stephen tawanda musasa
Lecturer - Crop Science and Postharvest Technology en chinhoyi university of technology | Chinhoyi , Zimbabue
- Materias:
- Agricultura
- Spoken languages:
- Inglés
- Estado:
- En busca de un mentor Y disponible para colaboración.
- Nivel de apoyo:
- Tutoría y apoyo a largo plazo
- Apoyo Necesitado:
- Revisiones sistemáticas
Trabajo
- Materias:
- Agricultura
- Palabras clave de la investigación:
- molecular genetics evolution insect pests
- Intereses de colaboración:
- 1. Post-harvest Science, Biology, and Technology of Fruits and Vegetables. 2. Molecular evolution and phylogenetic analysis of insect pests 3. IPM and Biopesticides
- Biografía:
- I was born on 05 November 1979 and graduated with a Master of Philosophy in 2017 at Chinhoyi University of Technology in Zimbabwe. I am currently enrolled and a registered Doctor of Philosophy degree candidate at the University of the Free State. I am studying towards a Doctor of Philosophy degree (2rd year student) specializing in Entomology at the University of the Free State, Department of Zoology and Entomology, South Africa. My research project is based on exploring Cyanobacteria bioactive properties and verifies for their potential use as biopesticides especially against Bactrocera dorsalis (Hendel) and Tuta absoluta (Meyrick) in mango and tomato value-chains respectively. I am motivated by the desire to become one of the leading horticultural crop protection expert in my region and internationally. Based on my professional motivation and interests, I recognize that Bactrocera dorsalis (Hendel) and Tuta absoluta are currently the most devastating and invasive arthropod pests in horticultural value-chains in Africa. These invasive insect pests are already causing new economic and post-harvest losses across Africa’s commercial and smallholder farmers; some of the farmers are reported to be losing more than 30% of their harvest per year. The damage caused by these invading arthropods on agricultural value-chains was estimated to be approximately US$ 1.1 billion every year in Africa since the last two dacades. Hence, the overall goal of this project seeks to investigate potential alternatives for control of B. dorsalis and T. absoluta by evaluating the potential efficacy of various Cyanobacteria.
- Sitio de perfil profesional:
- https://www.researchgate.net/profile/Stephen_Musasa?ev=hdr_xprf&_sg=MY5n42LoWB40qQFOt3JSrsvB41Ha3ZMubr8H-ZMNSlxIkglT7kQZUlnuzhovvyD4O1dCuApVAGbiUB001y3h7I4S
Redes sociales
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