Bard College Senior Nine Reed-Mera ’24 Wins Prestigious Watson Travel Fellowship
Nine Reed-Mera ’24. Photo by Garrick Neuner
Bard College senior Nine Reed-Mera ’24 has been awarded a prestigious Thomas J. Watson Fellowship, which provides for a year of travel and exploration outside the United States. Continuing its tradition of expanding the vision and developing the potential of remarkable young leaders, the Watson Foundation selected Nine Reed-Mera as one of 35 students in the 56th Class of Watson Fellows to receive this award for 2024-25. The Watson Fellowship offers college graduates of unusual promise a year of independent, purposeful exploration and travel—in international settings new to them—to enhance their capacity for resourcefulness, imagination, openness, and leadership and to foster their humane and effective participation in the world community. Each Watson Fellow receives a grant of $40,000 for 12 months of travel and independent study. Over the past several years, 26 Bard seniors have received Watson Fellowships.
Nine Reed-Mera ’24 will explore extremophiles, which are organisms that survive the nearly un-survivable—volcanic magma, the depths of polar ice, and the vastness of outer space. She will engage with indigenous communities, scientists, and researchers to explore how extremophiles can illuminate our understanding of life’s tenacity and serve as a blueprint for resilience in our changing world. A biology and written arts double major, Reed-Mera writes: “Nearly four billion years ago, in the heat of the newly formed planet of boiling seawater and a toxic atmosphere devoid of oxygen, our first forms grew wildly. These extremophiles were able to exist without light near the molten core of the earth, breathe iron, and turn lethal gasses into molecules that would shape geological formations. Microbiology is, in a way, a form of scientific time-travel. Through it, we can see the beginnings of human evolution. Biologically, we are connected to every other living thing on planet Earth. Extremophiles, our first ancestors, creators of the oxygen in our atmosphere, give us perspective on our parameters and potential. This Watson project will empower me to illuminate the hidden connections between the micro and macroscopic world. My journey is a celebration of resilience, storytelling, and a call to safeguard the delicate balance between nature and culture.” Nine will spend her Watson year in the United Kingdom, Chile, New Zealand, and Australia.
A Watson Year provides fellows with an opportunity to test their aspirations and abilities through a personal project cultivated on an international scale. Watson Fellows have gone on to become leaders in their fields including CEOs of major corporations, college presidents, Emmy, Grammy and Oscar Award winners, Pulitzer Prize awardees, artists, diplomats, doctors, entrepreneurs, faculty, journalists, lawyers, politicians, researchers and inspiring influencers around the world. Following the year, they join a community of peers who provide a lifetime of support and inspiration. More than 3000 Watson Fellows have been named since the inaugural class in 1969. For more information about the Watson Fellowship, visit: https://watson.foundation.
Post Date: 03-19-2024
Nine Reed-Mera ’24 will explore extremophiles, which are organisms that survive the nearly un-survivable—volcanic magma, the depths of polar ice, and the vastness of outer space. She will engage with indigenous communities, scientists, and researchers to explore how extremophiles can illuminate our understanding of life’s tenacity and serve as a blueprint for resilience in our changing world. A biology and written arts double major, Reed-Mera writes: “Nearly four billion years ago, in the heat of the newly formed planet of boiling seawater and a toxic atmosphere devoid of oxygen, our first forms grew wildly. These extremophiles were able to exist without light near the molten core of the earth, breathe iron, and turn lethal gasses into molecules that would shape geological formations. Microbiology is, in a way, a form of scientific time-travel. Through it, we can see the beginnings of human evolution. Biologically, we are connected to every other living thing on planet Earth. Extremophiles, our first ancestors, creators of the oxygen in our atmosphere, give us perspective on our parameters and potential. This Watson project will empower me to illuminate the hidden connections between the micro and macroscopic world. My journey is a celebration of resilience, storytelling, and a call to safeguard the delicate balance between nature and culture.” Nine will spend her Watson year in the United Kingdom, Chile, New Zealand, and Australia.
A Watson Year provides fellows with an opportunity to test their aspirations and abilities through a personal project cultivated on an international scale. Watson Fellows have gone on to become leaders in their fields including CEOs of major corporations, college presidents, Emmy, Grammy and Oscar Award winners, Pulitzer Prize awardees, artists, diplomats, doctors, entrepreneurs, faculty, journalists, lawyers, politicians, researchers and inspiring influencers around the world. Following the year, they join a community of peers who provide a lifetime of support and inspiration. More than 3000 Watson Fellows have been named since the inaugural class in 1969. For more information about the Watson Fellowship, visit: https://watson.foundation.
Post Date: 03-19-2024