Recent advances in formulation and application of entomopathogenic fungi for biocontrol of stored-grain insects
Yacoub Batta
Abstract
Yacoub Batta
Abstract
The recent advances in biocontrol of stored-grain insects using formulated and unformulated strains of entomopathogenic fungi (EPF) are reviewed and discussed. Several liquid and dry formulations of EPF strains were developed and used against these insects. However, a literature search revealed lack of any commercially registered product of these formulations. Therefore, in order to achieve an effective control of these insects, the following potential areas of future research have been identified and discussed: (i) screening for new effective strains of EPF, in addition to new effective formulations, (ii) applying the most effective strains and formulations selected in the previous step under storage conditions, (iii) optimising the proportions of ingredients in the selected formulations and (iv) integrating the products of the most effective formulations, after registration and commercialisation, in the integrated pest management programmes of stored-grain insects. Such products would constitute an appropriate alternative control means to synthetic insecticides and fumigants commonly used for control of these insects. The various obstacles pertaining to how the selected EPF products are planned to be used in ‘real world’ in stored-grain protection are also critically discussed.
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The recent advances in biocontrol of stored-grain insects using formulated and unformulated strains of entomopathogenic fungi (EPF) are reviewed and discussed. Several liquid and dry formulations of EPF strains were developed and used against these insects. However, a literature search revealed lack of any commercially registered product of these formulations. Therefore, in order to achieve an effective control of these insects, the following potential areas of future research have been identified and discussed: (i) screening for new effective strains of EPF, in addition to new effective formulations, (ii) applying the most effective strains and formulations selected in the previous step under storage conditions, (iii) optimising the proportions of ingredients in the selected formulations and (iv) integrating the products of the most effective formulations, after registration and commercialisation, in the integrated pest management programmes of stored-grain insects. Such products would constitute an appropriate alternative control means to synthetic insecticides and fumigants commonly used for control of these insects. The various obstacles pertaining to how the selected EPF products are planned to be used in ‘real world’ in stored-grain protection are also critically discussed.
Key concepts: Biological pest control, Biology, Entomopathogenic fungi, Integrated pest management, Biotechnology, Pest control, Biopesticide, PEST analysis