Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province

As a part of soil biodiversity, mycorrhiza has an important role on soil function. For assessment of agricultural practices on spore density and diversity of mycorrhiza, a study was conducted in winter wheat fields on Shirvan, Mashhad and Gonabad, three regions of Khorasan. In each region, high and...

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Main Authors: alireza koochaki, parviz rezvani moghadam, amir lakziyan, mehdi nassiri mahalati
Format: Article
Language:fas
Published: Ferdowsi University of Mashhad 2009-06-01
Series:پژوهشهای زراعی ایران
Online Access:https://jcesc.um.ac.ir/index.php/arable/article/view/2434
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spelling doaj-b4b3efade24c45069505adc2411f2cf52021-07-02T13:04:11ZfasFerdowsi University of Mashhadپژوهشهای زراعی ایران2008-14722423-39782009-06-016227128410.22067/gsc.v6i2.24341202Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan provincealireza koochakiparviz rezvani moghadamamir lakziyanmehdi nassiri mahalatiAs a part of soil biodiversity, mycorrhiza has an important role on soil function. For assessment of agricultural practices on spore density and diversity of mycorrhiza, a study was conducted in winter wheat fields on Shirvan, Mashhad and Gonabad, three regions of Khorasan. In each region, high and low input fields of winter wheat and a natural system for comparison were selected. Use of agricultural inputs was criteria for selection of low and high input fields in each region. Soil sampling was done on fields and natural systems. Organic matter and spore density of mycorrhiza were measured in soil samples. Percent of soil organic matter in all systems was low, but in agroecosystems was greater than in natural system. Mean spore density of mycorrhiza in the soil of Shirvan, Mashhad and Gonabad was 118, 99 and 76 per gram dry soil, respectively and was affected by region and soil organic matter. Soil spore density in agroecosystems was greater than natural systems and was affected by soil organic matter and plant production. Species richness of mycorrhiza in high input and natural systems of Gonabad was 4 and in other systems were 5. Results showed that agroecosystems improved conditions for mycorrhiza and efficient use of these services. Keywords: Mycorrhiza, soil organic matter, winter wheat, agricultural systems.https://jcesc.um.ac.ir/index.php/arable/article/view/2434
collection DOAJ
language fas
format Article
sources DOAJ
author alireza koochaki
parviz rezvani moghadam
amir lakziyan
mehdi nassiri mahalati
spellingShingle alireza koochaki
parviz rezvani moghadam
amir lakziyan
mehdi nassiri mahalati
Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
پژوهشهای زراعی ایران
author_facet alireza koochaki
parviz rezvani moghadam
amir lakziyan
mehdi nassiri mahalati
author_sort alireza koochaki
title Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
title_short Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
title_full Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
title_fullStr Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
title_full_unstemmed Effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of Khorasan province
title_sort effect of agricultural practices on mycorrhizal diversity and abundance in winter wheat fields of khorasan province
publisher Ferdowsi University of Mashhad
series پژوهشهای زراعی ایران
issn 2008-1472
2423-3978
publishDate 2009-06-01
description As a part of soil biodiversity, mycorrhiza has an important role on soil function. For assessment of agricultural practices on spore density and diversity of mycorrhiza, a study was conducted in winter wheat fields on Shirvan, Mashhad and Gonabad, three regions of Khorasan. In each region, high and low input fields of winter wheat and a natural system for comparison were selected. Use of agricultural inputs was criteria for selection of low and high input fields in each region. Soil sampling was done on fields and natural systems. Organic matter and spore density of mycorrhiza were measured in soil samples. Percent of soil organic matter in all systems was low, but in agroecosystems was greater than in natural system. Mean spore density of mycorrhiza in the soil of Shirvan, Mashhad and Gonabad was 118, 99 and 76 per gram dry soil, respectively and was affected by region and soil organic matter. Soil spore density in agroecosystems was greater than natural systems and was affected by soil organic matter and plant production. Species richness of mycorrhiza in high input and natural systems of Gonabad was 4 and in other systems were 5. Results showed that agroecosystems improved conditions for mycorrhiza and efficient use of these services. Keywords: Mycorrhiza, soil organic matter, winter wheat, agricultural systems.
url https://jcesc.um.ac.ir/index.php/arable/article/view/2434
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AT parvizrezvanimoghadam effectofagriculturalpracticesonmycorrhizaldiversityandabundanceinwinterwheatfieldsofkhorasanprovince
AT amirlakziyan effectofagriculturalpracticesonmycorrhizaldiversityandabundanceinwinterwheatfieldsofkhorasanprovince
AT mehdinassirimahalati effectofagriculturalpracticesonmycorrhizaldiversityandabundanceinwinterwheatfieldsofkhorasanprovince
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