Text (with hotlink) | Original Language | Biographical Info | Religion | Date of Composition | Location Composed | Notes |
---|---|---|---|---|---|---|
Geographicum by Strabo possibly based on Posidonius | Greek - Strabo Greek - Posidonius |
|
Strabo - 7 BCE - ~23 CE Posidonius - before c. 51 BCE |
Strabo - Amaseia in Pontus with some sections perhaps written at other locations. Posidonius - Rhodes |
|
|
The Deipnosophistae by Athenaeus of Naucratis citing Posidonius | Greek - Athenaeus Greek - Posidonius |
|
Athenaeus - end of the 2nd/beginning of the 3rd century BCE Posidonius - before c. 51 BCE |
Athenaeus - ? Posidonius - Rhodes |
|
|
The Jewish War by Josephus | Greek, possibly translated from an earlier version in Aramaic |
|
Jewish | about 75 CE | Rome and ? | Background information - Josephus Flavius recounted when Maccabean general Simon assisted Seleucid Emperor Antiochus VII Sidetes in, apparently successfully, sieging Dor against the Seleucid usurper Diodotus Tryphon (referred to as Trypho by Josephus). |
Conflation Possibilities - The Dead Fish and Soldiers, Malalas Confusion, and the Seventeenth of Adar Quakes | ||||||
Text (with hotlink) | Original Language | Biographical Info | Religion | Date of Composition | Location Composed | Notes |
Location (with hotlink) | Status | Intensity | Notes |
---|---|---|---|
Tel Ateret aka Vadun Jacob | probable | ≥9 | Ellenblum et. al. (2015:5) estimated a displacement of ~2.5 m from this event which, though dated from the 3rd century BCE - ~142 BCE, probably struck around ~142 BCE. Using the scaling laws of Wells and Coppersmith (1994), ~2.5 m of strike-slip displacement corresponds to a magnitude of 7.1 - 7.4. |
Tell Anafa | possible | Hellenistic Earthquake inferred from possible rebuilding - Although Herbert in Stern et al (1993) did not report
any evidence for seismic destruction in Hellenistic times, they did date construction of a Late Hellenistic stuccoed building around ~125 BCE noting that a coin of Alexander Zebina (128-125 BCE) found in the construction fill of the bath's southern room is the latest find under any of the building's original floors.Herbert in Stern et al (1993) also reports that a massive leveling and terracing operation took place with the construction of the Late Hellenistic stuccoed building, obliterating earlier architectural remains.This could explain an absence of archaeoseismic evidence. |
|
Location (with hotlink) | Status | Intensity | Notes |
Location (with hotlink) | Status | Minimum PGA (g) | Likely PGA (g) | Likely Intensity1 | Comments |
---|---|---|---|---|---|
Jordan River Delta | possible | Niemi and Ben-Avraham (1994) estimated that Event 2 was younger than 3-5 ka and older than 1927 CE. | |||
Location (with hotlink) | Status | Minimum PGA (g) | Likely PGA (g) | Likely Intensity1 | Comments |
Location (with hotlink) | Status | Intensity | Notes |
---|---|---|---|
Tyre | missing evidence | Marriner et al (2005) undertook a litho and biostratigraphical study of four core sequences from the landward edge of the current harbor. AMS radiocarbon dating was performed on dateable material found in the cores. They attributed missing 1st millennium BCE strata to dredging activity undertaken in the Roman and Byzantine periods. | |
Location (with hotlink) | Status | Intensity | Notes |
Location (with hotlink) | Status | Intensity | Notes | |||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Dinar Trenches | possible - indeterminate | ≥ 7 | Altunel et al (1999) claim evidence for a ~80 BCE Apamea Earthquake in Event 2 from their trenches but only two useful radiocarbon dates were obtained in their paleoseismic study. The date constraints from these two samples are large (~1550 BCE - 1360 ± 50 CE) and their historical earthquake assignment is speculative - based on consulting earthquake catalogs during that time span. | |||||||||||||||||||||
Hacipasa Trenches | possible | ≥ 7 | The oldest event identified in the Ziyaret Trench dated to before 983 CE. A lower bound on age was not available due to insufficient radiocarbon dates. | |||||||||||||||||||||
Tekieh Trenches | possible | ≥ 7 | Gomez et. al. (2003:15) may have seen evidence for an earthquake in the 1st or 2nd century BCE in Event B. Event B is estimated to have created ~ 2 meters of left lateral strike slip displacement which translates to an estimated Magnitude between 7.0 and 7.3 (7.0 and 7.2 according to Gomez et al, 2003:16-17). In terms of dating, an upper bound for Event B is 170 BCE - 20 CE while a lower bound for Events B and and the older Event C is from 1690 - 1400 BCE. | |||||||||||||||||||||
Tabarja Benches | possible | Mw = ~7.5 | Elias et al (2007)
examined uplifted benches on the Lebanese coast between Sarafand and Tripolis; some in the vicinity of Tabarja
