AlotOfReading
Joined 9 years ago
Joined 9 years ago
There's no real reason to immediately protect the find from light handling when it's discovered. It's a dirty object that's still coated in whatever was floating around the environment for those thousands of years. The rock will be fine and probably handled multiple times before it gets back to an archive.
I think the only times I've worn gloves in the field were for a very rusty metal dagger and some especially sensitive human remains.
Sometimes they get lucky though and the government passes a law allowing them to seize equivalent assets a few decades down the road.
As an aside, some of the vehicles I've worked on serve in oilfields and I'd be horrified to discover 1% of them were catching fire annually.
They can't do teardowns of their own products though. Anything interesting they'd find in a teardown should have been caught at the design stage, and they're hardly unbiased about their own products. At most they can do design decision videos, which many do. For opinionated testing they'll send their products to another creator instead.
There are also much more relevant green space vector datasets that you should be using before using aerial imagery and object classification for any of the tasks you mentioned.
It's quite common to use aerial imagery in archaeological remote sensing.[0] https://developers.google.com/maps/billing-and-pricing/prici...
This is an awful ruling.
Moreover, just being in the general vicinity is enough for us to leave behind contamination, since humans (and all other animals) constantly shed detectable eDNA into the environment. And even if they wanted to deal with this complexity, the budget for an entire project's archaeological testing is often less than my coworkers' monthly token budgets. You might get less than a dozen radioisotope, TL, or dendro tests for the entire thing, let alone anything more expensive.