Biology Seminar: Itumeleng Moroenyane - Plant Microbiome Assembly and Structure: experiences from the field and lab mesocosms

The Fall 2020 Biology Seminar Series commences with Itumeleng Moroenyane's talk, "Plant Microbiome Assembly and Structure: experiences from the field and lab mesocosms."


Sep10
12:00 pm - 1:00 pm
2020-09-10 12:00:00 2020-09-10 13:00:00 Biology Seminar: Itumeleng Moroenyane - Plant Microbiome Assembly and Structure: experiences from the field and lab mesocosms

I have a firm background and deep understanding of Mediterranean ecosystems and ecological theory. My current work focuses on understanding which assembly processes are delimiting the plant microbiome, as well as the evolutionary history of niche shifts and stability. By understanding the mechanistic processes that assemble these plant microbial communities, it become not only possible to identify key microbes that are essential for promoting plant growth and health, but also key intervention point where the microbial community can be engineered to be composed of microbes that can modulate plant stresses (abiotic or biotic).This work will contribute to our understanding of how plant microbiomes are assembled and maintained, and more importantly, offer a new perspective on the hologenome theory of evolution. I'm also passionate about science communication and contribute to online discussions regarding advances and challenges in microbiome research.

Please reach out to oasin@oxy.edu for Zoom details.

Virtual - Please register to receive Zoom link
America/Los_Angeles public
Location:
Virtual - Please register to receive Zoom link
Event Date: Thursday, September 10, 2020

I have a firm background and deep understanding of Mediterranean ecosystems and ecological theory. My current work focuses on understanding which assembly processes are delimiting the plant microbiome, as well as the evolutionary history of niche shifts and stability. By understanding the mechanistic processes that assemble these plant microbial communities, it become not only possible to identify key microbes that are essential for promoting plant growth and health, but also key intervention point where the microbial community can be engineered to be composed of microbes that can modulate plant stresses (abiotic or biotic).This work will contribute to our understanding of how plant microbiomes are assembled and maintained, and more importantly, offer a new perspective on the hologenome theory of evolution. I'm also passionate about science communication and contribute to online discussions regarding advances and challenges in microbiome research.

Please reach out to oasin@oxy.edu for Zoom details.

Sponsored by: Biology
Tags: Academic
Photo of Itumeleng Moroenyane