Rodney Askolyo Omukuti

I have a great passion for biology, more particularly in the fields of Zoology and conservation. My academic background in Biology with emphasis on Zoology has served me a very strong platform in understanding animal biology and ecosystems. Knowing that the traditional means of conservation are poorly applied, I developed deep interest in bridging this gap between conservation biology and conservation genomics. I find myself attracted to the transformation role that can be played by conservation genomics. I believe that molecular biology and bioinformatics can provide insights into genotype diversity, adaptation, and resilience – very important attributes for long-term survival – of endangered species.

My current research focuses on corals, which are extremely critical to marine ecosystems and increasingly under threat from human activities and climate change. Employing state-of-the-art DNA sequencing technologies like RADseq, my work aims to quantify coral variety and variability while pinpointing the genetic markers for bleaching resistance and thermotolerance. This work will be inordinately useful in developing effective restoration strategies that ensure genetic diversity and elevate adaptability in coral populations.

I am dedicated to biodiversity conservation, and I believe that genetic diversity is a determinant factor for adaptability and survival of species. I want to equip myself with genomic innovations to facilitate informed and impactful science in restoring conservation practices. In entering conservation genomics, my journey is led by a dedication to making a tangible difference in saving endangered species. Coupled with my passion for conservation, my expertise in molecular biology and bioinformatics places me at the forefront of efforts to safeguard biodiversity on our planet. In so doing, this work can significantly contribute to conservation genomics efforts that guarantee the survival and resilience of vital species in our ecosystem.

May 2024