Yarmouk University

Irbid, Jordan

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Department of Biological Sciences

Department of Biological Sciences

131

Total Impact Points

13

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Department of Chemistry

Department of Chemistry

94

Total Impact Points

15

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Faculty of Science

Faculty of Science

12

Total Impact Points

4

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Article: Tense, Aspect and Aktionsart in Arabic

Vit Bubenik, John Hewson, Osama Omari

Folia orientalia 01/2013; Forthcoming.
- Osama Omari added this article.
  
  19 hours ago
  
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Article: Chemical Composition of Essential Oils from Aerial Parts of Sisymbrium Irio from Jordan

MAHMOUD A. AL-QUDAH, MUSA H. ABU ZARGA

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ABSTRACT: The volatile compounds obtained from Sisymbrium irio growing in Jordan has been analyzed by GC-MS. The major constituents are dioctyladipate (25.44%), N-(n-proyl) acetamide (14.77%), isopropyl isothiocyanate (11.55%), isobutyl isothiocyanate (6.75%), 3,7,11,15-tetramethyl-2-hexadecen-1-ol (6.52%), cis -8,11,14-eicosatrienoic acid (6.30%), heptacosane (3.89%), palmitic acid (3.45%), n-butyl isothiocyanate (2.85 %) and dimethoxyacetophenone (2.54 %).
- Mahmoud Al-Qudah added this article.
  
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Article: Prominent facies from the Lower/Middle Cambrian of the Dead Sea area (Jordan) and their palaeodepositional significance

OLAF ELICKI, RAFIE SHINAQ

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ABSTRACT: New carbonate facies types are reported from the Cambrian Burj Fm. (Bilbilian) of the southern Dead Sea area (Jordan). They indicate the existence of a large low energy lagoon,with restricted water circulation and higher sa - linity,behind a high energy oolite shoal or shoal complex (back-barrier system). The transition between shoal and la - goon is marked by the interfingering of sediments from both environments,caused by washover events from the shoal into the lagoon behind. The lagoon itself was characterized by a low sedimentation rate and entire bioturbation. In a shoreward direction,the lagoonal facies changed into a microbial-dominated tidal or sabkha flat environment from which sediments were periodically reworked and redeposited into the lagoon. Comparison of our results with investiga- tions of subsurface Cambrian deposits in southeastern and northern Jordan shows that lagoonal environments were the predominant carbonate production centres in this area during the short marine phase in the Cambrian of the Dead Sea area.

Bulletin De La Societe Geologique De France - BULL SOC GEOL FR. 01/2002; 173(6):547-552.
- Rafie Shinaq added this article and 4 others.
  
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Information

Address

211-63, Irbid, Jordan
Head of Institution

Prof. Abdullah Mousa
Website

http://www.yu.edu.jo
Phone

+962-2-721-1111

145 Members View all

Wesal Alomari

Yarmouk University
Mohammed al-shorafat

Yarmouk University
Rasheed A. Jaradat

Yarmouk University
Mohammad Rababah

Yarmouk University
Roaa SaifAddin Jacob

Yarmouk University
Firas Abbasi

Yarmouk University
Abdelraheem Ahmad

Yarmouk University
Abdallah H. Qteish

Yarmouk University
Dr. Eng. Ahmed A. Al-Taani

Yarmouk University
Ahmad M. Dagamseh

Yarmouk University
Saad Al-Refaie

Yarmouk University
Khalid Aladwan

Yarmouk University
Alosh Essa

Yarmouk University
Mustafa Monaf Noaman

Yarmouk University
Shafiq Alawneh

Yarmouk University
Al-Motasem Aldaoudeyeh

Yarmouk University
Basim Abu zaytoon

Yarmouk University
Mohammad hani al megbil

Yarmouk University
Khaldoon Al-Qudah

Yarmouk University
Ahmed Othman Maslat

Yarmouk University
Mustafa Al-Hajjaji

Yarmouk University
Maram Abu Sini

Yarmouk University
Jasmin Hazimah

Yarmouk University
Nehad Tashtoush

Yarmouk University
Ghassan Okour

Yarmouk University
Emad Hussein

Yarmouk University
Adnan Smadi

Yarmouk University
Ala Hadi Ahmed Nasser

Yarmouk University
Talal Al-Irsan

Yarmouk University
Alaa Issa

Yarmouk University

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