TAILIEUCHUNG - Variability in morphology and growth characteristics of different isolates of Entomopathogenic fungi managing the mealy bugs Maconellicocus hirsutus

Current research efforts are directed towards native entomopathogenic fungi which are highly virulent to insect pests to develop efficient and eco-friendly bio-pesticides. From the insect cadavers fifteen different fungal isolates were isolated on DOC2-50% selective media and were identifying as isolates of Aspergillus tamari, A. niger and A. flavus. All the fifteen isolates showed variation in all the morphological characters studied. Highest mean colony diameter (mm) was reported in isolate EPF-14 at all the time intervals. The lowest mean colony diameter (mm) was reported in isolate EPF-13 at 24, 72 and 96 hr interval while at 48 hrs the lowest mean colony diameter (mm) was reported in isolate EPF-9. The most of the isolates were not produced any colony pigmentation on PDA media. The isolates EPF-12 and EPF-15 were grayish green color, while EPF-1 and EPF-7 observed light grayish green color. The isolate EPF-5 was dark grayish green color while, EPF-13 was yellowish grayish green color. | Variability in morphology and growth characteristics of different isolates of Entomopathogenic fungi managing the mealy bugs Maconellicocus hirsutus

• Sinh học
• Entomopathogenic fungi
• Aspergillus spp
• Colony diameter
• Spores shape
• PDA media
• Maconellicoccus hirsutus
• Entomopathogenic fungi isolates against
• Different spore concentration
• Dust formulation
• Rice moth
• Packed rice grain
• Selected entomopathogenic fungi
• Corcyra cephalonica stainton
• Mango hopper
• Middle Gujarat
• Different entomopathogenic fungi
• Mango hoppers in middle Gujarat
• Molecular identification
• Beauveria bassiana
• Metarhizium flavoviride var minus
• Entomopathogenic fungal isolates
• Vietnam Journal of Science and Technology
• Discovery of entomopathogenic fungi cordyceps takaomontana
• Nuclear ribosomal large subunit
• The morphological classification
• Journal of Science and Technology
• The entomopathogenic fungi sample DL0069
• Molecular phylogenetic analyses
• Lam Dong Province
• Member of Simplicillium genus
• Metarhizium anisopliae
• Pesticides etc
• Compatibility of entomopathogenic fungi
• Metarhizium anisopliae with pesticides
• Metarhiziuman isopliae
• Lecanicillium lecanii
• Spodoptera litura
• Common agricultural pest spodopteralitura
• Insect pathogen
• Natural occurrence and distribution
• Biological control
• Soil samples
• Distribution of entomopathogenic fungi
• Agricultural soil
• Crop roots soil
• Verticillium lecanii
• Entomopathogenic fungi against aphids on okra
• Aphid on okra after first spray
• Colony characterization
• Durg isolates
• Biocontrol agent against tick infestation
• Tick infestation in cattle
• Journal of Zoology
• Arge rosae
• Rose sawfly
• Agricultural science
• Certain entomopathogenic fungi
• Nematode on the desert locust Schistocerca gregaria
• Steinernema carpocapsae
• Schistocerca gregaria
• Grain substrates
• Mass production
• Different grains as a substrate
• Maruca vitrata
• LC 50 and LT50
• Beauveria bassiana against maruca vitrata
• Entomopathogenic fungi classification
• Molecular phylogeny
• Related fungi
• Isaria fumosorosea
• Corythucha arcuata
• Lethal concentration
• Biological control agent against C
• arcuata
• Metacordyceps dhauladharensis sp
• nov
• Metacordyceps indigotica
• Taxonomic features
• Genomic DNA
• Assam banana production system
• Pandora neoaphidis
• Neozygites fresenii
• Scanning electron microscope
• Vacuolated hyphal bodies
• E
• aulicae
• Fungal pathogen
• Larval populations
• Green cloverworm
• Strains of Beauveria bassiana
• Sequence characterized amplified region markers
• Synergistic effect
• Genetic recombination
• Sycamore lace bug
• Microbial control
• Biocontrol agent against C
• ciliata
• Biological control of pests