Continuously develop and apply analytical methodologies using advanced chromatography and mass spectrometry to support critical U.S. enterprises in chemical measurement sciences related to studying natural resources development, environmental condition, fate of contaminants, and safety of commercial products and processes.
Foster chemical measurement innovation applying advanced mass spectrometry techniques such as multi-collector ICP-MS for high precision isotope analysis and high resolution orbitrap MS in areas of marine science and human health.
Develop marine quality assurance materials and analyze strategically archived marine samples such as corals, seabirds, sea turtles, alligators, cetaceans, and pinnipeds to investigate and contextualize chemical exposure across the coastal US, including Hawaii and Alaska.
Generate multi-modal analytical data/information that incorporates biology, chemistry, and data science to investigate larger questions involving biological response, health and exposure.
Facilitate partnerships with the key institutions at the Hollings Marine Laboratory to leverage testing and real-world application of NIST methods in the areas of public health, aquaculture, natural products, and marine ecosystems research.
Partner and engage with collaborators to solve difficult chemical measurement problems impacting quality of life and ecosystems of high commercial and tourism importance to our Nation. Examples include working with NOAA and US Coast Guard on Deep Water Horizon and NASA on environmental impacts of space launches.
Heavily contribute to NIST’s clinical, energy, food, dietary supplement, isotopic, and environmental SRM programs and quality assurance activities by providing advanced, reliable, and accurate quantification of numerous chemical constituents.
Provide world-class training to guest researchers and students from the undergraduate to the postdoctoral level through numerous programs.