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Guide to literature for the identification of plant pathogenic fungi

Guide to literature for the identification of plant pathogenic fungi Unfortunately there is insufficient data to interpret the (12) Kreutzer, W. A. (1972) - Fusarium spp. as colonists and potential pathogens in root zones of grassland plants. effect of rainfall patterns and soil moisture on the distribu­ Phytopathology 62 : 1066 - 1070. tion of the Fusaria in soils of the wheat belt. Although we failed to isolate F. roseum 'Avenaceum' (13) Large. E. C. (1954) - Illustrations of the Feekes scale. Plant and F. roseum 'Culmorum' which are considered impor­ Pathology 3 : 128 - 129. tant cereal pathogens, qualitatively the results are striking (14) Lim, G. (1967) - Fusarium populations in rice field soils. for their similarity to results for soils of other geographical Phytopathology 57 : 1152 - 1153. areas. Griffin (9) has alluded to this apparent universal distribution of many soil microorganisms and has also (15) Lim, G. (1972) - Fusarium populations of intensively cultivated soils. Tropical Agriculture (Trinidad) 49 : 77 - 81 suggested that the absence of certain microorganisms from floristic lists may be more of a result of the inade­ Distribution of Fusarium in some British (16) Lim, G. (1974) - quacy of sampling and isolation techniques than the ac­ soils. Mycopathologia http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Australasian Plant Pathology Springer Journals

Guide to literature for the identification of plant pathogenic fungi

Australasian Plant Pathology , Volume 6 (2) – Jan 23, 2011

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References (14)

Publisher
Springer Journals
Copyright
Copyright
Subject
Life Sciences; Plant Pathology; Plant Sciences; Agriculture; Entomology; Ecology
ISSN
0815-3191
eISSN
1448-6032
DOI
10.1071/APP9770028
Publisher site
See Article on Publisher Site

Abstract

Unfortunately there is insufficient data to interpret the (12) Kreutzer, W. A. (1972) - Fusarium spp. as colonists and potential pathogens in root zones of grassland plants. effect of rainfall patterns and soil moisture on the distribu­ Phytopathology 62 : 1066 - 1070. tion of the Fusaria in soils of the wheat belt. Although we failed to isolate F. roseum 'Avenaceum' (13) Large. E. C. (1954) - Illustrations of the Feekes scale. Plant and F. roseum 'Culmorum' which are considered impor­ Pathology 3 : 128 - 129. tant cereal pathogens, qualitatively the results are striking (14) Lim, G. (1967) - Fusarium populations in rice field soils. for their similarity to results for soils of other geographical Phytopathology 57 : 1152 - 1153. areas. Griffin (9) has alluded to this apparent universal distribution of many soil microorganisms and has also (15) Lim, G. (1972) - Fusarium populations of intensively cultivated soils. Tropical Agriculture (Trinidad) 49 : 77 - 81 suggested that the absence of certain microorganisms from floristic lists may be more of a result of the inade­ Distribution of Fusarium in some British (16) Lim, G. (1974) - quacy of sampling and isolation techniques than the ac­ soils. Mycopathologia

Journal

Australasian Plant PathologySpringer Journals

Published: Jan 23, 2011

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