Emily M. Elliott, an associate professor at the University of Pittsburgh, will receive the 2018 Sulzman Award for Excellence in Education and Mentoring. Emily has dedicated herself to student mentoring, interdisciplinary learning, promoting diversity, and serving as a leader in the scientific community. This dedication speaks directly to the goal of the Sulzman Award of recognizing “significant contributions as a role model and mentor for the next generation of biogeoscientists.”
Emily leads a research program that examines the tight coupling between human activities and reactive nitrogen distributions in atmospheric, terrestrial, and hydrologic systems at multiple spatial scales using stable isotope biogeochemistry. As one letter writer states, “Emily Elliott has pulled together a serious and significant scientific program…. [Her] work is decidedly technical, focused, and innovative, as well as expansive on a geographical scale…. In addition to her research accomplishments, Prof. Elliott has found the time to create novel outreach programs, a strength that attests to her leadership on a local, national, and international scale. In summary, Dr. Emily Elliott is a great candidate for the Sulzman Award—smart, caring, great publications, and a sense of responsibility for the community.”
Other letter writers speak to the personal engagement Emily brings to her mentoring activities: “It’s difficult to pinpoint exactly what makes her such an effective advisor and mentor, but her ability to instill confidence in her students at just the right moments, to help them identify the roadblocks of research and devise strategies to get around them, and to ensure that they understand and apply the core disciplinary knowledge necessary for their research are surely among the most important factors in her success and the success of her students.” It is inspiring to see such a deserving scientist recognized for the important work of mentoring the next generation.
—Tracey Holloway, University of Wisconsin–Madison
Increased deposition of reactive atmospheric N has resulted in the nitrogen saturation of many forested catchments worldwide. Isotope‐based s...