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Tel Rehov Trench

Tel Rehov Trench

  • Green line - Trench TR-4
  • Yellow line - Subsurface trace of fault
  • Red line - Seismic Line GP-5036 (to the south - bottom of image)
  • Red line - Seismic Line GP-5037 (to the north - top of image)

click on image to explore this site on a new tab in Google Earth


Introduction
Tel Rehov Archaeoseismic Site Webpage

Aerial Views and Other Material
Aerial Views and Other Material

Aerial Views

  • Location of Tel Rehov Trench in Google Earth
  • Location of Tel Rehov Trench

Trench Log

Location Map

Tel Rehov Trench

  • Green line - Trench TR-4
  • Yellow line - Subsurface trace of fault
  • Red line - Seismic Line GP-5036 (to the south - bottom of image)
  • Red line - Seismic Line GP-5037 (to the north - top of image)

click on image to explore this site on a new tab in Google Earth


Trench Log


Figure 18

The log of Trench TR-1

Zilberman et al (2004)


Seismic Lines

Location Maps

Google Earth

Tel Rehov Trench

  • Green line - Trench TR-4
  • Yellow line - Subsurface trace of fault
  • Red line - Seismic Line GP-5036 (to the south - bottom of image)
  • Red line - Seismic Line GP-5037 (to the north - top of image)

click on image to explore this site on a new tab in Google Earth


Mazar et. al. (2020 v.1)

Figure 2.7a

The surface scarp system and subsurface trace of the underlying marginal fault of the DSR (dashed line), as detected in geophysical surveys by Gardosh and Bruner 1998 and Bruner, Zilberman and Amit 2002. The traces of seismic lines GP-5036 and GP-5037 are marked on the aerial photo.

Mazar et. al. (2020 v.1)


Seismic Line GP-5037 (to the north)


Figure 8

Seismic Line GP-5037

Zilberman et al (2004)


Seismic Line GP-5036 (to the south)


Figure 7

Seismic Line GP-5036. Note the lack of seismic reflectors on the eastern side of the main fault.

Zilberman et al (2004)


Reconstruction of Tectonic Events


Figure 20

Fig. 20 Reconstruction of the main tectonic events in the fault exposed in Trench TR-1.
  1. Deposition of the upper part of the tufa sequence (20-30 ka)
  2. Displacement of the sequence accompanied by truncation of the upper block (between 20-30 ka and 2700 Y.B.P.)
  3. Displacement of about 1.5 m (around 2700 years before present
  4. Deposit of colluvium (Colluvium 1)
  5. Development of incipient soil during a short stable period
  6. Displacement of about 1.5 m (around 2600 years before present)
  7. Deposit of colluvium (Colluvium 2)
  8. Deposition f the Upper Unit. Fracturing of the entire sequence.


Zilberman et al (2004)



Figure 20

Fig. 20 Reconstruction of the main tectonic events in the fault exposed in Trench TR-1.
  1. Deposition of the upper part of the tufa sequence (20-30 ka)
  2. Displacement of the sequence accompanied by truncation of the upper block (between 20-30 ka and 2700 Y.B.P.)
  3. Displacement of about 1.5 m (around 2700 years before present
  4. Deposit of colluvium (Colluvium 1)
  5. Development of incipient soil during a short stable period
  6. Displacement of about 1.5 m (around 2600 years before present)
  7. Deposit of colluvium (Colluvium 2)
  8. Deposition f the Upper Unit. Fracturing of the entire sequence.


Zilberman et al (2004)


Master Seismic Events Table
Master Seismic Events Table

References
References
kmz's for Site Visits
kmz's