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Large Circular Structure Northwest of Dhiban, Madaba, Jordan

This page was renamed on 09 Apr 2017.
Former page name was "Possible Meteorite Structure Found in Jordan."

Installed 23 Oct 2010. Latest update 04 Aug 2017.
Changes or additions are in bold.

On 17 October 2010, while studying the elevation contours near Dhiban (ancient Dibon) in Jordan, I stumbled upon a circular formation, which, appeared to me to be a meteorite crater. Here is a Google Earth image of the structure. Elevation contours (50 foot vertical spacing) are overlaid on the image.

Possible Meteorite Crater
Large circular ground feature at Adh Dhuhaybah, Amman Governorate, Jordan
Geographical coordinates: 31 deg 30 min 55 sec N, 35 deg 46 min 02 sec E.

The interior circular area, under cultivation and with orchards, is about 530 meters in diameter. The total diameter (where the rocky exterior ring rises above the surrounding terrain) is about 750 meters. I attribute the missing northeastern portion of the rocky ring to be due to erosion. Overall, the ground slopes downward to the Northeast.

This structure is located 1.1 miles (1.8 Km) Northwest of the ancient Moabite city of Dibon. The present day town of Adh Dhuhaybah has been built on the western and southern portion of the rocky surround.

There are mineralogical tests that are required to establish whether or not a feature is caused by meteor or asteroid impact. Until these are done, my tentative identification of this ringed structure as a meteorite impact crater must remain as a speculation.

Robert S. Fritzius
23 October 2010

To review the study that lead to finding this circular feature, please visit: The Other Herodium.
[Added 24 Oct 2010.]

Here is a Google Earth bird's-eye-view of the candidate impact structure. Elevation contours were drawn in using Google Earth's "path" function. The ancient Dibon mound and the modern day Dhiban can be seen in the upper left of the image.

Feature view from the North
Adh Dhuhaybah atop it's circular foundation as seen from the North
[Added 31 Oct 2010. Replaced with cloud-free image on 01 Jan 2011.]

Update Added on 30 Dec 2010

I originally speculated that the limestone rocky area encircling about half of the structure may have been a crater-rim where long time weathering has caused the sharp edge of its rim to be removed.

The Mesha Stele (A.K.A. The Moabite Stone), erected in ancient Dibon one mile from the circular feature, is made of blue-black basalt. I'd like to find out the degree of mineralogical similarity (or dis-similarity) between any basalt rocks found in the area and the material of the Moabite Stone.(1)

A Panoramio Jordan's Nature photograph shows what might be a grey basalt rock. The rock can be seen in the lower right hand corner of the picture. The camera location for this photo was apparently 0.32 mile (515 meters) NNW of the center of the circular structure. A Jordan's Nature icon on Google Earth, also takes you to this photo.

Electrical Discharge Speculation - 08 Mar 2017

The interior of my suppposed meteorite crater seems very resistant to water erosion, in comparison to the wadi erosion patterns exterior to the round feature. Two, shallow, downhill water flow traces can be seen in this picture. Note that the material just below the surface, appears practically intact. It's almost as though a "cookie" of solidified rock melt is present.

Crater interior from north

Interior of Adh Dhuhaybah Feature, viewed from the North

It would appear that the bottom of the cookie has broken off.

If the so-called "crater" turns out not to have been caused by a meteorite impact, then I suggest that the feature was a point of contact for an interplanetary (or earth-moon) electrical discharge, as theorized by Immanuel Velikovsky(2).

Here is a Magellan RADAR image of the surface of Venus which shows a string of what some researchers call "pancake volcanoes." (Pro-Velikovsky) Electric Universe researchers offer the idea that these structures look just like Lichtenberg electrical discharge patterns.(3)

Venus Pancake structures

References


(1) T.G. Bonney, The Basalt of the Moabite Stone, The Geological Magazine, New Series, DECADE IV. VOL. IX. January - December,
(1902), pp. 493-495

(2) Immanuel Velikovsky, Worlds in Collision, Macmillan Company (1950), pp. 272-273.

(3) Negative Anode Venus - Thunderbolts Forum - 18 May 2010

Contact Robert Fritzius at fritzius@bellsouth.net
Shade Tree Physics