What lies below is a complex landscape of ridges, plains, valleys, and volcanic features shaped by Earth’s geological and ecological processes.
What lies below is a complex landscape of ridges, plains, valleys, and volcanic features shaped by Earth’s geological and ecological processes.
📍Even checking Google Maps can give that impression: the ocean appears covered in smooth blue shapes that look like detailed topographic features.
Yet most of these are not based on direct measurements.
📍Even checking Google Maps can give that impression: the ocean appears covered in smooth blue shapes that look like detailed topographic features.
Yet most of these are not based on direct measurements.
Left: An 1885 bathymetric compilation crafted through detailed soundings and artistic skill (courtesy of NOAA)
Right: Modern mapping with thousands of data points per second (GEBCO grid)
Left: An 1885 bathymetric compilation crafted through detailed soundings and artistic skill (courtesy of NOAA)
Right: Modern mapping with thousands of data points per second (GEBCO grid)
Left: An 1885 bathymetric compilation crafted through detailed soundings and artistic skill (courtesy of #NOAA)
Right: Modern multi-beam sonar mapping with thousands of data points per second (GEBCO grid)
Left: An 1885 bathymetric compilation crafted through detailed soundings and artistic skill (courtesy of #NOAA)
Right: Modern multi-beam sonar mapping with thousands of data points per second (GEBCO grid)
The 2025 GEBCO bathymetric grid is available to download here:
🔗 https://www.gebco.net/data-products/gridded-bathymetry-data
The grid shows areas of the seafloor considered mapped - now covering 27.3% of the world's ocean floor.
The 2025 GEBCO bathymetric grid is available to download here:
🔗 https://www.gebco.net/data-products/gridded-bathymetry-data
The grid shows areas of the seafloor considered mapped - now covering 27.3% of the world's ocean floor.
Swipe to learn why 👇
Swipe to learn why 👇
Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs) are expanding our ability to map and study the #seafloor with greater reach and precision than ever before.
Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs) are expanding our ability to map and study the #seafloor with greater reach and precision than ever before.
🇬🇧 United Kingdom: around 28x more ocean than land
🇫🇷 France: around 21x more ocean than land
🇳🇿 New Zealand: around 15x more ocean than land
🇯🇵 Japan: around 12x more ocean than land
🇬🇧 United Kingdom: around 28x more ocean than land
🇫🇷 France: around 21x more ocean than land
🇳🇿 New Zealand: around 15x more ocean than land
🇯🇵 Japan: around 12x more ocean than land
After all, how can we protect what we don’t fully know?
After all, how can we protect what we don’t fully know?
While both datasets can be used for similar purposes, they each give us distinct insights into the #oceanfloor.
👉 Swipe to learn more.
While both datasets can be used for similar purposes, they each give us distinct insights into the #oceanfloor.
👉 Swipe to learn more.
Want to see it for yourself?
👉 Visit our website and use the interactive slider to explore how much progress has been made in mapping the ocean floor since since 2014.
Want to see it for yourself?
👉 Visit our website and use the interactive slider to explore how much progress has been made in mapping the ocean floor since since 2014.
🪸 Deep-sea ecosystems such as cold-water coral reefs remind us how far we’ve come - and how vital it is to continue expanding research if we’re to conserve these fragile habitats for the future.
Swipe to learn more.
🪸 Deep-sea ecosystems such as cold-water coral reefs remind us how far we’ve come - and how vital it is to continue expanding research if we’re to conserve these fragile habitats for the future.
Swipe to learn more.
Through the AusSeabed initiative - a national collaboration that coordinates and publishes seabed mapping data across the Australian region - Geoscience Australia actively supports our mission by providing high-quality, accessible data.
Through the AusSeabed initiative - a national collaboration that coordinates and publishes seabed mapping data across the Australian region - Geoscience Australia actively supports our mission by providing high-quality, accessible data.
The Seabed 2030 Podcast!
Expect:
🗞️ News from Seabed 2030
🎙️ Interviews with the international #hydrospatial community
📡 Updates on mapping technology and methods
Listen now 👉 https://seabed2030.buzzsprout.com
The Seabed 2030 Podcast!
Expect:
🗞️ News from Seabed 2030
🎙️ Interviews with the international #hydrospatial community
📡 Updates on mapping technology and methods
Listen now 👉 https://seabed2030.buzzsprout.com
🇨🇦 Join us in Victoria, Canada from 26-29 October.
Find out more 👉 www.oceanfloorexplore.org
🇨🇦 Join us in Victoria, Canada from 26-29 October.
Find out more 👉 www.oceanfloorexplore.org
QPS provides innovative tools that help process bathymetric data and generate visualisations - supporting the development of the GEBCO global grid.
Learn more 👉 https://qps.nl
QPS provides innovative tools that help process bathymetric data and generate visualisations - supporting the development of the GEBCO global grid.
Learn more 👉 https://qps.nl
For those navigating shipping routes, planning subsea infrastructure, developing climate adaptation policies, or designating marine conservation areas - standard surface maps don't go deep enough.
For those navigating shipping routes, planning subsea infrastructure, developing climate adaptation policies, or designating marine conservation areas - standard surface maps don't go deep enough.
Today, as we mark four years of partnership with EOMAP, we’re celebrating their efforts to fill data gaps in coastal regions. 👇
Today, as we mark four years of partnership with EOMAP, we’re celebrating their efforts to fill data gaps in coastal regions. 👇