Peridot Mesa AZ

[1dave]

AZ Geology 2 months ago
Here is his contact information: CONTACT
Stevie Joey - [phone]
[e-mail]
[e-mail]
facebook.com/stevie.joey.peridotdreams

[1dave]

May 28, 2017 12:19:55 GMT -7 @captbob said:

A few pics of some of my Peridot/Olivine. I have the location listed as San Carlos, AZ. But that is probably just the closest town to the location in your video.

[1dave]

May 28, 2017 21:43:11 GMT -7 @edmost said:

Right on Dave

Peridot is one of my favorite gems
The island of Zabargad
Located in Egypt was source for peridot in those times

www.mindat.org/article.php/2053/Peridot+from+St.+John%27s+_+Zabargad+Island


It seem like your ‘wandering’ on Google
Is taking you on your own Coronado Trail expedition
through southeastern portion of Arizona

Here’s a link to aerial view of Maricopa County dating back to the 1930’s
you may enjoy

gis.maricopa.gov/MapApp/GIO/AerialHistorical/index.html

I like to scan for depressed areas (like kimberlite pipes)
Which I guess is how peridot gets to the surface of the earth

And yes San Carlos is a Indian reservation
going back to 1880’s
Not a very happy or noble story
about how that came about

This vile of peridot
was purchased from Stevie
At the Anthem rock show



I’ve never opened the vile to spread out the stones.
Afraid I’d spill them or be able to get them back in.
But the one I fished out is hard, slippery, smooth, crystalline

[1dave]

It also comes from space - presumably from a destroyed planet (between Mars and Jupiter?)


Meteorite Men
www.meteoritesusa.com/fireball-reports/meteorite-men-show/comment-page-1/

en.wikipedia.org/wiki/Pallasite

Origin

Pallasites were once thought to originate at the core-mantle boundary of differentiated asteroids that were subsequently shattered through impacts. An alternative recent hypothesis is that they are impact-generated mixtures of core and mantle materials.[5]
History
Krasnojarsk meteorite

A common error is to associate their name with the asteroid 2 Pallas but their actual name is after the German naturalist Peter Pallas (1741–1811), who studied in 1772 a specimen found earlier near Krasnoyarsk in the mountains of Siberia that had a mass of 680 kilograms (1,500 lb).[6] The Krasnoyarsk mass described by Pallas in 1776 was one of the examples used by E.F.F. Chladni in the 1790s to demonstrate the reality of meteorite falls on the Earth, which were at his time considered by most scientists as fairytales. This rock mass was dissimilar to all rocks or ores found in this area (and the large piece could not have been accidentally transported to the find site), but its content of native metal was similar to other finds known from completely different areas.[7]
Pallasite falls

Pallasites are a rare type of meteorite. Only 61 are known to date, including 10 from Antarctica, with four being observed falls.[8][9] The following four falls are in chronological order:

Mineo, Sicily, Italy. A luminous meteor was observed and an object seen to fall with a loud roar in May 1826. Only 46 grams (1.6 oz) are preserved in collections.
Zaisho, Japan. 330 g were found on February 1, 1898,[10] after the appearance of a fireball.
Marjalahti, Karelia, Russia. After the appearance of a bright meteor and detonations, a large mass was seen to fall and 45 kilograms (99 lb) were recovered in June 1902. At this date the fall site belonged to Finland, and the main mass of Marjalahti is now at the Geological Museum of the University of Helsinki.
Omolon, Magadan Region, Russia. A reindeer-breeder observed the fall on May 16, 1981, and found the 250 kilograms (550 lb) meteorite two years later. The fall was confirmed by a meteorological station that had observed a fireball on the same date.

Notable pallasite finds
Brenham
Imilac full slice

Although pallasites are a rare meteorite type, enough pallasite material is found in museums and meteorite collections and is available for research. This is due to large finds, some of which yielded more than a metric ton. The following are the largest finds:

Brenham, Kansas, United States. In 1890 the find of about 20 masses with a total weight of 1,000 kilograms (2,200 lb) around the shallow Haviland Crater were reported. More masses were found later, including one of 454 kilograms (1,001 lb) from a depth of 5 feet (1.5 m), the total amounting to about 4.3 tonnes (4.2 long tons; 4.7 short tons). A piece of 487 kilograms (1,074 lb) is in the Field Museum of Natural History, Chicago. In 2005, Steve Arnold of Arkansas, USA, and Phil Mani of Texas, USA, unearthed a large mass of 650 kilograms (1,430 lb) and in 2006 several new large masses [11][12]
Huckitta, Northern Territory, Australia. A mass of 1,400 kilograms (3,100 lb) was found in 1937 on a cattle station north-east of Alice Springs. Earlier, in 1924, a transported piece of about 1 kilogram (2.2 lb) had been found on Burt Plain north of Alice Springs.
Fukang, Xinjiang Province, China. A mass of 1,003 kilograms (2,211 lb) was recovered in 2000.
Imilac, Atacama Desert, Chile; known since 1822. Numerous masses up to 200 kilograms (440 lb) were found, the total weight is about 920 kg.
Brahin, Gomel Region, Belarus, known since 1810. Many masses were found strewn in a field, with a total weight of about 820 kg. An additional mass of 227 kg was found at a depth of 10 feet (3.0 m) in 2002.
Esquel, Chubut, Argentina. A large mass of 755 kg was found embedded in soil before 1951.
Pallasovka, Pallasovka, Russia. A single mass of 198 kg was found near Pallasovka, Russia in 1990. Coincidentally, both the town of Pallasovka and pallasite meteorites were named after the naturalist, Peter Pallas.
Krasnojarsk, Yeniseisk, Russia. A mass of about 700 kg was detected in 1749 about 145 miles (233 km) south of Krasnojarsk. It was seen by P. S. Pallas in 1772 and transported to Krasnojarsk (see above) The main mass of 515 kg is now in Moscow at the Academy of Sciences. Pallasites are named after Peter Pallas for his study of this meteorite.
Seymchan, discovered near the town by the same name, in far eastern Russia in 1967. This main group Pallasite has some areas free of olivine crystals, and may have formed near the junction of the core and the mantle of an asteroid. Multiple masses in excess of 1 tonne have been recovered.

[1dave]

May 29, 2017 9:38:50 GMT -7 @rocks2dust said:

May 29, 2017 6:31:58 GMT -7 1dave said:

It also comes from space - presumably from a destroyed planet (between Mars and Jupiter?)

Yes, they sometimes do. Here is a piece with olivine/peridot crystals from one that fell in 1881 (Lyon County, Kansas):

Some pallasites have been found with crystals big enough to produce small faceted gems - at sky-high (pun intended) prices. Some of these feature unusual optical phenomena, likely due to impact shock.

I loved the Peridot Mesa video, too.

They have to be the remains of a planet torn to pieces in a supernova explosion!

[1dave]

May 30, 2017 10:32:45 GMT -7 @gemfeller said:

I have a couple of pallasite/olivine cabs cut from a famous meteorite fall. I'll dig them out and post images.

This link to facetor Rick Stinson's website shows a number of gem olivines cut from stones contained in a meteorite. It's an interesting story: gemservice.com/Meteorite.htm