Piyali Chanda is currently a PhD candidate at Penn State University, where she is making significant strides in the field of geoscience, particularly in metal isotope geochemistry and paleontology. Her research focuses on the innovative application of non-traditional metal isotopic compositions found in calcareous microfossils,...
Piyali Chanda is currently a PhD candidate at Penn State University, where she is making significant strides in the field of geoscience, particularly in metal isotope geochemistry and paleontology. Her research focuses on the innovative application of non-traditional metal isotopic compositions found in calcareous microfossils, which serve as vital geochemical proxies for reconstructing the chemical evolution of the ocean and atmosphere throughout geological history. This work not only enhances our understanding of past environmental conditions but also provides critical insights into the mechanisms driving climate change.
In her role as a graduate research and teaching assistant, Piyali is actively involved in both academic and practical aspects of geoscience. She employs advanced techniques such as ion chromatography and mass spectrometry to analyze isotopic data, while also utilizing scanning electron microscopy and optical profilometry to study microfossil morphology and composition. Her expertise in micropaleontology allows her to interpret the ecological implications of her findings, bridging the gap between ancient biological records and contemporary environmental challenges.
Piyali's research is complemented by her skills in reactive transport modeling, which enables her to simulate the interactions between geological materials and fluids over time. This multidisciplinary approach not only enriches her academic contributions but also positions her as a valuable resource for collaborative projects within the geoscience community. As she continues her journey at Penn State, Piyali Chanda is poised to make impactful contributions to our understanding of Earth’s history and its implications for future environmental sustainability.
