ARBUSCULAR MYCORRHIZAL FUNGI SYMBIOSIS WITH POPULUS EUPHRATICA OLIV IN RIPARIAN FOREST AND ITS CORRELATION WITH SOIL PHYSIOCHEMICAL PROPERTIES

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MORADI BEHBAHANI S.; MORADI M.; BASIRI R.; MIRZAEI J.

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Journal: Journal of Wood and Forest Science and Technology Year:2017 | Volume:24 | Issue:1 Page(s): 17-28

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Title

ARBUSCULAR MYCORRHIZAL FUNGI SYMBIOSIS WITH POPULUS EUPHRATICA OLIV IN RIPARIAN FOREST AND ITS CORRELATION WITH SOIL PHYSIOCHEMICAL PROPERTIES

Author(s)

MORADI BEHBAHANI S. | MORADI M. | BASIRI R. | MIRZAEI J. | Issue Writer Certificate

Keywords

COLONIZATIONQ3

FUNGIQ2

MYCORRHIZALQ2

POPULUS EUPHRATICAQ1

RHIZOSPHEREQ1

Abstract

Background and objectives: Riparian forests are one of the unique forest ecosystems, but, there is little information available about these forest ecosystems in the Iran. These forests have an important role in riparian ecosystem protection, but they are in danger. POPULUS EUPHRATICA is one the most common tree species in these ecosystems and is a native species of arid and semiarid sites that spread out in most part of the Iran. Regarding to lack of data about symbiosis of arbuscular MYCORRHIZAL FUNGI and P. euphratica, this study was done to study of AMF symbiosis with P. euphratica and the effect of distance from river bank on root COLONIZATION and spore density. Furthermore, correlation between soil physiochemical properties, root COLONIZATION and spore density were investigated to determine the most effective parameters on this symbiosis.Materials and methods: The Maroon riparian forest width was divided to three distances with 200 meter interval. Site one, two and three were located beside water, 200 and 400 meters away from river, respectively. Then, 10 soil samples belonged to P. euphratica RHIZOSPHERE were collected in each site. Furthermore, for each selected tree, root samples were collected, and root length COLONIZATION and spore density were determined. Also, soil physiochemical properties of each studied distance were determined.Results: The result indicated that the least root length COLONIZATION belonged to the distance two and significantly was lower than the other two studied distances. This result might be because of human activity in this distance that could have negative effect on root length COLONIZATION.Moreover, although no significant difference was observed for spore density in studied distance, but the highest value of spore density belonged to the distance three. Soil phosphorous, sand and clay were significantly different between studied distances. While, the other studied soil physiochemical parameters showed no significant differences in studied distances. Furthermore, no correlation was observed between root length COLONIZATION and spore density. Significant correlation was observed between soil clay, silt and phosphorus. While, root length COLONIZATION and spore density showed no significant correlation with studied soil physicochemical parameters.Conclusion: Regarding to the high level of root length COLONIZATION and spore density in P.euphratica RHIZOSPHERE, we could say that there is high level of symbiosis between P. euphratica and MYCORRHIZAL FUNGI. Using this symbiosis could be an effective way in protection and expansion of P. euphratica afforestation. Moreover, distance from river bank is an effective parameter on MYCORRHIZAL FUNGI symbiosis in riparian forest.

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