Current Research Projects

Research Interests

Geologic Mapping & Cartography

My primary research focus is dedicated to unraveling the composition and structure of the Earth’s surface, delving into its depths. My aim is to not only comprehend these intricacies but also to skillfully interpret and translate these observations into accessible maps for widespread use. The ultimate goal is to make the complexities of our planet's makeup and architecture understandable to everyone.

Accurately mapping the geology in various areas is crucial for understanding the transformation of our Earth over time. These geologic maps play a pivotal role in evaluating and addressing geologic hazards, such as earthquakes, while also identifying and managing energy and critical mineral resources. Additionally, they contribute to land-use and management decisions.

In my research, I employ a combination of field methods and Geographic Information System (GIS) techniques to create user-friendly digital maps that serve diverse purposes and scales.

One facet of my work involves harnessing GIS tools to georeference and digitize historical geologic maps. This dual-purpose approach not only preserves these invaluable resources but also enhances their accessibility to a wider audience. Historical geologic maps, rich in information, are invaluable guides for modern geologic mapping endeavors. Thanks to these maps, today's field geologists can easily identify areas of interest and navigate their research with greater ease and precision.

To emphasize the impact of my work, it's crucial to acknowledge the collaborative nature of scientific progress. By building upon the discoveries and contributions of those who came before us, we can achieve new heights. Integrating historical geologic maps with cutting-edge technology and field methods, I craft detailed geologic maps usable by a diverse range of individuals for various purposes. These maps serve as valuable tools for scientific research and exploration and find applications in surveying and beyond, positively impacting a broad range of industries and endeavors.

Critical Minerals

I am interested in both analyzing and evaluating critical mineral resources in both the United States and globally.

The United States, as a nation, has long been heavily reliant on the importation of mineral commodities classified as "critical" by the Department of the Interior. Understanding the concept of critical minerals and having knowledge about where these valuable resources can be found will undoubtedly play a pivotal role in shaping our future.

In my capacity as an experienced geoscientist, I've had the privilege of being part of a dedicated team at the U.S. Geological Survey. Our primary task was to meticulously evaluate global and national locations of graphite deposits. To achieve this, we analyzed various resources, including past publications and historical maps, and utilized software tools such as ArcGIS. By compiling all the data, we have successfully created a comprehensive database containing accurate information and precise locations of graphite sites.

Furthermore, I have actively contributed to efforts in modeling the grade and tonnage of graphite in areas with past or active production. Through these endeavors, I've gained a profound understanding of the intricate dynamics and potential of this critical mineral, further fueling my commitment to this field.