(~20 km. NE of Beirut). They identified four uplifts from 3 or more [sizeable Mw = ~7.5] earthquakesin the past ca. 6-7 ka. They attributed the latest uplift (B1) to the 551 CE Beirut Quake while the earlier events (B2, B3, and B4) were no more precisely dated than between ~5000 BCE and 551 CE. Bench uplift on the earlier events (B2, B3, and B4) would likely have been due to uplift on the Mount Lebanon Thrust system - as was surmised for Event B1 and the 551 CE Beirut Quake. |
|||||||||||||||||||||
Jarmaq Trench | possible | ≥ 7 | Nemer and Meghraoui (2006) date Event Y to between 2920-2879 BCE and 84-239 CE | |||||||||||||||||||||
Qiryat-Shemona Rockfalls | possible | Kanari, M. (2008) examined rockfalls in Qiryat-Shemona which were attributed to earthquakes. Optically stimulated luminescence (OSL) dating was performed on soil samples beneath the fallen rocks. Kanari et al (2019) assigned Sample ID QS-6 to an earthquake in 199 BCE but the wide spread in ages indicate that this event could have occurred in the 2nd century BCE. | ||||||||||||||||||||||
Bet Zayda | possible | ≥ 7 | Wechsler at al. (2014) records event CH4-E6 with a modeled age of 392 BCE – 91 CE. | |||||||||||||||||||||
Jordan Valley - Dir Hagla Trenches | possible | ≥ 7 | Reches and Hoexter (1981) report that Event A was dated from 200 BCE - 200 CE and exhibited 3.5 m of vertical displacement. Although the total vertical displacement could have been created by more than one seismic event, there were no broken layers between Event A the next Event (B) which was dated to between 700 and 900 CE. Further, they interpreted Event A created a fault scarp on the site. Kagan, E., et al. (2011) noted that the dip slip could have been magnified by local variations in the strike of the fault. | |||||||||||||||||||||
Dead Sea - Seismite Types | n/a | n/a | If the Dead Fish and Soldiers Quake struck
somewhere on the Lebanese littoral, it's epicenter might have been ~200-250 km. away from the Dead Sea Paleoseismic sites. If one assumes a magnitude
of 6.5, this leads to projected PGAs of 0.08-0.10 g at the Dead Sea sites. At a magnitude of 7.0,
those numbers go up to 0.14-0.18 g. This is below the 0.23 g threshold calculated by
Williams (2004)
and is, in some cases, above the 0.13 g threshold assumed in
Lu et al (2020a) that one needs to break the Dead Sea sediments. So, while a northern
Dead Fish and Soldiers Quake could have left a mark in the Dead Sea,
it would not likely have churned up seismites as thick the mid 2nd century BCE seismites we see in the outcrops. It also would not likely have extended to the Araba.
This suggests that the causitive earthquake for the mid 2nd century BCE seismites was probably in the region. This further suggests that we may be dealing
with an earthquake couplet where an earthquake in the northern part of the Dead Sea Transform struck within a short amount of time (1-2 decades or less)
before or after an earthquake in the southern part of the Transform. |
|||||||||||||||||||||
Dead Sea - Nahal Darga | possible | ≥ 7 | Enzel et. al. (2000) identified a 20 cm. thick seismite in coarse grained lithology in Deformed Unit 8 in Stratigraphic Unit 10 which dated to 450-50 BCE (2400-2000 yrs BP). | |||||||||||||||||||||
Dead Sea - En Feshka | <possible | 7.9 - 8.8 | Kagan et al (2011) identified two seismites which they estimate struck in the
2nd century BCE.
|
|||||||||||||||||||||
Dead Sea - En Gedi | possible | 7.9 - 8.8 | Migowski et. al. (2004) dated a 1 cm. thick Type 4 seismite at a depth of 302.48 cm. (3.0248 m) to 140 BCE. | |||||||||||||||||||||
Dead Sea - Nahal Ze 'elim | possible | 8.2 - 9.0 (All sites) | At site ZA-2, Kagan et al (2011) observed a 8 cm. thick Type 4 intraclast breccia seismite
at a depth of 516 cm. with modeled ages of 103 BCE ± 37 (1σ) and 103 BCE ± 75 (2σ). They suggested it struck in the middle of the
2nd century BCE. It may have formed during the southern
Dead Fish and Soldiers Quake. At site ZA-1, Kagan et al (2011) in Table 4 reports a 15 cm. thick seismite which they also assigned a date of mid second century BCE (i.e., assumed to be the same seismite). This appears to be the same seismite which Ken-Tor et al (2001a) labeled as Event A. Event A is an 11 cm. thick Type 4 seismite which Ken-Tor et al (2001a) dated as 200 BCE ± 160 (± 2σ) and estimated the most probable age as 400-200 BCE. Ken-Tor et al (2001a) assigned Event A to to the potentially dubious 64 BCE Pig on the Wall Quake. Williams (2004) and Agnon et. al (2006) redated Event A to better match the radiocarbon dates. Williams (2004) and Agnon et. al (2006) estimated dates of ~150 BCE and ~140 BCE respectively. |
|||||||||||||||||||||
Araba - Introduction | n/a | n/a | n/a | |||||||||||||||||||||
Araba - Taybeh Trench | possible | ≥ 7 | LeFevre et al. (2018) reports a modeled age for Event E6 of 139 BCE ± 22. | |||||||||||||||||||||
Araba - Qatar Trench | unlikely | ≥ 7 | Klinger et. al. (2015) did not observe any mid 2nd century BCE seismic events. | |||||||||||||||||||||
Location (with hotlink) | Status | Intensity | Notes |