This podcast episode features Sam Anderson, a geophysicist specializing in glaciology and hydrology. Sam shares their academic journey from engineering to glaciology, highlighting the interdisciplinary nature of geophysics. The conversation explores Sam's innovative approach to studying the impact of glacier loss on water supplies in Alberta and the broader implications of warming temperatures on river flows. The episode also discusses the challenges faced by researchers in climate science and emphasizes the importance of maintaining a positive perspective. Sam highlights the need for inclusivity and diversity in the geophysical community, as well as the barriers to entry in the computing field. Overall, the episode showcases Sam's inspiration and optimism for the future of glaciology, emphasizing the significance of community and making a positive impact.
Takeaways
• Geophysics encompasses the study of Earth, other planets, and various physical phenomena.
• Sam Anderson's academic journey transitioned from nanoelectronic engineering to glaciology.
• Sam's research focuses on the impact of glacier loss on water supplies in Alberta.
• River flow measurements and machine learning models are used to understand the effects of warming temperatures.
• Heat waves affect river flows and pose challenges for water management and ecosystems.
• Maintaining a positive perspective is crucial in addressing challenges and taking action to address climate change.
• The geophysical community should strive for inclusiveness and challenge stereotypes to be more accessible and diverse.
• Overcoming barriers in the computing field is important to create opportunities and challenge power structures.
• Sam Anderson finds inspiration in the community of geophysics and aims to have a positive impact on others.
• The future of glaciology lies in the fusion of physics-based models and machine learning and an inclusive field environment.
