Equipment: MRI: track 1 acquisition of a micro x-RAY fluorescence spectrometer to support multidisciplinary research and education in the upper midwest

This National Science Foundation (NSF) Integrative Activities (CFDA 47.083) Project Grant award of $384,660 to Lake Superior State University will support the acquisition of a micro X-ray fluorescence (?XRF) spectrometer with remote operation capabilities. The ?XRF instrument will enable high-resolution imaging and elemental analysis to benefit a consortium of 14 researchers across eight institutions and their collaborators. The ?XRF will facilitate external research, education, and industrial applications, while promoting a regional research community. Key capabilities include quantification and mapping of elements at tens of micrometers resolution, detection of heavy elements in the tens of parts per million, and analysis of intact/living organisms. This instrumentation will enrich undergraduate education, create new research opportunities, and develop new coursework in microanalysis and plant nutrient metabolism. The award will also support K-12 STEM outreach to enhance recruitment of underrepresented students into the regional STEM workforce. The project will provide practical benefits such as improved phytoremediation strategies, fisheries management practices, and analysis of French colonial artifacts for public display.

Abstract

An award is made to lake superior state university to support the acquisition of a micro x-RAY fluorescence spectrometer (?XRF) with remote operation capabilities. The ?XRF enables high-resolution imaging and elemental analysis, supports a consortium of 14 researchers at eight institutions and their collaborators, facilitates external use for research, education, engineering/industrial applications, and promotes a regional research community. These capabilities enrich undergraduate education and training across several scientific disciplines, create new opportunities for undergraduate research, and enable the development of new coursework in microanalysis and plant nutrient metabolism. A k-12 outreach program offered in collaboration with the eastern upper peninsula intermediate school district provides hands-on education opportunities and enhances recruitment of underrepresented students promoting the development of a diverse regional stem workforce. Work supported by this award will provide practical benefits including improvement in phytoremediation strategies, improved fisheries management practices, and analysis of french colonial artifacts that will be incorporated into public displays at fort michilimackinac, part of mackinac state historic parks. Research facilitated by this award will advance our understanding of plant nutrient metabolism, phytoremediation of soils, freshwater ecology, forensic science, organismal biology, geology, and characterization of historical artifacts. The key capabilities of this instrument include elemental quantification and mapping at tens of micrometers resolution under atmospheric pressure, detection limits for heavy elements in the tens of PPM, light element analysis, suitability for analysis of intact and/or living organisms, and high throughput sample analysis. The superior resolution and detection limits compared to XRF and other ?XRF instruments will enable element quantification and distribution in a diverse range of organisms. Imaging and quantification of element distributions will enable the investigation of element mobility and storage, enhancing research in plant mineral metabolism and localization of metals in aquatic organisms. This instrument will also allow for the analysis of the rare earth elements in local rock structures for use in rechargeable batteries and of archeological artifacts at mackinac state historic parks. This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the foundation's intellectual merit and broader impacts review criteria.- subawards are not planned for this award.