resource extraction
3 stories filed under resource extraction on World Data Ocean. The newest of them: “US Seabed Mineral Rights Auction Opens New Frontier for Ocean Intelligence”, “Global Sand Extraction Data Reveals Unprecedented Ocean Floor Impact”, and “Tracing cobalt from Congo's mines to China's refineries maps the supply chain”. The U.S. Over 55 million cubic metres of sand are being dredged from the world's ocean floors every year, according to new data from the UNEP Marine Sand Watch. A Global Hub for Ocean Intelligence 4 World Data Ocean is a centralized digital platform where researchers, scientists, and ocean enthusiasts converge to… The list below is every resource extraction story on World Data Ocean, newest first.
US Seabed Mineral Rights Auction Opens New Frontier for Ocean Intelligence
The U.S. seabed mineral rights auction isn't just about extraction, it's a new channel for ocean intelligence. Each lease area becomes a node in an integrated data ecosystem, generating empirical, real-time climate indicators from the seafloor up. This measured expansion of commercial access demands calibrated oversight, but the potential for validated, longitudinal data is undeniable. For deeper context on mapping these frontiers, see our coverage of "From seabed to surface, ocean floor mapping coverage now reaches 15 percent." Understanding drives protection.
Global Sand Extraction Data Reveals Unprecedented Ocean Floor Impact
Over 55 million cubic metres of sand are being dredged from the world's ocean floors every year, according to new data from the UNEP Marine Sand Watch. This industrial-scale extraction is leaving measurable, long-term scars on seabed ecosystems, an impact that is only now being empirically validated. The scale demands integrated ocean intelligence to guide sustainable practices. For deeper insight, see our coverage of how burrowing crustaceans leave validated eDNA signatures in seabed sediments.
Tracing cobalt from Congo's mines to China's refineries maps the supply chain
Cobalt's journey from the mines of the Democratic Republic of Congo to China's refineries is a supply chain that demands transparency. Most of the world's cobalt is mined in the DRC, but nearly all refining happens in China. This geographic decoupling creates measurable risks, and opportunities, for traceability. Understanding these flows is essential for building a truly integrated data ecosystem around critical minerals. For deeper context on how global shifts reshape our climate indicators, see our related piece on Africa's projected population doubling by 2070.