Variation in the spore density and percentage of root length of tree species colonised by arbuscular mycorrhlzal fungi at a rehabilitated waterlogged site


Citation

Gaur Anupama, . and Sharma Mahaveer P., . and Adholeya Alok, . and Chauhan Shashi, . Variation in the spore density and percentage of root length of tree species colonised by arbuscular mycorrhlzal fungi at a rehabilitated waterlogged site. pp. 542-551. ISSN 0128-1283

Abstract

A study was carried out at a rehabilitated locality in Haryana north India where waterlogging was a usual phenomenon that extended for more than nine months annually. Arbuscular mycorrhizal (AM) distribution in all the plots represented by various tree species viz. Terminalia arjuna Syzygium cuminii Populus euphratica and naturally grown Typha elephantina was found to be significantly different. Distribution profile showed the dominance of the two genera viz. Glomus and Gigaspora. Glomus was dominant in the T. arjuna plot while Gigaspora was abundant in the P. euphratica plot. Glomus showed positive correlation to available soil P (r 0.74 p 0.05) while Gigaspora showed positive correlation to organic matter content (r 0.94 p 0.05). Both the genera also predominated at the naturally grown T. elephantina plot.


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Abstract

A study was carried out at a rehabilitated locality in Haryana north India where waterlogging was a usual phenomenon that extended for more than nine months annually. Arbuscular mycorrhizal (AM) distribution in all the plots represented by various tree species viz. Terminalia arjuna Syzygium cuminii Populus euphratica and naturally grown Typha elephantina was found to be significantly different. Distribution profile showed the dominance of the two genera viz. Glomus and Gigaspora. Glomus was dominant in the T. arjuna plot while Gigaspora was abundant in the P. euphratica plot. Glomus showed positive correlation to available soil P (r 0.74 p 0.05) while Gigaspora showed positive correlation to organic matter content (r 0.94 p 0.05). Both the genera also predominated at the naturally grown T. elephantina plot.

Additional Metadata

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Item Type: Article
AGROVOC Term: Trees Forest soils
AGROVOC Term: Root length
AGROVOC Term: Growth
AGROVOC Term: Spores
AGROVOC Term: Fungal spores Mycology
AGROVOC Term: Colonialism
AGROVOC Term: Vesicular arbuscular mycorrhizae
AGROVOC Term: Fungi
AGROVOC Term: Soil fungi
AGROVOC Term: Soil organic matter
Depositing User: Ms. Suzila Mohamad Kasim
Last Modified: 24 Apr 2025 06:27
URI: http://webagris.upm.edu.my/id/eprint/22570

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