Veerabhadraswamy Al Profile Veerabhadraswamy Al

Phyllosphere microflora of few medicinal, garden, terrestrial and aquatic plants in and around mysuru districts, karnataka

  • Authors Details :  
  • Veerabhadra Swamy Al,  
  • Ananth R,  
  • Yamuna Sp

659 Views Original Article

The plant surface especially the leaf surface i.e., phyllosphere is exposed to dust and other particulates resulting in the establishment of a typical microflora. The surfaces of aerial plant parts provide habitat for epiphytic micro-organisms, many of which also influence the growth of pathogens. Microbial life in the phyllosphere is of great commercial importance to the agricultural industry for understanding the survival of plant disease-causing bacteria and fungi is vital for developing new ways to control their spread. In the present investigation, microflora isolated from the surface of a leaf of different medicinal, garden, terrestrial and aquatic plants. In this work fungus, bacteria and actinomycetes are isolated by using leaf washing methods on suitable nutritive media. Generally, the present work carried out by observation and identification of microflora under the microscope and biochemical test methods. The present work reveals that fifteen mycoflora (fungi), fifteen bacterial strains

Article Subject Details


Article Keywords Details



Article File

Full Text PDF



More Article by Veerabhadraswamy AL

Effect of arbuscular mycorrhizal fungi in the management of black bundle disease of maize caused by cephalosporium acremonium

Three species of arbuscular mycorrhizal fungi (glomus fasiculatum, glomus mossae and acaulispora laevis) were used as bio-agents to manage black bundle disease of maize caused by c...

Isolation and molecular detection of cephalosporium acremonium: the causative agent of black bundle disease in maize

Several diseases affect maize plants and one among them is black bundle disease, causal organism of which is yet to be confirmed with conflicting reports appearing in literature. i...

Evaluation of four trichoderma spp. for the biological control of black bundle disease (cephalosporium acremonium) in maize

Four trichoderma species with known biocontrol activity (t. harzianum, t. hamantum, t. viride and t. virens) were tested for their efficacy against cephalosporium acremonium, a cau...

Appraise a combination of fungicides against blast and sheath blight diseases of paddy (oryza sativa l.)

In present study various fungicides were screened against blast (leaf and neck) and sheath blight disease of rice. among them, conika 50% wp (kasugamycin 5% + copper oxychloride 45...