[meteorite-list] Morland

From: Zelimir Gabelica <Z.Gabelica_at_meteoritecentral.com>
Date: Thu Mar 24 10:41:51 2005
Message-ID: <5.0.2.1.2.20050324163957.01fd01d0_at_pop.univ-mulhouse.fr>

Hi Mark, Pierre-Marie, list

As I just wrote to Pierre-Marie a few minutes ago, I have in my colelction
a 80.51 g Morland end section (available for Pierre-Marie photographic
archives) and I told him it carries the numbers (on label) "2801, 1294
(Buddhue coll.) and "M 334.1" (Monnig).

Mark confirmed below that "Nininger numbered specimen carry the collection
number "282", followed by a decimal and numbers or a letter/letters,
depending on specimen".

Upon checking, indeed, my specimen also carries the number 282.44 painted
on it.
This confirms its early belonging to the Nininger series.Hope this helps
Pierre-Marie for his archives.

But my next question here is: what is the real chronology of these labels?
In other words, believeing the eventual belonging of the specimen to TCU
(Monnig) from where I got it, I could guess that, according to Mark's
historical archives, my specimen probably first belonged to Nininger and
then went to Buddhue collection.
Mark, can you confirm that chronology ? (I love knowing the historical
wandering of a specimen that eventually landed in my collection...these
specimens have much to tell, when displayed.
Just to say that Mark is doing, since a long time, such a great job, of
general interest to all future collectors.

Cheers,

Zelimir

A 09:06 24/03/05 -0600, vous avez ?crit :
Hello Pierre and list,

Pierre wrote, "Does everyone have the history of the find of Morland
meteorite ? Maybe Mark Bostick can help as a specialist of Kansas
meteorites?"

Thanks for your kind note. I am not for sure if I qualify as a specialist
yet, perhaps, a historian with good research skills.

Morland, was the third meteorite over 500 pounds found in Western Kansas.
This meteorite was discovered by Mr. Sam Hisey, seven miles east of
Morland, Graham County, Kansas during June 1935. While working a farm
field, Hisey had worked for several years, his lister stuck the stone and
pulled it from the ground. The meteorite came to light through the efforts
of Harvey H.Nininger. After giving a lecture in Sharon Springs, Kansas
around 1933, Nininger met a local Indian arrowhead collector and general
"rock hound", R. A. Dollarhide. Dollarhide had sent several suspected
meteorite samples into Nininger, but none proved to be "rites". However in
1935, Dollarhide sent Nininger a sample, that Nininger was sure was a
meteorite. Dollarhide had reportedly removed the sample from a large
stone. Nininger, being broke, was able to get money from Denver
businessman and meteorite collector Dean Gillespie, who funded the trip and
recovery for half interest in what Nininger recovered. This was something
Dollarhide had done with Nininger several times in the past.

In "Find a Falling Star" Nininger writes, "We went out to the field and
what I saw there set my nerves tingling. A mass that weighed more than 600
pounds had been pried out of the soil. It had been broken in three pieces,
probley at the time of fall, but they could plainly be fitted back together.
Moreland turned out to be the world's eight largest aerolite."

When Hisey found the meteorite, a large unusual stone in a field he was
familiar with, his curiosity was raised. Hisey brought the meteorite "into
town" to Moreland, where he sought the advise of Dollarhide. The meteorite
was found in four pieces, not three. A fifth stone was found on a
neighboring farm, and Nininger later found six fragments himself that fit
together into a three pound stone.

Nininger believed the larger stone was "flight-marked". Nininger wrote,
"...but appear wind-swept, bearing striations which run almost at right
angles to the two broad faces of the stone. The two large planes lie
nearly parallel, about 10 to 13 inches apart." Nininger went on to note
that the meteorite had "...much less pitting and other frictional
sculpting..." then the Hugoton meteorite.

Nininger further notes, "The finding of the Hugton and Morland stones so
near the surface, both of them in the Great Plains region, where fluviatile
erosion goes no at a minimum rate, suggest an interesting problem regarding
the effectiveness of wind as an agent of gradation in this region." The
Paragould meteorite, a 600 pound stone, and similar sized meteorite, buried
itself eight feet in the soil.

I would note, I think Nininger was possibly wrong on the meteorite having
broken when it hit the ground. This seems to be a common thought on old
finds that fit back together. I think regions, such as Gold Basin, has
showed up weathering, is the most acting agent in making "puzzle" meteorites.

The meteorite was classified as an ordinary chondrite H5, by Brian Mason in
1966. Nininger numbered specimen carry the collection number "282",
followed by a decimal and numbers or a letter/letters, depending on specimen.


Extra Credit:
The lister was the first significant new tillage tool introduced by
Prairie-Plains region and developed there. It was used early for corn
production and later adapted to the culture of wheat. For wheat the listing
ideas appeared directly in two forms, the lister drill and listing as a
substitute for plowing. It probably inspired part a third procedure, as yet
only partially developed, subsurface cultivation. The lister may be
described as a double plow with a divided moldboard, splitting the slice
and turning half each way.

Clear Skies,
Mark Bostick

Prof. Zelimir Gabelica
Universit? de Haute Alsace
ENSCMu, Lab. GSEC,
3, Rue A. Werner,
F-68093 Mulhouse Cedex, France
Tel: +33 (0)3 89 33 68 94
Fax: +33 (0)3 89 33 68 15
Received on Thu 24 Mar 2005 10:42:47 AM PST