Distribution (text) |
- Mediterranean region
- 75 km parallel to the Jordan River and the Dead Sea, and varies in width from 10 km at Wadi Hisban and Wadi Zarqa to about 2-3 km in Zara, Jordan
- Wetland in the Central Ebro Valley, Spain.

- Marismas del Odiel Natural Park (Huelva, south-west Spain)
- El-Salam Canal north-eastern Egypt
- Northwestern coast, Egypt
- Portugal
- Draa Sfar and Kettara mining sites, Morocco
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References |
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Alvarez Rogel, Jose; Alcaraz Ariza, Francisco; Ortiz Silla, Roque (2000) Soil salinity and moisture gradients and plant zonation in Mediterranean salt marshes of Southeast Spain.
20, 2, 357. -372.
(see details)
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Andres, I. M. (1989) LEAF ANATOMY OF PLANTS FROM COSTAL MEDITERRANEAN SALT MARSHES DICOTYLEDONS.
Candollea. 44, 2, 435-452.
(see details)
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Aronson, J.A., D. Pasternak and A. Danon. (1988) Introduction and first evaluation of 120 halophytes under seawater irrigation. In: Arid lands : today and tomorrow : proceedings of an international research and development conference, Tucson, Arizona, U.S.A., October 20-25, 1985.
737. -746.
(see details)
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Caravaca, F., M. M. Aiguacil, P. Torres and A. Roldan (2005) Plant type mediates rhizospheric microbial activities and soil aggregation in a semiarid Mediterranean salt marsh.
Geoderma. 124, 3-4, 375-382.
(see details)
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Chamkouri, N., S. Khodadoust and F. Ghalavandi (2015) Solid-Phase Extraction Coupled with HPLC-DAD for Determination of B Vitamin Concentrations in Halophytes.
Journal of Chromatographic Science. 53, 10, 1720-1724.
(see details)
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Devi, S., A. S. Nandwal, R. Angrish, S. S. Arya, N. Kumar and S. K. Sharma (2016) Phytoremediation potential of some halophytic species for soil salinity.
International Journal of Phytoremediation. 18, 7, 693-696.
(see details)
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Duarte, B., E. Feijao, M. V. Pinto, A. R. Matos, A. Silva, A. Figueiredo, V. F. Fonseca, P. Reis-Santos and I. Cacador (2022) Nutritional valuation and food safety of endemic mediterranean halophytes species cultivated in abandoned salt pans under a natural irrigation scheme.
Estuarine Coastal and Shelf Science. 265, 14.
(see details)
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El Alaoui, A; Raklami, A; Bechtaoui, N; El Gharmali, A; Ouhammou, A; Imziln, B; Achouak, W; Pajuelo, E; Oufdou, K (2021) Use of native plants and their associated bacteria rhizobiomes to remediate-restore Draa Sfar and Kettara mining sites, Morocco.
ENVIRONMENTAL MONITORING AND ASSESSMENT. 193, 4,
(see details)
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Elbar, O. H. A. and M. El-Maboud (2013) Anatomical and physiological responses of three species of Suaeda Forssk. ex Scop. under different habitat conditions.
Journal of Applied Sciences Research. 9, 8, 5370-5379.
(see details)
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Eley, Y; White, J; Dawson, L; Hren, M; Pedentchouk, N (2018) Variation in Hydrogen Isotope Composition Among Salt Marsh Plant Organic Compounds Highlights Biochemical Mechanisms Controlling Biosynthetic Fractionation.
JOURNAL OF GEOPHYSICAL RESEARCH-BIOGEOSCIENCES. 123, 9, 2645. -2660.
(see details)
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Fernandez-Illescas, F., F. J. J. Nieva, B. Marquez-Garcia and A. F. Munoz-Rodriguez (2010) Pollen production in halophytic species of the Chenopodiaceae in a Mediterranean marsh.
Grana. 49, 4, 300-307.
(see details)
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Fournier, J; Lechat, C (2011) Eutypella phaeospora, a new species on Chenopodiaceae.
MYCOTAXON. 118, 441. -446.
(see details)
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Gomez-Garrido, M., J. M. Navarro, F. J. M. Navarro and A. F. Cano (2018) The chelating effect of citric acid, oxalic acid, amino acids and Pseudomonas fluorescens bacteria on phytoremediation of Cu, Zn, and Cr from soil using Suaeda vera.
International Journal of Phytoremediation. 20, 10, 1033-1042.
(see details)
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Gonzalez-Alcaraz, M. N., F. J. Jimenez-Carceles, Y. Alvarez and J. Alvarez-Rogel (2014) Gradients of soil salinity and moisture, and plant distribution, in a Mediterranean semiarid saline watershed: a model of soil-plant relationships for contributing to the management.
Catena. 115, 150-158.
(see details)
-
Grossi, V. and D. Raphel (2003) Long-chain (C-19-C-29) 1-chloro-n-alkanes in leaf waxes of halophytes of the Chenopodiaceae.
Phytochemistry. 63, 6, 693-698.
(see details)
-
Herrero, J. and C. Castaneda (2013) Changes in soil salinity in the habitats of five halophytes after 20 years.
Catena. 109, 58-71.
(see details)
-
Herrero, J. and C. Castaneda (2015) Temporal changes in soil salinity at four saline wetlands in NE Spain.
Catena. 133, 145-156.
(see details)
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Munoz-Rodriguez, A. F., I. Sanjose, B. Marquez-Garcia, M. D. Infante-Izquierdo, A. Polo-Avila, F. J. J. Nieva and J. M. Castillo (2017) Germination syndromes in response to salinity of Chenopodiaceae halophytes along the intertidal gradient.
Aquatic Botany. 139, 48-56.
(see details)
-
Pasternak, D. and A. Nerd (1996) Research and utilization of halophytes in Israel.
Halophytes and Biosaline Agriculture. 325-348.
(see details)
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Qasem, Jamal R. (2015) PROSPECTS OF WILD MEDICINAL AND INDUSTRIAL PLANTS OF SALINE HABITATS IN THE JORDAN VALLEY.
47, 2, 551. -570.
(see details)
-
Serag, MS; Khedr, AHA (2001) Vegetation-environment relationships along El-Salam Canal, Egypt.
ENVIRONMETRICS. 12, 3, 219. -232.
(see details)
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Shomer -Ilan, A., A. Nissenbaum and Y. Waisel (1981) Photosynthetic pathways and the ecological distribution of the Chenopodiaceae in Israel.
Oecologia. 48, 2, 244-248.
(see details)
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Ungar, I. A. and S. R. J. Woodell (1993) The Relationship Between the Seed Bank and Species Composition of Plant Communities in 2 British Salt Marshes.
Journal of Vegetation Science. 4, 4, 531-536.
(see details)
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Vizetto-Duarte, C., F. Figueiredo, M. J. Rodrigues, C. Polo, E. Resek and L. Custodio (2019) Sustainable Valorization of Halophytes from the Mediterranean Area: A Comprehensive Evaluation of Their Fatty Acid Profile and Implications for Human and Animal Nutrition.
Sustainability. 11, 8,
(see details)
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