy
    --
    doi.org/10.1038/s41586-026-107 <-- shared paper
    --
    smithsonianmag.com/smart-news/ <-- shared technical media article
    --
    H/T @Seabed 2030
    “🔍 For the first time, scientists have observed seafloor spreading in real time.
    Seafloor spreading is the process by which new oceanic crust is formed at mid-ocean ridges - a geological process that has shaped entire ocean basins over millions of years.
    During a research expedition in the Indian Ocean, scientists had just deployed a suite of instruments when a series of earthquakes triggered a seafloor spreading event, allowing them to observe the process as it unfolded.
    The findings offer rare new insights into how new oceanic crust forms and how the seafloor continues to evolve…”
    --
    “Earth’s outermost layer - the crust - is constantly renewing itself. It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.
    Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other. Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading. Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.
    Now, for the first time, scientists have observed this dynamic activity happening in real time. They describe their findings - and their stroke of luck - in a study [link above], shedding light on a mechanism that made roughly two-thirds of Earth’s crust…”
    --

  6. “This is a revolution in how we understand our oceans,” said Haley Davis, Data Scientist at the International SeaKeepers Society.

    Through an innovative collaboration with NOAA, SeaKeepers is accelerating the #seabed2030 initiative.

    👉 Read more here in the latest #GeoLog post : egu.eu/5PBCHK/

  7. “This is a revolution in how we understand our oceans,” said Haley Davis, Data Scientist at the International SeaKeepers Society.

    Through an innovative collaboration with NOAA, SeaKeepers is accelerating the #seabed2030 initiative.

    👉 Read more here in the latest #GeoLog post : egu.eu/5PBCHK/

  8. “This is a revolution in how we understand our oceans,” said Haley Davis, Data Scientist at the International SeaKeepers Society.

    Through an innovative collaboration with NOAA, SeaKeepers is accelerating the #seabed2030 initiative.

    👉 Read more here in the latest #GeoLog post : egu.eu/5PBCHK/

  9. “This is a revolution in how we understand our oceans,” said Haley Davis, Data Scientist at the International SeaKeepers Society.

    Through an innovative collaboration with NOAA, SeaKeepers is accelerating the #seabed2030 initiative.

    👉 Read more here in the latest #GeoLog post : egu.eu/5PBCHK/

  10. “This is a revolution in how we understand our oceans,” said Haley Davis, Data Scientist at the International SeaKeepers Society.

    Through an innovative collaboration with NOAA, SeaKeepers is accelerating the #seabed2030 initiative.

    👉 Read more here in the latest #GeoLog post : egu.eu/5PBCHK/

  11. New Seafloor Map Only 25% Done, with 6 Years to Go eos.org/articles/new-seafloor-

    "Beneath the waves, the vast majority of the #ocean is unknown. #Seabed2030 is using cutting-edge technologies to fill in the bathymetric blanks and fully map the #seafloor."

  12. New Seafloor Map Only 25% Done, with 6 Years to Go eos.org/articles/new-seafloor-

    "Beneath the waves, the vast majority of the #ocean is unknown. #Seabed2030 is using cutting-edge technologies to fill in the bathymetric blanks and fully map the #seafloor."

  13. New Seafloor Map Only 25% Done, with 6 Years to Go eos.org/articles/new-seafloor-

    "Beneath the waves, the vast majority of the #ocean is unknown. #Seabed2030 is using cutting-edge technologies to fill in the bathymetric blanks and fully map the #seafloor."

  14. New Seafloor Map Only 25% Done, with 6 Years to Go eos.org/articles/new-seafloor-

    "Beneath the waves, the vast majority of the #ocean is unknown. #Seabed2030 is using cutting-edge technologies to fill in the bathymetric blanks and fully map the #seafloor."

  15. New Seafloor Map Only 25% Done, with 6 Years to Go eos.org/articles/new-seafloor-

    "Beneath the waves, the vast majority of the #ocean is unknown. #Seabed2030 is using cutting-edge technologies to fill in the bathymetric blanks and fully map the #seafloor."

