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 Soils and Archaeology

Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP
Virtual Karak Resources Project - VKRP

John E. Foss, Yul Roh,
and Debra Phillips
University of Tennessee and
Oak Ridge National Laboratory

Photos and Maps

 

 

Soil profile at Field A at al-Mudaybi’ on the Karak Plateau

Wind-blown silty sediment (loess) is shown as rows on the Karak Plateau east of the Fajj. These deposits are mainly located on the east-facing slopes, thus indicating source areas of the loess are to the west

Pleistocene basalt outcropping along valley south of al-Mudaybi’

Weathering of basalt along road approximately 4 km northwest of Mahai. Note the secondary carbonates cementing material between the basalt boulders

Limestone outcrops south of Karak

Limestone outcrops on steeply sloping and valley floor south of Mahai

Landscape showing an east-facing slope filled with loess on lower slope and limestone outcropping on upper slope. Note the extensive erosion of the loess, however.

Thick loess deposits with surface soil and three buried paleosols. The paleosols are recognized by the dark-colored strata in the upper profile. The upper thickest paleosol represent the long period of weathering.

Profile 1 occurs in the more humid area on the Karak Plateau and profile 2 in dryer region east of the Fajj. The knife in the photograph indicates the 50 cm (20 inch) depth in both profiles.

Soil profile at area D at al-Mudaybi’. Note dark-colored horizon at bottom of profile; this was the surface about 700 B.C.

Fecal pellets occurring in profile at al-Mudaybi’. Pellets usually occur around the 60-80 cm depth in profiles in areas A and B. The pellets are composed of both organic and inorganic materials.

Photomicrograph and scanning electron micrograph (SEM) coupled with energy dispersive X-ray (EDX) analysis of calcite-rich plaster: (a) photomicrograph of calcite-rich plaster; (b,c) SEM of calcite-rich plaster; EDX analysis of calcite-rich plaster.

Scanning electron micrograph (SEM) coupled with energy dispersive X-ray (EDX) analysis of gypsum-rich plaster: (a) SEM of gypsum-rich plaster, (b) EDX analysis of gypsum-rich plaster

Photomicrograph and scanning electron micrograph (SEM) coupled with energy dispersive X-ray (EDX) analysis of slag: (a) photomicrograph of slag, (b,c) SEM of slag, (d) EDX analysis of slag

 

 

 

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