Research
Tin deposits are formed from source rocks, not cooling
Phys.org ·
The Brief
- New research from the University of St Andrews examines the primary drivers of tin mineralization.
- The study concludes tin deposits are formed from source rocks rather than from cooling, per the headline and summary.
- The findings are relevant to locating tin deposits needed for the energy transition.
Why it matters
Understanding what controls tin mineralization can guide where geologists search for tin, a metal the source describes as critical to the energy transition.
Who’s affected
- geologists and mineral exploration researchers
- anyone with a stake in critical-mineral supply for the energy transition
- #tin
- #mineralization
- #geology
- #critical minerals
- #ore deposits
New research from the University of St Andrews has uncovered the primary drivers of tin mineralization, which will have significant implications for the discovery of tin deposits critical to the energy transition.
Timeline
Earth News - Earth Science News, Earth Science, Climate Change
Tin deposits are formed from source rocks, not cooling
Earth News reported the University of St Andrews research on tin deposits