  16. Revealing Hidden Depths - Seabed 2030 [podcast]
    --
    buzzsprout.com/2093154/1342982 <-- link to podcast
    --
    doi.org/10.3390/geosciences802 <-- shared 2018 ‘overview’ paper
    --
    “In [their] first episode Head of Partnerships Steve Hall introduces Seabed 2030 with a summary of the history of mapping the ocean floor from earliest times to the present day...
    Find out more about Seabed 2030 at www.seabed2030.org
    Find out more about GEBCO at gebco.net/...”
    #GIS #spatial #mapping #hydrospatial #hydrography #bathymetry #survey #Seabed2030 #marine #ocean #global #remotesensing #sonar #GEBCO #oceanfloor #seabed #international #topobathy #history #opendata
    The Nippon Foundation##

  17. Revealing Hidden Depths - Seabed 2030 [podcast]
    --
    buzzsprout.com/2093154/1342982 <-- link to podcast
    --
    doi.org/10.3390/geosciences802 <-- shared 2018 ‘overview’ paper
    --
    “In [their] first episode Head of Partnerships Steve Hall introduces Seabed 2030 with a summary of the history of mapping the ocean floor from earliest times to the present day...
    Find out more about Seabed 2030 at www.seabed2030.org
    Find out more about GEBCO at gebco.net/...”
    #GIS #spatial #mapping #hydrospatial #hydrography #bathymetry #survey #Seabed2030 #marine #ocean #global #remotesensing #sonar #GEBCO #oceanfloor #seabed #international #topobathy #history #opendata
    The Nippon Foundation##

  18. Revealing Hidden Depths - Seabed 2030 [podcast]
    --
    buzzsprout.com/2093154/1342982 <-- link to podcast
    --
    doi.org/10.3390/geosciences802 <-- shared 2018 ‘overview’ paper
    --
    “In [their] first episode Head of Partnerships Steve Hall introduces Seabed 2030 with a summary of the history of mapping the ocean floor from earliest times to the present day...
    Find out more about Seabed 2030 at www.seabed2030.org
    Find out more about GEBCO at gebco.net/...”
    #GIS #spatial #mapping #hydrospatial #hydrography #bathymetry #survey #Seabed2030 #marine #ocean #global #remotesensing #sonar #GEBCO #oceanfloor #seabed #international #topobathy #history #opendata
    The Nippon Foundation##

  19. Revealing Hidden Depths - Seabed 2030 [podcast]
    --
    buzzsprout.com/2093154/1342982 <-- link to podcast
    --
    doi.org/10.3390/geosciences802 <-- shared 2018 ‘overview’ paper
    --
    “In [their] first episode Head of Partnerships Steve Hall introduces Seabed 2030 with a summary of the history of mapping the ocean floor from earliest times to the present day...
    Find out more about Seabed 2030 at www.seabed2030.org
    Find out more about GEBCO at gebco.net/...”
    #GIS #spatial #mapping #hydrospatial #hydrography #bathymetry #survey #Seabed2030 #marine #ocean #global #remotesensing #sonar #GEBCO #oceanfloor #seabed #international #topobathy #history #opendata
    The Nippon Foundation##

  20. Revealing Hidden Depths - Seabed 2030 [podcast]
    --
    buzzsprout.com/2093154/13429825 <-- link to podcast
    --
    doi.org/10.3390/geosciences802 <-- shared 2018 ‘overview’ paper
    --
    “In [their] first episode Head of Partnerships Steve Hall introduces Seabed 2030 with a summary of the history of mapping the ocean floor from earliest times to the present day...
    Find out more about Seabed 2030 at www.seabed2030.org
    Find out more about GEBCO at gebco.net/...”

