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Citation:

Study on the Anamorph and Spec ies of Botryosphae ria,the Important Pathogen of Tree’s Canker

  • Received Date: 2006-07-18
  • The authors collected canker specimens on many trees in China and isolated the pathogen and inoculatedPopu lus ×beijingensis in order to confirm pathogenicity. The morphologic method and ISSR technique were app liedto analyze the phylogeny, and the resultwas compared to foreign’s. According to the morphologic character of conidiophore, The species collected was B otryosphaeria doth idea, whose morphological character of anamorph accordedwith Fusicoccum aescu li reported by foreign countries. According to the dendrogram generated byUPGMA cluster analysis of the ISSR fingerp rints from the cuthors’isolates and F. aesculi come from foreign countries, both were classified to one cluster by similarity 100%. So the authors concluded that the pathogen of canker collected wasB. doth idea, which anamorph was notDothiorella grega ria, but F. aesculi, and F. aesculi could be used as anamorph ofB. dothidea. Moreover, B. ribis was not obtained in the experiment, but itwas different from B. dothidea in China, according to the character ofB. ribis was republished abroad. The conidialwidth ofB. ribis was over 8. 0μm, but the conidialwidth ofB. dothidea was 6. 2~7. 6 μm. The ratio of conidial length and width ofB. dothidea wasover 2. 9, but B. ribis was below 2. 6. It could be concluded that B. ribis and B. dothidea were different speciesfrom the dendrogram generated by UPGMA cluster analysis of the ISSR fingerp rints. So, B. ribis and B. dothideawere different species, not synonym.
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Study on the Anamorph and Spec ies of Botryosphae ria,the Important Pathogen of Tree’s Canker

  • 1. BeijingMunicipal Forestry Protection Station, Beijing 100029, China
  • 2. The Key Laboratory for Silviculture and Conservation ofMinistry of Education, Beijing Forestry University, Beijing 100083, China
  • 3. AnshanMunicipal Government of Liaoning Province, Anshan 114002, Liaoning, China
  • 4. General Station of Forest PestManagement, State Forestry Administration, Shenyang 110034, Liaoning, China

Abstract: The authors collected canker specimens on many trees in China and isolated the pathogen and inoculatedPopu lus ×beijingensis in order to confirm pathogenicity. The morphologic method and ISSR technique were app liedto analyze the phylogeny, and the resultwas compared to foreign’s. According to the morphologic character of conidiophore, The species collected was B otryosphaeria doth idea, whose morphological character of anamorph accordedwith Fusicoccum aescu li reported by foreign countries. According to the dendrogram generated byUPGMA cluster analysis of the ISSR fingerp rints from the cuthors’isolates and F. aesculi come from foreign countries, both were classified to one cluster by similarity 100%. So the authors concluded that the pathogen of canker collected wasB. doth idea, which anamorph was notDothiorella grega ria, but F. aesculi, and F. aesculi could be used as anamorph ofB. dothidea. Moreover, B. ribis was not obtained in the experiment, but itwas different from B. dothidea in China, according to the character ofB. ribis was republished abroad. The conidialwidth ofB. ribis was over 8. 0μm, but the conidialwidth ofB. dothidea was 6. 2~7. 6 μm. The ratio of conidial length and width ofB. dothidea wasover 2. 9, but B. ribis was below 2. 6. It could be concluded that B. ribis and B. dothidea were different speciesfrom the dendrogram generated by UPGMA cluster analysis of the ISSR fingerp rints. So, B. ribis and B. dothideawere different species, not synonym.

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