Falling Rocks
We purchase meteorite collections and meteorites for sale
COLLECTION
Meteorite Name: Tissint
Location: Oued Drâa valley, east of Tata, Morocco
Classification: Olivine-Phyric Shergottite
Witnessed Fall: Yes
Date and Time: July 18, 2011
TKW: > 7,000 grams
Remarks:
The Tissint event was the largest shower of stones from Mars in over a century and only the fifth witnessed Martian meteorite fall in recorded history. The 1,282 gram specimen is the main mass and is held by BACKPLATE, a joint venture between the Macovich and Falling Rocks Collections. The 1,099 gram specimen was also acquired and jointly held by BACKPLATE prior to its subsequent acquisition by the Natural History Museum in London. The 327 gram specimen, also held by BACKPLATE, was broken in Morocco from the 1,099 gram mass and locks onto the broken surface of same.
   
Collection Photos
 
1,282-gram main mass
1,282-gram main mass
 
Maddie and the main mass
Maddie and the main mass
 
327 gram crusted fragment
327 gram crusted fragment, broken in Morocco from the 1,099 gram mass now housed in London's Natural History Museum (owned jointly by the Macovich and FALLING ROCKS Collections)
 
1,099-gram individual
1,099-gram individual
 
The parent body: Mars
The parent body: Mars
 
With Darryl Pitt and the 1,099-gram specimen
With Darryl Pitt and the 1,099-gram specimen
 
With Caroline Smith, Darryl Pitt and Sara Russell at the New York Times building
With Caroline Smith, Darryl Pitt and Sara Russell at the New York Times building
 
Caroline Smith at the NHM
Caroline Smith at the NHM
 
With my close friend Darryl Pitt, curator of the Macovich Collection of Meteorites, in New York City
With my close friend Darryl Pitt, curator of the Macovich Collection of Meteorites, in New York City
 
The smallest complete specimen in the collection, at less than a quarter of a tenth of a gram (.023g).
The smallest complete specimen in the collection, at less than a quarter of a tenth of a gram (.023g).
An indication of the extent of the ground search, as meteorites of this size (particularly those not
attracted to a magnet) are surely almost never recovered.
 
.023g Individual (Reverse View)
.023g Individual (Reverse View)
 

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