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Jericho

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Journal Article
Published: 01 February 2003
The Canadian Mineralogist (2003) 41 (1): 238.
... on the Wilson “Snowflake” Bentley Digital Archives. This is Volume 1, entitled The Man and his Images. It was issued by The Jericho Historical Society in 1999 to popularize the work of this remarkable local hero, who explored photographically the beauty of snowflakes in Jericho, Vermont, close to Burlington...
Journal Article
Published: 01 July 2014
Seismological Research Letters (2014) 85 (4): 912–922.
... the locations of those in the electronic supplement. Buildings denoted with diagonal hatching are reported to have been damaged in the existing historical sources. The epicenter of the 1927 Jericho earthquake (marked with black star) is depicted in the overview map at the upper‐left corner. Figure 2...
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Journal Article
Published: 01 July 2012
Seismological Research Letters (2012) 83 (4): 639–648.
... et al. , 2011 ). Other sources for palaeoseismic data came from damaged speleothems in caves some 40 km west of the Dead Sea Transform (DST) ( Kagan et al. , 2005 ; Braun et al. , 2009 ). The present work aims at recovering the earthquake record from the ancient settlement of Jericho (Palestine...
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Journal Article
Published: 01 May 2010
The Journal of Geology (2010) 118 (3): 261–276.
...Michael Lazar; Zvi Ben-Avraham; Zvi Garfunkel; Naomi Porat; Shmuel Marco Abstract The Jericho fault is considered to be the main active fault in the northern Dead Sea–lower Jordan Valley. In previous studies it has been identified by a prominent linear topographic escarpment that is thought...
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Journal Article
Published: 22 July 2008
Canadian Journal of Earth Sciences (2008) 45 (6): 701–723.
...Maya G. Kopylova; Patrick Hayman Abstract The paper presents data on petrology, bulk rock and mineral compositions, and textural classification of the Middle Jurassic Jericho kimberlite (Slave craton, Canada). The kimberlite was emplaced as three steep-sided pipes in granite that was overlain...
FIGURES
Series: Geological Society, London, Special Publications
Published: 01 January 2008
DOI: 10.1144/SP288.11
EISBN: 9781862395367
... Abstract The history of two ancient cities, Arad and Jericho, sheds light on the role of groundwater storage in deciding the survival of settlements in arid and semi-arid regions when climate changes take place. Arad, which was dependent on a local perched horizon, was deserted during...
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Journal Article
Journal: Geology
Published: 01 June 2002
Geology (2002) 30 (6): 507–510.
...Larry M. Heaman; Robert A. Creaser; Harrison O. Cookenboo Abstract An unusual suite of zircon- and rutile-bearing eclogite xenoliths from the 172 Ma Jericho kimberlite, Northwest Territories, Canada, displays a peculiar geochemistry highlighted by extreme enrichment of high field strength elements...
FIGURES
Journal Article
Journal: Geology
Published: 01 May 1994
Geology (1994) 22 (5): 395–398.
...Tina M. Niemi; Zvi Ben-Avraham Abstract Seismic-reflection data and historical accounts suggest that a large submarine slump in the Dead Sea was produced by the most recent large earthquake along the Dead Sea-Jordan transform plate boundary, the M L 6.25 Jericho earthquake of July 11, 1927...
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Fig. 5.
Published: 12 November 2015
Fig. 5. Compositions of Muskox minerals plotted as Cr 2 O 3 wt.% versus Mg# (molar Mg/(Mg + Fe)) for (A) orthopyroxene, (B) clinopyroxene, and (C) garnet. Muskox mineral compositions plotted as symbols. Jericho mineral compositions plotted as fields, i.e., Jericho coarse peridotite (red line
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(a) Nabi Musa locality along the Jerusalem–Jericho highway truncation. (b) Gehlenite–rankinite–wollastonite paralava nest in altered hydrogrossular-bearing rock.
Published: 02 May 2024
Figure 1. (a) Nabi Musa locality along the Jerusalem–Jericho highway truncation. (b) Gehlenite–rankinite–wollastonite paralava nest in altered hydrogrossular-bearing rock.