    The Nippon Foundation##

  21. 7% ----> 25% Of The Ocean Floor Mapped From 2017 (Seabed 2030)
    --
    seabed2030.org/ <-- @Seabed2030 web site
    --
    “🗺 Did you know that in 2017, only 6% of the world’s seafloor had been mapped to modern standards? Considering the ocean spans some 70% of the Earth’s surface, that’s a significant gap!
    But over the past five years since Seabed 2030 launched, we’ve been able to map almost 25% of the ocean floor.
    By discovering more about the seabed, we gain a greater understanding of our environment and can ensure its protection. After all, we can’t protect what we don’t know…”
    #seabed2030 #mappingthefuture #oceanscience #hydrospatial
    #GIS #spatial #mapping #seabed2030 #mappingthefuture #oceanscience #hydrospatial #ocean #marine #bathymetry #topobathy #remotesensing #sonar #satellite #charts #navigation #oceanmapping #seafloor #Seabed2030 #oceanfloor #oceanconservation #environment #oceanography #marineenvironment #marineconservation #gischat

  22. 7% ----> 25% Of The Ocean Floor Mapped From 2017 (Seabed 2030)
    --
    seabed2030.org/ <-- @Seabed2030 web site
    --
    “🗺 Did you know that in 2017, only 6% of the world’s seafloor had been mapped to modern standards? Considering the ocean spans some 70% of the Earth’s surface, that’s a significant gap!
    But over the past five years since Seabed 2030 launched, we’ve been able to map almost 25% of the ocean floor.
    By discovering more about the seabed, we gain a greater understanding of our environment and can ensure its protection. After all, we can’t protect what we don’t know…”
    #seabed2030 #mappingthefuture #oceanscience #hydrospatial
    #GIS #spatial #mapping #seabed2030 #mappingthefuture #oceanscience #hydrospatial #ocean #marine #bathymetry #topobathy #remotesensing #sonar #satellite #charts #navigation #oceanmapping #seafloor #Seabed2030 #oceanfloor #oceanconservation #environment #oceanography #marineenvironment #marineconservation #gischat

  23. 7% ----> 25% Of The Ocean Floor Mapped From 2017 (Seabed 2030)
    --
    seabed2030.org/ <-- @Seabed2030 web site
    --
    “🗺 Did you know that in 2017, only 6% of the world’s seafloor had been mapped to modern standards? Considering the ocean spans some 70% of the Earth’s surface, that’s a significant gap!
    But over the past five years since Seabed 2030 launched, we’ve been able to map almost 25% of the ocean floor.
    By discovering more about the seabed, we gain a greater understanding of our environment and can ensure its protection. After all, we can’t protect what we don’t know…”
    #seabed2030 #mappingthefuture #oceanscience #hydrospatial
    #GIS #spatial #mapping #seabed2030 #mappingthefuture #oceanscience #hydrospatial #ocean #marine #bathymetry #topobathy #remotesensing #sonar #satellite #charts #navigation #oceanmapping #seafloor #Seabed2030 #oceanfloor #oceanconservation #environment #oceanography #marineenvironment #marineconservation #gischat

  24. 7% ----> 25% Of The Ocean Floor Mapped From 2017 (Seabed 2030)
    --
    seabed2030.org/ <-- @Seabed2030 web site
    --
    “🗺 Did you know that in 2017, only 6% of the world’s seafloor had been mapped to modern standards? Considering the ocean spans some 70% of the Earth’s surface, that’s a significant gap!
    But over the past five years since Seabed 2030 launched, we’ve been able to map almost 25% of the ocean floor.
    By discovering more about the seabed, we gain a greater understanding of our environment and can ensure its protection. After all, we can’t protect what we don’t know…”
    #seabed2030 #mappingthefuture #oceanscience #hydrospatial
    #GIS #spatial #mapping #seabed2030 #mappingthefuture #oceanscience #hydrospatial #ocean #marine #bathymetry #topobathy #remotesensing #sonar #satellite #charts #navigation #oceanmapping #seafloor #Seabed2030 #oceanfloor #oceanconservation #environment #oceanography #marineenvironment #marineconservation #gischat

  25. 7% ----> 25% Of The Ocean Floor Mapped From 2017 (Seabed 2030)
    --
    seabed2030.org/ <-- @Seabed2030 web site
    --
    “🗺 Did you know that in 2017, only 6% of the world’s seafloor had been mapped to modern standards? Considering the ocean spans some 70% of the Earth’s surface, that’s a significant gap!
    But over the past five years since Seabed 2030 launched, we’ve been able to map almost 25% of the ocean floor.
    By discovering more about the seabed, we gain a greater understanding of our environment and can ensure its protection. After all, we can’t protect what we don’t know…”