Sulfur Isotope Geochemistry

我的研究计划将重点放在我们对岩石圈中硫循环的理解上。追踪S从地表环境到岩石圈的硫路径，将有助于深入了解与造山旋回有关的古代地壳形成过程，并将揭示各种矿床环境中的源岩储集层，在这些环境中，硫是金属的主要络合配体。金属是经济的基石，在可再生能源发展中日益重要，拟议的研究将开发和使用最先进的分析工具，这对确定金属和硫在矿藏中的聚集地至关重要。

My research program will focus on our understanding of sulfur cycling through the lithosphere. Tracing earth¿s sulfur pathways from the surficial environment through the lithosphere will lend insight into ancient crustal formation processes associated with orogenic cycles and will shed light on source reservoirs in a variety of ore deposit settings, where sulfur acts as the main complexing ligand for metals. Metals are a cornerstone of the economy and are increasingly important in the development of renewable energies, the proposed research will develop and employ state-of-the-art analytical tools critical to targeting where metals and sulfur are accumulated in ore deposits.