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Dykes of Jericho metabasite (black) intruding orange-weathering Yas Gneiss in the Yas-Schuitdrift Batholith (looking south from Namibia across the Orange River into South Africa; 28˚28’56”S; 19˚45’48”E).
Published: 01 September 2020
Figure 3. Dykes of Jericho metabasite (black) intruding orange-weathering Yas Gneiss in the Yas-Schuitdrift Batholith (looking south from Namibia across the Orange River into South Africa; 28 ˚ 28’56”S; 19 ˚ 45’48”E).
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Fig. 10.
Published: 12 November 2015
Fig. 10. Depth distribution of rock types in the Muskox and Jericho mantle. Depths for Muskox samples are from Figs. 7 , 8 and geothermal intercepts and BK P / BK T thermobarometric solution in Tables 1–3 . Depths for Jericho samples are from BK P / BK T thermobarometric solutions
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Fig. 1.
Published: 12 November 2015
Fig. 1. Geologic map of the Jericho cluster on the Slave craton (modified after Couture and Michaud 2004 ). Area shown is at the northern end of Contwoyto Lake, ∼400 km northeast of Yellowknife, Northwest Territories. L, Late; Int. intrusive. [Colour online.]
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Fig. 11.
Published: 12 November 2015
Fig. 11. Depth profiles for Mg# (molar Mg/(Mg + Fe)) in Muskox and Jericho minerals: (A) olivine in peridotite; (B) orthopyroxene in peridotite; (C) olivine in pyroxenite; (D) orthopyroxene in pyroxenite. Depth estimates for Muskox samples are calculated as described in the text. Depth estimates
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Figure 5. (A) Structure contour map on top of the Jericho Run Formation. Contour interval is 5 m. (B) Isopach map for the Jericho Run Formation. Contour interval is 2 m. Note the strong east-west grain of the Jericho Run Formation
Published: 01 May 2001
Figure 5. (A) Structure contour map on top of the Jericho Run Formation. Contour interval is 5 m. (B) Isopach map for the Jericho Run Formation. Contour interval is 2 m. Note the strong east-west grain of the Jericho Run Formation
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Fig. 4.
Published: 12 November 2015
Fig. 4. Histograms of Mg# (molar Mg/(Mg + Fe)) for (A) olivine and (B) orthopyroxene in Muskox and Jericho peridotites and for (C) olivine and (D) orthopyroxene in Muskox and Jericho pyroxenites. Here and in subsequent figures, Jericho data are from Kopylova et al. (1999) . Vertical axes show
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Published: 01 June 2002
TABLE 1. MAJOR AND TRACE ELEMENT GEOCHEMISTRY OF JERICHO ECLOGITE XENOLITHS
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Figure 1. Geochemistry of eclogite xenoliths isolated from Jericho kimberlite, Northwest Territories, Canada. A: Chondrite-normalized rare earth element diagram. B: Incompatible element diagram normalized to normal mid-ocean-ridge basalt (N-MORB). Also shown for comparison is field for island-arc basalts and andesites formed by subduction-zone magmatism.
Published: 01 June 2002
Figure 1. Geochemistry of eclogite xenoliths isolated from Jericho kimberlite, Northwest Territories, Canada. A: Chondrite-normalized rare earth element diagram. B: Incompatible element diagram normalized to normal mid-ocean-ridge basalt (N-MORB). Also shown for comparison is field for island-arc
Journal Article
Journal: Palynology
Published: 02 October 2022
Palynology (2022) 46 (4): 1–17.
... part of the Empire, to trace the importation of plants, horticultural trends, etc. For this purpose, gardens of Herod the Great, the client king of Judaea, which the author recently studied palynologically (in Caesarea, Herodium and Jericho), were compared with the new pollen results of Villa Arianna...
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Journal Article
Journal: Geology
Published: 01 May 1998
Geology (1998) 26 (5): 391–394.
...Harrison O. Cookenboo; Michael J. Orchard; David K. Daoud Abstract Paleozoic limestone xenoliths have been recovered from kimberlite pipes that intrude the Archean Canadian Shield. Xenoliths from the Jericho pipe in the central Slave craton are commonly fossiliferous and contain a diverse...