CaliforniaFinder

Jason Utas here. There are rocks that look like that, and that's not fusion crust...

Then the sharp edge doesn't make sense. Fusion crust - sharp broken edge - fusion crust - doesn't work. That ain't crust.

The "crust" on it looks like it fell ~yesterday (no rust), but you're saying weathering's covering everything up? ...And a broken corner is the same color and similar texture as the crust...? That doesn't add up. It's fresh or it isn't. Does it look like a weathered stone? No. Does it look like a fresh stone? Kind of, but not really. Mike says the chipped corner is also covered in fusion crust because it's the same color as the smooth sides. I think it looks like a piece of homogenous, fine-grained black rock that's been mostly weathered ~round, and then got chipped on one

Look carefully at this photo. The rough flat side facing us is a broken face. We're looking at the interior of the rock. The protruding corner near the top is a little more worn / less desert-varnished, and it's lighter in color because felsic minerals like quartz / feldspar are showing through. And look at that deep pit to the right of center. It's grainy. That's not fusion crust. That's not exposed chondrite. It's a pocket of softer still-dark-grey-rock that's eroding out. Compare this stone to others found in the field. They're rusting. You should see rust spots. Chondru

Shouldn't need to window it. The corner here is broken with a sharp edge and it's black and granular, through and through. The other stones from this fall all show oxidation. This one doesn't. It doesn't contain ferrous iron. I'd be glad to see it in person, but these photos are fine...

Adamana looks to be an H-chondrite. A few people hypothesized that it could be a piece of Holbrook because it was found left in a dump far beyond the big end of the field. I would not believe those claims.

That broken edge sure looks like basalt. IMBs usually rust pretty readily due to the larger grains of Fe and FeS. The texture looks like a lot of the basalt you find in the Mojave. I'd love to be wrong, but I don't think that's a meteorite.

Weathering, petrology, everything is identical to NWA 869. Weathering on Bouse is unlike any other stones found in the Southwest. The stones have almost no internal oxidation, but show evidence of extreme wind polishing and chondrule corrasion. "Bouse" stones were from an area of aeolian erosion and active dunes. In a much more arid desert than the American Southwest. No one has done this kind of study on it, but I don't think there is any question that Bouse is fake. NWA 869 is a distinctive meteorite among the thousands of Northwest African meteorites. It looks even more out o

H3 or H4.

Bouse is NWA 869. Don't waste your time.

Meteorites. Look like Wickenburg.

First photos look like the lammelar weathering typical of Al Haggounia. Could well be a meteorite, despite the other comments. Second stone is an OC.