Climate change is one of the most complex challenges of our time—and climate scientists are at the center of understanding it. From collecting data in extreme environments to informing public policy and engaging global audiences, the work of a climate scientist extends far beyond textbooks and classrooms.
This work sits at the intersection of science, policy, and public understanding, shaping how societies respond to a changing planet.
A climate scientist plays a critical role in documenting environmental change and translating scientific findings into actionable knowledge. Through research, modeling, and field observation, climate scientists study long-term climate patterns and their effects on ecosystems, economies, and human communities.
Increasingly, climate scientists also contribute to policy discussions, climate adaptation strategies, and public communication efforts. Their expertise informs government agencies, international organizations, and nonprofit initiatives, ensuring that decisions on climate resilience and sustainability are grounded in evidence.
The work of a climate scientist is rarely confined to a lab or lecture hall. Field research is a defining feature of climate science, allowing researchers to gather real-time data in environments where climate change is most visible.
From high-altitude mountain ranges to polar regions and coastal systems, climate scientists conduct research in challenging conditions that demand interdisciplinary collaboration and innovative methods. These experiences deepen scientific insight while reinforcing the real-world stakes of climate research.
This hands-on approach helps bridge theory and practice, connecting scientific discovery with environmental realities unfolding worldwide.
In recent years, states in the US that have seen multiple tornadoes have increased significantly, but whether this is due to climate change remains uncertain.
Seimon also teaches for the Master's in Climate Science program at Bard Graduate Programs in Sustainability. "As an active researcher on several major themes in climate change science, I find it especially gratifying to see how our students apply skills learned during their CEP experience in meaningful and influential careers in the policy arena,” he says. “Each new class of students brings a wide diversity of experience to my classroom that greatly enriches discussion as we cover topical material, and especially so for our weekly examinations of news stories on climate science and policy."
When not chasing tornadoes, Seimon also works on climate change and conservation in Africa, and glacial retreat dynamics in the Peruvian Andes.
Seimon has ongoing research projects in Africa, Peru, and the midwestern U.S. But he could not resist a chance to work with his partner Tracie Seimon, studying the impacts of climate change on the flora of Mt. Everest, as part of a recent National Geographic expedition.
The film identifies Anton through his research affiliation at Appalachian State, but we are proud to claim him as a core faculty member in our Climate Science and Policy program at Bard.
You can hear from Anton and Tracie about their Everest science beginning at minute 10:28 here, through minute 22:00.
Becoming a climate scientist requires a strong foundation in scientific methods, data analysis, and environmental systems, along with the ability to connect research to policy and outcomes. Many climate scientists pursue advanced degrees to deepen their expertise and gain hands-on experience.
Graduate programs like our MS in Climate Science and Policy are designed to prepare students for this interdisciplinary work. By integrating climate science with policy analysis, communication, and real-world application, these programs help students translate scientific research into meaningful action.
For those motivated by both discovery and impact, a career as a climate scientist offers the opportunity to contribute to solutions that matter—locally, nationally, and globally.
Graduate programs like Bard’s MS in Climate Science and Policy are designed for students who recognize the urgency of climate change and want the advanced knowledge, real-world experience, and guidance needed to help shape just and effective solutions. By integrating core climate science with economics, law, policy analysis, and communication, the program prepares students to navigate the complex systems behind climate risk and response—and to build careers as climate scientists, policy advisors, and environmental leaders at local, national and global scales.