Explore a compelling lecture on the importance of making scientific knowledge accessible to the public and inspiring future generations. Delve into the challenges faced by the scientific community in disseminating research findings beyond academic circles. Learn about the potential of science to address global issues and the role of plant growth-promoting rhizobacteria (PGPR) in enhancing crop resilience. Discover the benefits of science communication and the impact of mentorship, particularly in developing countries. Gain insights from the speaker's personal experiences growing up in Kenya and her journey to become a mentor for aspiring scientists.
The Quest to Make Science Accessible to the Public and Pass It on to the Next Generation
Society for Experimental Biology via YouTube
Overview
Syllabus
Beyond the Lab: The Quest to Make Science Accessible to the Public and Pass it on to the Next Generation
Our shared global challenges...
Good news: Science generates many of the solutions to help solve these challenges..
Science generates solutions..
Tritrophic model system
Methods
PGPR promotes root growth
PGPR affects insect development and perfomance
PGPR helps plants tolerate drought stress
Did You Know?
Why novel findings stay locked in journals, conferences, and within university and scientific communities? • University and academic evaluation and promotion system
But challenges we face are dire- especially in developing countries
Opinion pieces (OpEds)
Benefits of communicating science
Growing up in Kenya.... with no role models and mentors.... and experiencing challenges everyday
Serve as a mentor to many students
Acknowledgements....
Taught by
Society for Experimental Biology
